ce79_f266

Förster resonance energy transfer (FRET) requires both an acceptor fluorescent protein and a donor fluorescent protein. Which one of the following color combinations would be an effective FRET setup? The donor protein absorbs blue (460 nm) and emits yellow (580 nm); the acceptor protein absorbs yellow (580 nm) and emits red (700 nm). Correct The donor protein absorbs red (700 nm) and emits yellow (580 nm); the acceptor protein absorbs yellow (580 nm) and emits blue (460 nm). Incorrect The donor protein absorbs blue (460 nm) and emits red (700 nm); the acceptor protein absorbs red (700 nm) and emits yellow (580 nm). Incorrect The donor protein absorbs yellow (580 nm) and emits red (700 nm); the acceptor protein absorbs red (700 nm) and emits blue (460 nm). Incorrect The donor protein absorbs yellow (580 nm) and emits blue (460 nm); the acceptor protein absorbs blue (460 nm) and emits red (700 nm). Incorrect The donor protein absorbs red (700 nm) and emits blue (460 nm); the acceptor protein absorbs blue (460 nm) and emits yellow (580 nm). Incorrect MC

ce79_c6ef

Förster resonance energy transfer (FRET) requires both an acceptor fluorescent protein and a donor fluorescent protein. Which one of the following color combinations would be an effective FRET setup? The donor protein absorbs violet (410 nm) and emits green (530 nm); the acceptor protein absorbs green (530 nm) and emits red (700 nm). Correct The donor protein absorbs green (530 nm) and emits violet (410 nm); the acceptor protein absorbs violet (410 nm) and emits red (700 nm). Incorrect The donor protein absorbs green (530 nm) and emits red (700 nm); the acceptor protein absorbs red (700 nm) and emits violet (410 nm). Incorrect The donor protein absorbs red (700 nm) and emits green (530 nm); the acceptor protein absorbs green (530 nm) and emits violet (410 nm). Incorrect The donor protein absorbs red (700 nm) and emits violet (410 nm); the acceptor protein absorbs violet (410 nm) and emits green (530 nm). Incorrect The donor protein absorbs violet (410 nm) and emits red (700 nm); the acceptor protein absorbs red (700 nm) and emits green (530 nm). Incorrect MC

ce79_1bda

Förster resonance energy transfer (FRET) requires both an acceptor fluorescent protein and a donor fluorescent protein. Which one of the following color combinations would be an effective FRET setup? The donor protein absorbs indigo (430 nm) and emits yellow (580 nm); the acceptor protein absorbs yellow (580 nm) and emits red (700 nm). Correct The donor protein absorbs red (700 nm) and emits yellow (580 nm); the acceptor protein absorbs yellow (580 nm) and emits indigo (430 nm). Incorrect The donor protein absorbs red (700 nm) and emits indigo (430 nm); the acceptor protein absorbs indigo (430 nm) and emits yellow (580 nm). Incorrect The donor protein absorbs indigo (430 nm) and emits red (700 nm); the acceptor protein absorbs red (700 nm) and emits yellow (580 nm). Incorrect The donor protein absorbs yellow (580 nm) and emits indigo (430 nm); the acceptor protein absorbs indigo (430 nm) and emits red (700 nm). Incorrect The donor protein absorbs yellow (580 nm) and emits red (700 nm); the acceptor protein absorbs red (700 nm) and emits indigo (430 nm). Incorrect MC

ce79_9430

Förster resonance energy transfer (FRET) requires both an acceptor fluorescent protein and a donor fluorescent protein. Which one of the following color combinations would be an effective FRET setup? The donor protein absorbs violet (410 nm) and emits green (530 nm); the acceptor protein absorbs green (530 nm) and emits orange (600 nm). Correct The donor protein absorbs orange (600 nm) and emits green (530 nm); the acceptor protein absorbs green (530 nm) and emits violet (410 nm). Incorrect The donor protein absorbs violet (410 nm) and emits orange (600 nm); the acceptor protein absorbs orange (600 nm) and emits green (530 nm). Incorrect The donor protein absorbs orange (600 nm) and emits violet (410 nm); the acceptor protein absorbs violet (410 nm) and emits green (530 nm). Incorrect The donor protein absorbs green (530 nm) and emits violet (410 nm); the acceptor protein absorbs violet (410 nm) and emits orange (600 nm). Incorrect The donor protein absorbs green (530 nm) and emits orange (600 nm); the acceptor protein absorbs orange (600 nm) and emits violet (410 nm). Incorrect MC

ce79_36ef

Förster resonance energy transfer (FRET) requires both an acceptor fluorescent protein and a donor fluorescent protein. Which one of the following color combinations would be an effective FRET setup? The donor protein absorbs orange (600 nm) and emits green (530 nm); the acceptor protein absorbs green (530 nm) and emits violet (410 nm). Incorrect The donor protein absorbs green (530 nm) and emits orange (600 nm); the acceptor protein absorbs orange (600 nm) and emits violet (410 nm). Incorrect The donor protein absorbs green (530 nm) and emits violet (410 nm); the acceptor protein absorbs violet (410 nm) and emits orange (600 nm). Incorrect The donor protein absorbs violet (410 nm) and emits green (530 nm); the acceptor protein absorbs green (530 nm) and emits orange (600 nm). Correct The donor protein absorbs violet (410 nm) and emits orange (600 nm); the acceptor protein absorbs orange (600 nm) and emits green (530 nm). Incorrect The donor protein absorbs orange (600 nm) and emits violet (410 nm); the acceptor protein absorbs violet (410 nm) and emits green (530 nm). Incorrect MC

ce79_ac23

Förster resonance energy transfer (FRET) requires both an acceptor fluorescent protein and a donor fluorescent protein. Which one of the following color combinations would be an effective FRET setup? The donor protein absorbs yellow (580 nm) and emits red (700 nm); the acceptor protein absorbs red (700 nm) and emits violet (410 nm). Incorrect The donor protein absorbs violet (410 nm) and emits red (700 nm); the acceptor protein absorbs red (700 nm) and emits yellow (580 nm). Incorrect The donor protein absorbs yellow (580 nm) and emits violet (410 nm); the acceptor protein absorbs violet (410 nm) and emits red (700 nm). Incorrect The donor protein absorbs red (700 nm) and emits violet (410 nm); the acceptor protein absorbs violet (410 nm) and emits yellow (580 nm). Incorrect The donor protein absorbs red (700 nm) and emits yellow (580 nm); the acceptor protein absorbs yellow (580 nm) and emits violet (410 nm). Incorrect The donor protein absorbs violet (410 nm) and emits yellow (580 nm); the acceptor protein absorbs yellow (580 nm) and emits red (700 nm). Correct MC

ce79_18e6

Förster resonance energy transfer (FRET) requires both an acceptor fluorescent protein and a donor fluorescent protein. Which one of the following color combinations would be an effective FRET setup? The donor protein absorbs red (700 nm) and emits violet (410 nm); the acceptor protein absorbs violet (410 nm) and emits yellow (580 nm). Incorrect The donor protein absorbs violet (410 nm) and emits yellow (580 nm); the acceptor protein absorbs yellow (580 nm) and emits red (700 nm). Correct The donor protein absorbs red (700 nm) and emits yellow (580 nm); the acceptor protein absorbs yellow (580 nm) and emits violet (410 nm). Incorrect The donor protein absorbs violet (410 nm) and emits red (700 nm); the acceptor protein absorbs red (700 nm) and emits yellow (580 nm). Incorrect The donor protein absorbs yellow (580 nm) and emits red (700 nm); the acceptor protein absorbs red (700 nm) and emits violet (410 nm). Incorrect The donor protein absorbs yellow (580 nm) and emits violet (410 nm); the acceptor protein absorbs violet (410 nm) and emits red (700 nm). Incorrect MC

ce79_f60d

Förster resonance energy transfer (FRET) requires both an acceptor fluorescent protein and a donor fluorescent protein. Which one of the following color combinations would be an effective FRET setup? The donor protein absorbs yellow (580 nm) and emits red (700 nm); the acceptor protein absorbs red (700 nm) and emits violet (410 nm). Incorrect The donor protein absorbs yellow (580 nm) and emits violet (410 nm); the acceptor protein absorbs violet (410 nm) and emits red (700 nm). Incorrect The donor protein absorbs violet (410 nm) and emits yellow (580 nm); the acceptor protein absorbs yellow (580 nm) and emits red (700 nm). Correct The donor protein absorbs violet (410 nm) and emits red (700 nm); the acceptor protein absorbs red (700 nm) and emits yellow (580 nm). Incorrect The donor protein absorbs red (700 nm) and emits yellow (580 nm); the acceptor protein absorbs yellow (580 nm) and emits violet (410 nm). Incorrect The donor protein absorbs red (700 nm) and emits violet (410 nm); the acceptor protein absorbs violet (410 nm) and emits yellow (580 nm). Incorrect MC

ce79_764e

Förster resonance energy transfer (FRET) requires both an acceptor fluorescent protein and a donor fluorescent protein. Which one of the following color combinations would be an effective FRET setup? The donor protein absorbs indigo (430 nm) and emits green (530 nm); the acceptor protein absorbs green (530 nm) and emits orange (600 nm). Correct The donor protein absorbs orange (600 nm) and emits indigo (430 nm); the acceptor protein absorbs indigo (430 nm) and emits green (530 nm). Incorrect The donor protein absorbs green (530 nm) and emits indigo (430 nm); the acceptor protein absorbs indigo (430 nm) and emits orange (600 nm). Incorrect The donor protein absorbs green (530 nm) and emits orange (600 nm); the acceptor protein absorbs orange (600 nm) and emits indigo (430 nm). Incorrect The donor protein absorbs indigo (430 nm) and emits orange (600 nm); the acceptor protein absorbs orange (600 nm) and emits green (530 nm). Incorrect The donor protein absorbs orange (600 nm) and emits green (530 nm); the acceptor protein absorbs green (530 nm) and emits indigo (430 nm). Incorrect MC

ce79_5c7c

Förster resonance energy transfer (FRET) requires both an acceptor fluorescent protein and a donor fluorescent protein. Which one of the following color combinations would be an effective FRET setup? The donor protein absorbs green (530 nm) and emits orange (600 nm); the acceptor protein absorbs orange (600 nm) and emits indigo (430 nm). Incorrect The donor protein absorbs green (530 nm) and emits indigo (430 nm); the acceptor protein absorbs indigo (430 nm) and emits orange (600 nm). Incorrect The donor protein absorbs orange (600 nm) and emits indigo (430 nm); the acceptor protein absorbs indigo (430 nm) and emits green (530 nm). Incorrect The donor protein absorbs orange (600 nm) and emits green (530 nm); the acceptor protein absorbs green (530 nm) and emits indigo (430 nm). Incorrect The donor protein absorbs indigo (430 nm) and emits orange (600 nm); the acceptor protein absorbs orange (600 nm) and emits green (530 nm). Incorrect The donor protein absorbs indigo (430 nm) and emits green (530 nm); the acceptor protein absorbs green (530 nm) and emits orange (600 nm). Correct MC

ce79_8af0

Förster resonance energy transfer (FRET) requires both an acceptor fluorescent protein and a donor fluorescent protein. Which one of the following color combinations would be an effective FRET setup? The donor protein absorbs violet (410 nm) and emits red (700 nm); the acceptor protein absorbs red (700 nm) and emits green (530 nm). Incorrect The donor protein absorbs green (530 nm) and emits red (700 nm); the acceptor protein absorbs red (700 nm) and emits violet (410 nm). Incorrect The donor protein absorbs violet (410 nm) and emits green (530 nm); the acceptor protein absorbs green (530 nm) and emits red (700 nm). Correct The donor protein absorbs red (700 nm) and emits violet (410 nm); the acceptor protein absorbs violet (410 nm) and emits green (530 nm). Incorrect The donor protein absorbs red (700 nm) and emits green (530 nm); the acceptor protein absorbs green (530 nm) and emits violet (410 nm). Incorrect The donor protein absorbs green (530 nm) and emits violet (410 nm); the acceptor protein absorbs violet (410 nm) and emits red (700 nm). Incorrect MC

ce79_85d7

Förster resonance energy transfer (FRET) requires both an acceptor fluorescent protein and a donor fluorescent protein. Which one of the following color combinations would be an effective FRET setup? The donor protein absorbs red (700 nm) and emits violet (410 nm); the acceptor protein absorbs violet (410 nm) and emits blue (460 nm). Incorrect The donor protein absorbs blue (460 nm) and emits red (700 nm); the acceptor protein absorbs red (700 nm) and emits violet (410 nm). Incorrect The donor protein absorbs red (700 nm) and emits blue (460 nm); the acceptor protein absorbs blue (460 nm) and emits violet (410 nm). Incorrect The donor protein absorbs violet (410 nm) and emits blue (460 nm); the acceptor protein absorbs blue (460 nm) and emits red (700 nm). Correct The donor protein absorbs violet (410 nm) and emits red (700 nm); the acceptor protein absorbs red (700 nm) and emits blue (460 nm). Incorrect The donor protein absorbs blue (460 nm) and emits violet (410 nm); the acceptor protein absorbs violet (410 nm) and emits red (700 nm). Incorrect MC

ce79_6676

Förster resonance energy transfer (FRET) requires both an acceptor fluorescent protein and a donor fluorescent protein. Which one of the following color combinations would be an effective FRET setup? The donor protein absorbs blue (460 nm) and emits yellow (580 nm); the acceptor protein absorbs yellow (580 nm) and emits violet (410 nm). Incorrect The donor protein absorbs yellow (580 nm) and emits violet (410 nm); the acceptor protein absorbs violet (410 nm) and emits blue (460 nm). Incorrect The donor protein absorbs violet (410 nm) and emits yellow (580 nm); the acceptor protein absorbs yellow (580 nm) and emits blue (460 nm). Incorrect The donor protein absorbs violet (410 nm) and emits blue (460 nm); the acceptor protein absorbs blue (460 nm) and emits yellow (580 nm). Correct The donor protein absorbs blue (460 nm) and emits violet (410 nm); the acceptor protein absorbs violet (410 nm) and emits yellow (580 nm). Incorrect The donor protein absorbs yellow (580 nm) and emits blue (460 nm); the acceptor protein absorbs blue (460 nm) and emits violet (410 nm). Incorrect MC

ce79_5c2a

Förster resonance energy transfer (FRET) requires both an acceptor fluorescent protein and a donor fluorescent protein. Which one of the following color combinations would be an effective FRET setup? The donor protein absorbs yellow (580 nm) and emits red (700 nm); the acceptor protein absorbs red (700 nm) and emits indigo (430 nm). Incorrect The donor protein absorbs yellow (580 nm) and emits indigo (430 nm); the acceptor protein absorbs indigo (430 nm) and emits red (700 nm). Incorrect The donor protein absorbs red (700 nm) and emits yellow (580 nm); the acceptor protein absorbs yellow (580 nm) and emits indigo (430 nm). Incorrect The donor protein absorbs red (700 nm) and emits indigo (430 nm); the acceptor protein absorbs indigo (430 nm) and emits yellow (580 nm). Incorrect The donor protein absorbs indigo (430 nm) and emits red (700 nm); the acceptor protein absorbs red (700 nm) and emits yellow (580 nm). Incorrect The donor protein absorbs indigo (430 nm) and emits yellow (580 nm); the acceptor protein absorbs yellow (580 nm) and emits red (700 nm). Correct MC

ce79_315a

Förster resonance energy transfer (FRET) requires both an acceptor fluorescent protein and a donor fluorescent protein. Which one of the following color combinations would be an effective FRET setup? The donor protein absorbs yellow (580 nm) and emits indigo (430 nm); the acceptor protein absorbs indigo (430 nm) and emits red (700 nm). Incorrect The donor protein absorbs indigo (430 nm) and emits red (700 nm); the acceptor protein absorbs red (700 nm) and emits yellow (580 nm). Incorrect The donor protein absorbs red (700 nm) and emits yellow (580 nm); the acceptor protein absorbs yellow (580 nm) and emits indigo (430 nm). Incorrect The donor protein absorbs indigo (430 nm) and emits yellow (580 nm); the acceptor protein absorbs yellow (580 nm) and emits red (700 nm). Correct The donor protein absorbs yellow (580 nm) and emits red (700 nm); the acceptor protein absorbs red (700 nm) and emits indigo (430 nm). Incorrect The donor protein absorbs red (700 nm) and emits indigo (430 nm); the acceptor protein absorbs indigo (430 nm) and emits yellow (580 nm). Incorrect MC

ce79_0f07

Förster resonance energy transfer (FRET) requires both an acceptor fluorescent protein and a donor fluorescent protein. Which one of the following color combinations would be an effective FRET setup? The donor protein absorbs yellow (580 nm) and emits red (700 nm); the acceptor protein absorbs red (700 nm) and emits blue (460 nm). Incorrect The donor protein absorbs blue (460 nm) and emits yellow (580 nm); the acceptor protein absorbs yellow (580 nm) and emits red (700 nm). Correct The donor protein absorbs red (700 nm) and emits yellow (580 nm); the acceptor protein absorbs yellow (580 nm) and emits blue (460 nm). Incorrect The donor protein absorbs blue (460 nm) and emits red (700 nm); the acceptor protein absorbs red (700 nm) and emits yellow (580 nm). Incorrect The donor protein absorbs yellow (580 nm) and emits blue (460 nm); the acceptor protein absorbs blue (460 nm) and emits red (700 nm). Incorrect The donor protein absorbs red (700 nm) and emits blue (460 nm); the acceptor protein absorbs blue (460 nm) and emits yellow (580 nm). Incorrect MC

ce79_0135

Förster resonance energy transfer (FRET) requires both an acceptor fluorescent protein and a donor fluorescent protein. Which one of the following color combinations would be an effective FRET setup? The donor protein absorbs violet (410 nm) and emits yellow (580 nm); the acceptor protein absorbs yellow (580 nm) and emits blue (460 nm). Incorrect The donor protein absorbs violet (410 nm) and emits blue (460 nm); the acceptor protein absorbs blue (460 nm) and emits yellow (580 nm). Correct The donor protein absorbs blue (460 nm) and emits yellow (580 nm); the acceptor protein absorbs yellow (580 nm) and emits violet (410 nm). Incorrect The donor protein absorbs yellow (580 nm) and emits violet (410 nm); the acceptor protein absorbs violet (410 nm) and emits blue (460 nm). Incorrect The donor protein absorbs blue (460 nm) and emits violet (410 nm); the acceptor protein absorbs violet (410 nm) and emits yellow (580 nm). Incorrect The donor protein absorbs yellow (580 nm) and emits blue (460 nm); the acceptor protein absorbs blue (460 nm) and emits violet (410 nm). Incorrect MC

ce79_5495

Förster resonance energy transfer (FRET) requires both an acceptor fluorescent protein and a donor fluorescent protein. Which one of the following color combinations would be an effective FRET setup? The donor protein absorbs yellow (580 nm) and emits blue (460 nm); the acceptor protein absorbs blue (460 nm) and emits violet (410 nm). Incorrect The donor protein absorbs yellow (580 nm) and emits violet (410 nm); the acceptor protein absorbs violet (410 nm) and emits blue (460 nm). Incorrect The donor protein absorbs blue (460 nm) and emits violet (410 nm); the acceptor protein absorbs violet (410 nm) and emits yellow (580 nm). Incorrect The donor protein absorbs violet (410 nm) and emits blue (460 nm); the acceptor protein absorbs blue (460 nm) and emits yellow (580 nm). Correct The donor protein absorbs violet (410 nm) and emits yellow (580 nm); the acceptor protein absorbs yellow (580 nm) and emits blue (460 nm). Incorrect The donor protein absorbs blue (460 nm) and emits yellow (580 nm); the acceptor protein absorbs yellow (580 nm) and emits violet (410 nm). Incorrect MC

ce79_7cf9

Förster resonance energy transfer (FRET) requires both an acceptor fluorescent protein and a donor fluorescent protein. Which one of the following color combinations would be an effective FRET setup? The donor protein absorbs red (700 nm) and emits violet (410 nm); the acceptor protein absorbs violet (410 nm) and emits green (530 nm). Incorrect The donor protein absorbs green (530 nm) and emits violet (410 nm); the acceptor protein absorbs violet (410 nm) and emits red (700 nm). Incorrect The donor protein absorbs red (700 nm) and emits green (530 nm); the acceptor protein absorbs green (530 nm) and emits violet (410 nm). Incorrect The donor protein absorbs green (530 nm) and emits red (700 nm); the acceptor protein absorbs red (700 nm) and emits violet (410 nm). Incorrect The donor protein absorbs violet (410 nm) and emits red (700 nm); the acceptor protein absorbs red (700 nm) and emits green (530 nm). Incorrect The donor protein absorbs violet (410 nm) and emits green (530 nm); the acceptor protein absorbs green (530 nm) and emits red (700 nm). Correct MC

ce79_7a90

Förster resonance energy transfer (FRET) requires both an acceptor fluorescent protein and a donor fluorescent protein. Which one of the following color combinations would be an effective FRET setup? The donor protein absorbs green (530 nm) and emits violet (410 nm); the acceptor protein absorbs violet (410 nm) and emits orange (600 nm). Incorrect The donor protein absorbs orange (600 nm) and emits green (530 nm); the acceptor protein absorbs green (530 nm) and emits violet (410 nm). Incorrect The donor protein absorbs violet (410 nm) and emits green (530 nm); the acceptor protein absorbs green (530 nm) and emits orange (600 nm). Correct The donor protein absorbs green (530 nm) and emits orange (600 nm); the acceptor protein absorbs orange (600 nm) and emits violet (410 nm). Incorrect The donor protein absorbs orange (600 nm) and emits violet (410 nm); the acceptor protein absorbs violet (410 nm) and emits green (530 nm). Incorrect The donor protein absorbs violet (410 nm) and emits orange (600 nm); the acceptor protein absorbs orange (600 nm) and emits green (530 nm). Incorrect MC

ce79_7116

Förster resonance energy transfer (FRET) requires both an acceptor fluorescent protein and a donor fluorescent protein. Which one of the following color combinations would be an effective FRET setup? The donor protein absorbs blue (460 nm) and emits violet (410 nm); the acceptor protein absorbs violet (410 nm) and emits orange (600 nm). Incorrect The donor protein absorbs violet (410 nm) and emits blue (460 nm); the acceptor protein absorbs blue (460 nm) and emits orange (600 nm). Correct The donor protein absorbs orange (600 nm) and emits blue (460 nm); the acceptor protein absorbs blue (460 nm) and emits violet (410 nm). Incorrect The donor protein absorbs blue (460 nm) and emits orange (600 nm); the acceptor protein absorbs orange (600 nm) and emits violet (410 nm). Incorrect The donor protein absorbs orange (600 nm) and emits violet (410 nm); the acceptor protein absorbs violet (410 nm) and emits blue (460 nm). Incorrect The donor protein absorbs violet (410 nm) and emits orange (600 nm); the acceptor protein absorbs orange (600 nm) and emits blue (460 nm). Incorrect MC

ce79_3ea5

Förster resonance energy transfer (FRET) requires both an acceptor fluorescent protein and a donor fluorescent protein. Which one of the following color combinations would be an effective FRET setup? The donor protein absorbs red (700 nm) and emits yellow (580 nm); the acceptor protein absorbs yellow (580 nm) and emits violet (410 nm). Incorrect The donor protein absorbs red (700 nm) and emits violet (410 nm); the acceptor protein absorbs violet (410 nm) and emits yellow (580 nm). Incorrect The donor protein absorbs violet (410 nm) and emits yellow (580 nm); the acceptor protein absorbs yellow (580 nm) and emits red (700 nm). Correct The donor protein absorbs violet (410 nm) and emits red (700 nm); the acceptor protein absorbs red (700 nm) and emits yellow (580 nm). Incorrect The donor protein absorbs yellow (580 nm) and emits violet (410 nm); the acceptor protein absorbs violet (410 nm) and emits red (700 nm). Incorrect The donor protein absorbs yellow (580 nm) and emits red (700 nm); the acceptor protein absorbs red (700 nm) and emits violet (410 nm). Incorrect MC

ce79_f73c

Förster resonance energy transfer (FRET) requires both an acceptor fluorescent protein and a donor fluorescent protein. Which one of the following color combinations would be an effective FRET setup? The donor protein absorbs red (700 nm) and emits yellow (580 nm); the acceptor protein absorbs yellow (580 nm) and emits blue (460 nm). Incorrect The donor protein absorbs blue (460 nm) and emits red (700 nm); the acceptor protein absorbs red (700 nm) and emits yellow (580 nm). Incorrect The donor protein absorbs red (700 nm) and emits blue (460 nm); the acceptor protein absorbs blue (460 nm) and emits yellow (580 nm). Incorrect The donor protein absorbs blue (460 nm) and emits yellow (580 nm); the acceptor protein absorbs yellow (580 nm) and emits red (700 nm). Correct The donor protein absorbs yellow (580 nm) and emits red (700 nm); the acceptor protein absorbs red (700 nm) and emits blue (460 nm). Incorrect The donor protein absorbs yellow (580 nm) and emits blue (460 nm); the acceptor protein absorbs blue (460 nm) and emits red (700 nm). Incorrect MC

ce79_edab

Förster resonance energy transfer (FRET) requires both an acceptor fluorescent protein and a donor fluorescent protein. Which one of the following color combinations would be an effective FRET setup? The donor protein absorbs orange (600 nm) and emits violet (410 nm); the acceptor protein absorbs violet (410 nm) and emits green (530 nm). Incorrect The donor protein absorbs violet (410 nm) and emits green (530 nm); the acceptor protein absorbs green (530 nm) and emits orange (600 nm). Correct The donor protein absorbs violet (410 nm) and emits orange (600 nm); the acceptor protein absorbs orange (600 nm) and emits green (530 nm). Incorrect The donor protein absorbs green (530 nm) and emits orange (600 nm); the acceptor protein absorbs orange (600 nm) and emits violet (410 nm). Incorrect The donor protein absorbs orange (600 nm) and emits green (530 nm); the acceptor protein absorbs green (530 nm) and emits violet (410 nm). Incorrect The donor protein absorbs green (530 nm) and emits violet (410 nm); the acceptor protein absorbs violet (410 nm) and emits orange (600 nm). Incorrect MC

ce79_6fd6

Förster resonance energy transfer (FRET) requires both an acceptor fluorescent protein and a donor fluorescent protein. Which one of the following color combinations would be an effective FRET setup? The donor protein absorbs green (530 nm) and emits red (700 nm); the acceptor protein absorbs red (700 nm) and emits indigo (430 nm). Incorrect The donor protein absorbs green (530 nm) and emits indigo (430 nm); the acceptor protein absorbs indigo (430 nm) and emits red (700 nm). Incorrect The donor protein absorbs indigo (430 nm) and emits green (530 nm); the acceptor protein absorbs green (530 nm) and emits red (700 nm). Correct The donor protein absorbs indigo (430 nm) and emits red (700 nm); the acceptor protein absorbs red (700 nm) and emits green (530 nm). Incorrect The donor protein absorbs red (700 nm) and emits indigo (430 nm); the acceptor protein absorbs indigo (430 nm) and emits green (530 nm). Incorrect The donor protein absorbs red (700 nm) and emits green (530 nm); the acceptor protein absorbs green (530 nm) and emits indigo (430 nm). Incorrect MC

ce79_774c

Förster resonance energy transfer (FRET) requires both an acceptor fluorescent protein and a donor fluorescent protein. Which one of the following color combinations would be an effective FRET setup? The donor protein absorbs blue (460 nm) and emits violet (410 nm); the acceptor protein absorbs violet (410 nm) and emits yellow (580 nm). Incorrect The donor protein absorbs violet (410 nm) and emits blue (460 nm); the acceptor protein absorbs blue (460 nm) and emits yellow (580 nm). Correct The donor protein absorbs blue (460 nm) and emits yellow (580 nm); the acceptor protein absorbs yellow (580 nm) and emits violet (410 nm). Incorrect The donor protein absorbs yellow (580 nm) and emits violet (410 nm); the acceptor protein absorbs violet (410 nm) and emits blue (460 nm). Incorrect The donor protein absorbs yellow (580 nm) and emits blue (460 nm); the acceptor protein absorbs blue (460 nm) and emits violet (410 nm). Incorrect The donor protein absorbs violet (410 nm) and emits yellow (580 nm); the acceptor protein absorbs yellow (580 nm) and emits blue (460 nm). Incorrect MC

ce79_e4ad

Förster resonance energy transfer (FRET) requires both an acceptor fluorescent protein and a donor fluorescent protein. Which one of the following color combinations would be an effective FRET setup? The donor protein absorbs green (530 nm) and emits violet (410 nm); the acceptor protein absorbs violet (410 nm) and emits orange (600 nm). Incorrect The donor protein absorbs orange (600 nm) and emits violet (410 nm); the acceptor protein absorbs violet (410 nm) and emits green (530 nm). Incorrect The donor protein absorbs violet (410 nm) and emits orange (600 nm); the acceptor protein absorbs orange (600 nm) and emits green (530 nm). Incorrect The donor protein absorbs orange (600 nm) and emits green (530 nm); the acceptor protein absorbs green (530 nm) and emits violet (410 nm). Incorrect The donor protein absorbs violet (410 nm) and emits green (530 nm); the acceptor protein absorbs green (530 nm) and emits orange (600 nm). Correct The donor protein absorbs green (530 nm) and emits orange (600 nm); the acceptor protein absorbs orange (600 nm) and emits violet (410 nm). Incorrect MC

ce79_8b58

Förster resonance energy transfer (FRET) requires both an acceptor fluorescent protein and a donor fluorescent protein. Which one of the following color combinations would be an effective FRET setup? The donor protein absorbs red (700 nm) and emits green (530 nm); the acceptor protein absorbs green (530 nm) and emits violet (410 nm). Incorrect The donor protein absorbs violet (410 nm) and emits green (530 nm); the acceptor protein absorbs green (530 nm) and emits red (700 nm). Correct The donor protein absorbs green (530 nm) and emits red (700 nm); the acceptor protein absorbs red (700 nm) and emits violet (410 nm). Incorrect The donor protein absorbs violet (410 nm) and emits red (700 nm); the acceptor protein absorbs red (700 nm) and emits green (530 nm). Incorrect The donor protein absorbs green (530 nm) and emits violet (410 nm); the acceptor protein absorbs violet (410 nm) and emits red (700 nm). Incorrect The donor protein absorbs red (700 nm) and emits violet (410 nm); the acceptor protein absorbs violet (410 nm) and emits green (530 nm). Incorrect MC

ce79_43e2

Förster resonance energy transfer (FRET) requires both an acceptor fluorescent protein and a donor fluorescent protein. Which one of the following color combinations would be an effective FRET setup? The donor protein absorbs green (530 nm) and emits orange (600 nm); the acceptor protein absorbs orange (600 nm) and emits violet (410 nm). Incorrect The donor protein absorbs violet (410 nm) and emits green (530 nm); the acceptor protein absorbs green (530 nm) and emits orange (600 nm). Correct The donor protein absorbs green (530 nm) and emits violet (410 nm); the acceptor protein absorbs violet (410 nm) and emits orange (600 nm). Incorrect The donor protein absorbs orange (600 nm) and emits violet (410 nm); the acceptor protein absorbs violet (410 nm) and emits green (530 nm). Incorrect The donor protein absorbs orange (600 nm) and emits green (530 nm); the acceptor protein absorbs green (530 nm) and emits violet (410 nm). Incorrect The donor protein absorbs violet (410 nm) and emits orange (600 nm); the acceptor protein absorbs orange (600 nm) and emits green (530 nm). Incorrect MC

ce79_4f7e

Förster resonance energy transfer (FRET) requires both an acceptor fluorescent protein and a donor fluorescent protein. Which one of the following color combinations would be an effective FRET setup? The donor protein absorbs red (700 nm) and emits green (530 nm); the acceptor protein absorbs green (530 nm) and emits violet (410 nm). Incorrect The donor protein absorbs green (530 nm) and emits red (700 nm); the acceptor protein absorbs red (700 nm) and emits violet (410 nm). Incorrect The donor protein absorbs violet (410 nm) and emits red (700 nm); the acceptor protein absorbs red (700 nm) and emits green (530 nm). Incorrect The donor protein absorbs red (700 nm) and emits violet (410 nm); the acceptor protein absorbs violet (410 nm) and emits green (530 nm). Incorrect The donor protein absorbs green (530 nm) and emits violet (410 nm); the acceptor protein absorbs violet (410 nm) and emits red (700 nm). Incorrect The donor protein absorbs violet (410 nm) and emits green (530 nm); the acceptor protein absorbs green (530 nm) and emits red (700 nm). Correct MC

ce79_a411

Förster resonance energy transfer (FRET) requires both an acceptor fluorescent protein and a donor fluorescent protein. Which one of the following color combinations would be an effective FRET setup? The donor protein absorbs violet (410 nm) and emits green (530 nm); the acceptor protein absorbs green (530 nm) and emits orange (600 nm). Correct The donor protein absorbs orange (600 nm) and emits violet (410 nm); the acceptor protein absorbs violet (410 nm) and emits green (530 nm). Incorrect The donor protein absorbs orange (600 nm) and emits green (530 nm); the acceptor protein absorbs green (530 nm) and emits violet (410 nm). Incorrect The donor protein absorbs green (530 nm) and emits orange (600 nm); the acceptor protein absorbs orange (600 nm) and emits violet (410 nm). Incorrect The donor protein absorbs violet (410 nm) and emits orange (600 nm); the acceptor protein absorbs orange (600 nm) and emits green (530 nm). Incorrect The donor protein absorbs green (530 nm) and emits violet (410 nm); the acceptor protein absorbs violet (410 nm) and emits orange (600 nm). Incorrect MC

ce79_69f2

Förster resonance energy transfer (FRET) requires both an acceptor fluorescent protein and a donor fluorescent protein. Which one of the following color combinations would be an effective FRET setup? The donor protein absorbs orange (600 nm) and emits violet (410 nm); the acceptor protein absorbs violet (410 nm) and emits green (530 nm). Incorrect The donor protein absorbs violet (410 nm) and emits green (530 nm); the acceptor protein absorbs green (530 nm) and emits orange (600 nm). Correct The donor protein absorbs orange (600 nm) and emits green (530 nm); the acceptor protein absorbs green (530 nm) and emits violet (410 nm). Incorrect The donor protein absorbs violet (410 nm) and emits orange (600 nm); the acceptor protein absorbs orange (600 nm) and emits green (530 nm). Incorrect The donor protein absorbs green (530 nm) and emits violet (410 nm); the acceptor protein absorbs violet (410 nm) and emits orange (600 nm). Incorrect The donor protein absorbs green (530 nm) and emits orange (600 nm); the acceptor protein absorbs orange (600 nm) and emits violet (410 nm). Incorrect MC

ce79_3c0e

Förster resonance energy transfer (FRET) requires both an acceptor fluorescent protein and a donor fluorescent protein. Which one of the following color combinations would be an effective FRET setup? The donor protein absorbs green (530 nm) and emits violet (410 nm); the acceptor protein absorbs violet (410 nm) and emits red (700 nm). Incorrect The donor protein absorbs violet (410 nm) and emits green (530 nm); the acceptor protein absorbs green (530 nm) and emits red (700 nm). Correct The donor protein absorbs green (530 nm) and emits red (700 nm); the acceptor protein absorbs red (700 nm) and emits violet (410 nm). Incorrect The donor protein absorbs violet (410 nm) and emits red (700 nm); the acceptor protein absorbs red (700 nm) and emits green (530 nm). Incorrect The donor protein absorbs red (700 nm) and emits green (530 nm); the acceptor protein absorbs green (530 nm) and emits violet (410 nm). Incorrect The donor protein absorbs red (700 nm) and emits violet (410 nm); the acceptor protein absorbs violet (410 nm) and emits green (530 nm). Incorrect MC

ce79_a288

Förster resonance energy transfer (FRET) requires both an acceptor fluorescent protein and a donor fluorescent protein. Which one of the following color combinations would be an effective FRET setup? The donor protein absorbs orange (600 nm) and emits blue (460 nm); the acceptor protein absorbs blue (460 nm) and emits violet (410 nm). Incorrect The donor protein absorbs blue (460 nm) and emits orange (600 nm); the acceptor protein absorbs orange (600 nm) and emits violet (410 nm). Incorrect The donor protein absorbs orange (600 nm) and emits violet (410 nm); the acceptor protein absorbs violet (410 nm) and emits blue (460 nm). Incorrect The donor protein absorbs blue (460 nm) and emits violet (410 nm); the acceptor protein absorbs violet (410 nm) and emits orange (600 nm). Incorrect The donor protein absorbs violet (410 nm) and emits orange (600 nm); the acceptor protein absorbs orange (600 nm) and emits blue (460 nm). Incorrect The donor protein absorbs violet (410 nm) and emits blue (460 nm); the acceptor protein absorbs blue (460 nm) and emits orange (600 nm). Correct MC

ce79_fd41

Förster resonance energy transfer (FRET) requires both an acceptor fluorescent protein and a donor fluorescent protein. Which one of the following color combinations would be an effective FRET setup? The donor protein absorbs yellow (580 nm) and emits violet (410 nm); the acceptor protein absorbs violet (410 nm) and emits blue (460 nm). Incorrect The donor protein absorbs violet (410 nm) and emits blue (460 nm); the acceptor protein absorbs blue (460 nm) and emits yellow (580 nm). Correct The donor protein absorbs blue (460 nm) and emits yellow (580 nm); the acceptor protein absorbs yellow (580 nm) and emits violet (410 nm). Incorrect The donor protein absorbs violet (410 nm) and emits yellow (580 nm); the acceptor protein absorbs yellow (580 nm) and emits blue (460 nm). Incorrect The donor protein absorbs blue (460 nm) and emits violet (410 nm); the acceptor protein absorbs violet (410 nm) and emits yellow (580 nm). Incorrect The donor protein absorbs yellow (580 nm) and emits blue (460 nm); the acceptor protein absorbs blue (460 nm) and emits violet (410 nm). Incorrect MC

ce79_c799

Förster resonance energy transfer (FRET) requires both an acceptor fluorescent protein and a donor fluorescent protein. Which one of the following color combinations would be an effective FRET setup? The donor protein absorbs violet (410 nm) and emits green (530 nm); the acceptor protein absorbs green (530 nm) and emits orange (600 nm). Correct The donor protein absorbs green (530 nm) and emits violet (410 nm); the acceptor protein absorbs violet (410 nm) and emits orange (600 nm). Incorrect The donor protein absorbs orange (600 nm) and emits green (530 nm); the acceptor protein absorbs green (530 nm) and emits violet (410 nm). Incorrect The donor protein absorbs violet (410 nm) and emits orange (600 nm); the acceptor protein absorbs orange (600 nm) and emits green (530 nm). Incorrect The donor protein absorbs green (530 nm) and emits orange (600 nm); the acceptor protein absorbs orange (600 nm) and emits violet (410 nm). Incorrect The donor protein absorbs orange (600 nm) and emits violet (410 nm); the acceptor protein absorbs violet (410 nm) and emits green (530 nm). Incorrect MC

ce79_6a46

Förster resonance energy transfer (FRET) requires both an acceptor fluorescent protein and a donor fluorescent protein. Which one of the following color combinations would be an effective FRET setup? The donor protein absorbs yellow (580 nm) and emits red (700 nm); the acceptor protein absorbs red (700 nm) and emits violet (410 nm). Incorrect The donor protein absorbs yellow (580 nm) and emits violet (410 nm); the acceptor protein absorbs violet (410 nm) and emits red (700 nm). Incorrect The donor protein absorbs violet (410 nm) and emits yellow (580 nm); the acceptor protein absorbs yellow (580 nm) and emits red (700 nm). Correct The donor protein absorbs red (700 nm) and emits violet (410 nm); the acceptor protein absorbs violet (410 nm) and emits yellow (580 nm). Incorrect The donor protein absorbs violet (410 nm) and emits red (700 nm); the acceptor protein absorbs red (700 nm) and emits yellow (580 nm). Incorrect The donor protein absorbs red (700 nm) and emits yellow (580 nm); the acceptor protein absorbs yellow (580 nm) and emits violet (410 nm). Incorrect MC

ce79_dbae

Förster resonance energy transfer (FRET) requires both an acceptor fluorescent protein and a donor fluorescent protein. Which one of the following color combinations would be an effective FRET setup? The donor protein absorbs violet (410 nm) and emits blue (460 nm); the acceptor protein absorbs blue (460 nm) and emits red (700 nm). Correct The donor protein absorbs red (700 nm) and emits blue (460 nm); the acceptor protein absorbs blue (460 nm) and emits violet (410 nm). Incorrect The donor protein absorbs blue (460 nm) and emits red (700 nm); the acceptor protein absorbs red (700 nm) and emits violet (410 nm). Incorrect The donor protein absorbs red (700 nm) and emits violet (410 nm); the acceptor protein absorbs violet (410 nm) and emits blue (460 nm). Incorrect The donor protein absorbs blue (460 nm) and emits violet (410 nm); the acceptor protein absorbs violet (410 nm) and emits red (700 nm). Incorrect The donor protein absorbs violet (410 nm) and emits red (700 nm); the acceptor protein absorbs red (700 nm) and emits blue (460 nm). Incorrect MC

ce79_18ec

Förster resonance energy transfer (FRET) requires both an acceptor fluorescent protein and a donor fluorescent protein. Which one of the following color combinations would be an effective FRET setup? The donor protein absorbs violet (410 nm) and emits blue (460 nm); the acceptor protein absorbs blue (460 nm) and emits red (700 nm). Correct The donor protein absorbs blue (460 nm) and emits red (700 nm); the acceptor protein absorbs red (700 nm) and emits violet (410 nm). Incorrect The donor protein absorbs blue (460 nm) and emits violet (410 nm); the acceptor protein absorbs violet (410 nm) and emits red (700 nm). Incorrect The donor protein absorbs violet (410 nm) and emits red (700 nm); the acceptor protein absorbs red (700 nm) and emits blue (460 nm). Incorrect The donor protein absorbs red (700 nm) and emits blue (460 nm); the acceptor protein absorbs blue (460 nm) and emits violet (410 nm). Incorrect The donor protein absorbs red (700 nm) and emits violet (410 nm); the acceptor protein absorbs violet (410 nm) and emits blue (460 nm). Incorrect MC

ce79_cf45

Förster resonance energy transfer (FRET) requires both an acceptor fluorescent protein and a donor fluorescent protein. Which one of the following color combinations would be an effective FRET setup? The donor protein absorbs indigo (430 nm) and emits orange (600 nm); the acceptor protein absorbs orange (600 nm) and emits green (530 nm). Incorrect The donor protein absorbs green (530 nm) and emits indigo (430 nm); the acceptor protein absorbs indigo (430 nm) and emits orange (600 nm). Incorrect The donor protein absorbs green (530 nm) and emits orange (600 nm); the acceptor protein absorbs orange (600 nm) and emits indigo (430 nm). Incorrect The donor protein absorbs indigo (430 nm) and emits green (530 nm); the acceptor protein absorbs green (530 nm) and emits orange (600 nm). Correct The donor protein absorbs orange (600 nm) and emits green (530 nm); the acceptor protein absorbs green (530 nm) and emits indigo (430 nm). Incorrect The donor protein absorbs orange (600 nm) and emits indigo (430 nm); the acceptor protein absorbs indigo (430 nm) and emits green (530 nm). Incorrect MC

ce79_4849

Förster resonance energy transfer (FRET) requires both an acceptor fluorescent protein and a donor fluorescent protein. Which one of the following color combinations would be an effective FRET setup? The donor protein absorbs red (700 nm) and emits green (530 nm); the acceptor protein absorbs green (530 nm) and emits indigo (430 nm). Incorrect The donor protein absorbs green (530 nm) and emits red (700 nm); the acceptor protein absorbs red (700 nm) and emits indigo (430 nm). Incorrect The donor protein absorbs green (530 nm) and emits indigo (430 nm); the acceptor protein absorbs indigo (430 nm) and emits red (700 nm). Incorrect The donor protein absorbs red (700 nm) and emits indigo (430 nm); the acceptor protein absorbs indigo (430 nm) and emits green (530 nm). Incorrect The donor protein absorbs indigo (430 nm) and emits green (530 nm); the acceptor protein absorbs green (530 nm) and emits red (700 nm). Correct The donor protein absorbs indigo (430 nm) and emits red (700 nm); the acceptor protein absorbs red (700 nm) and emits green (530 nm). Incorrect MC

ce79_34b4

Förster resonance energy transfer (FRET) requires both an acceptor fluorescent protein and a donor fluorescent protein. Which one of the following color combinations would be an effective FRET setup? The donor protein absorbs violet (410 nm) and emits red (700 nm); the acceptor protein absorbs red (700 nm) and emits yellow (580 nm). Incorrect The donor protein absorbs violet (410 nm) and emits yellow (580 nm); the acceptor protein absorbs yellow (580 nm) and emits red (700 nm). Correct The donor protein absorbs red (700 nm) and emits yellow (580 nm); the acceptor protein absorbs yellow (580 nm) and emits violet (410 nm). Incorrect The donor protein absorbs yellow (580 nm) and emits violet (410 nm); the acceptor protein absorbs violet (410 nm) and emits red (700 nm). Incorrect The donor protein absorbs red (700 nm) and emits violet (410 nm); the acceptor protein absorbs violet (410 nm) and emits yellow (580 nm). Incorrect The donor protein absorbs yellow (580 nm) and emits red (700 nm); the acceptor protein absorbs red (700 nm) and emits violet (410 nm). Incorrect MC

ce79_709f

Förster resonance energy transfer (FRET) requires both an acceptor fluorescent protein and a donor fluorescent protein. Which one of the following color combinations would be an effective FRET setup? The donor protein absorbs red (700 nm) and emits green (530 nm); the acceptor protein absorbs green (530 nm) and emits violet (410 nm). Incorrect The donor protein absorbs violet (410 nm) and emits red (700 nm); the acceptor protein absorbs red (700 nm) and emits green (530 nm). Incorrect The donor protein absorbs violet (410 nm) and emits green (530 nm); the acceptor protein absorbs green (530 nm) and emits red (700 nm). Correct The donor protein absorbs green (530 nm) and emits red (700 nm); the acceptor protein absorbs red (700 nm) and emits violet (410 nm). Incorrect The donor protein absorbs red (700 nm) and emits violet (410 nm); the acceptor protein absorbs violet (410 nm) and emits green (530 nm). Incorrect The donor protein absorbs green (530 nm) and emits violet (410 nm); the acceptor protein absorbs violet (410 nm) and emits red (700 nm). Incorrect MC

ce79_83e7

Förster resonance energy transfer (FRET) requires both an acceptor fluorescent protein and a donor fluorescent protein. Which one of the following color combinations would be an effective FRET setup? The donor protein absorbs indigo (430 nm) and emits green (530 nm); the acceptor protein absorbs green (530 nm) and emits orange (600 nm). Correct The donor protein absorbs orange (600 nm) and emits green (530 nm); the acceptor protein absorbs green (530 nm) and emits indigo (430 nm). Incorrect The donor protein absorbs green (530 nm) and emits indigo (430 nm); the acceptor protein absorbs indigo (430 nm) and emits orange (600 nm). Incorrect The donor protein absorbs indigo (430 nm) and emits orange (600 nm); the acceptor protein absorbs orange (600 nm) and emits green (530 nm). Incorrect The donor protein absorbs green (530 nm) and emits orange (600 nm); the acceptor protein absorbs orange (600 nm) and emits indigo (430 nm). Incorrect The donor protein absorbs orange (600 nm) and emits indigo (430 nm); the acceptor protein absorbs indigo (430 nm) and emits green (530 nm). Incorrect MC

ce79_2556

Förster resonance energy transfer (FRET) requires both an acceptor fluorescent protein and a donor fluorescent protein. Which one of the following color combinations would be an effective FRET setup? The donor protein absorbs blue (460 nm) and emits violet (410 nm); the acceptor protein absorbs violet (410 nm) and emits yellow (580 nm). Incorrect The donor protein absorbs blue (460 nm) and emits yellow (580 nm); the acceptor protein absorbs yellow (580 nm) and emits violet (410 nm). Incorrect The donor protein absorbs violet (410 nm) and emits blue (460 nm); the acceptor protein absorbs blue (460 nm) and emits yellow (580 nm). Correct The donor protein absorbs yellow (580 nm) and emits violet (410 nm); the acceptor protein absorbs violet (410 nm) and emits blue (460 nm). Incorrect The donor protein absorbs violet (410 nm) and emits yellow (580 nm); the acceptor protein absorbs yellow (580 nm) and emits blue (460 nm). Incorrect The donor protein absorbs yellow (580 nm) and emits blue (460 nm); the acceptor protein absorbs blue (460 nm) and emits violet (410 nm). Incorrect MC

ce79_0938

Förster resonance energy transfer (FRET) requires both an acceptor fluorescent protein and a donor fluorescent protein. Which one of the following color combinations would be an effective FRET setup? The donor protein absorbs yellow (580 nm) and emits violet (410 nm); the acceptor protein absorbs violet (410 nm) and emits red (700 nm). Incorrect The donor protein absorbs violet (410 nm) and emits red (700 nm); the acceptor protein absorbs red (700 nm) and emits yellow (580 nm). Incorrect The donor protein absorbs red (700 nm) and emits yellow (580 nm); the acceptor protein absorbs yellow (580 nm) and emits violet (410 nm). Incorrect The donor protein absorbs yellow (580 nm) and emits red (700 nm); the acceptor protein absorbs red (700 nm) and emits violet (410 nm). Incorrect The donor protein absorbs violet (410 nm) and emits yellow (580 nm); the acceptor protein absorbs yellow (580 nm) and emits red (700 nm). Correct The donor protein absorbs red (700 nm) and emits violet (410 nm); the acceptor protein absorbs violet (410 nm) and emits yellow (580 nm). Incorrect MC

ce79_3196

Förster resonance energy transfer (FRET) requires both an acceptor fluorescent protein and a donor fluorescent protein. Which one of the following color combinations would be an effective FRET setup? The donor protein absorbs green (530 nm) and emits red (700 nm); the acceptor protein absorbs red (700 nm) and emits violet (410 nm). Incorrect The donor protein absorbs red (700 nm) and emits violet (410 nm); the acceptor protein absorbs violet (410 nm) and emits green (530 nm). Incorrect The donor protein absorbs violet (410 nm) and emits green (530 nm); the acceptor protein absorbs green (530 nm) and emits red (700 nm). Correct The donor protein absorbs violet (410 nm) and emits red (700 nm); the acceptor protein absorbs red (700 nm) and emits green (530 nm). Incorrect The donor protein absorbs red (700 nm) and emits green (530 nm); the acceptor protein absorbs green (530 nm) and emits violet (410 nm). Incorrect The donor protein absorbs green (530 nm) and emits violet (410 nm); the acceptor protein absorbs violet (410 nm) and emits red (700 nm). Incorrect MC

ce79_4c3c

Förster resonance energy transfer (FRET) requires both an acceptor fluorescent protein and a donor fluorescent protein. Which one of the following color combinations would be an effective FRET setup? The donor protein absorbs blue (460 nm) and emits violet (410 nm); the acceptor protein absorbs violet (410 nm) and emits yellow (580 nm). Incorrect The donor protein absorbs violet (410 nm) and emits yellow (580 nm); the acceptor protein absorbs yellow (580 nm) and emits blue (460 nm). Incorrect The donor protein absorbs blue (460 nm) and emits yellow (580 nm); the acceptor protein absorbs yellow (580 nm) and emits violet (410 nm). Incorrect The donor protein absorbs violet (410 nm) and emits blue (460 nm); the acceptor protein absorbs blue (460 nm) and emits yellow (580 nm). Correct The donor protein absorbs yellow (580 nm) and emits blue (460 nm); the acceptor protein absorbs blue (460 nm) and emits violet (410 nm). Incorrect The donor protein absorbs yellow (580 nm) and emits violet (410 nm); the acceptor protein absorbs violet (410 nm) and emits blue (460 nm). Incorrect MC

ce79_07b4

Förster resonance energy transfer (FRET) requires both an acceptor fluorescent protein and a donor fluorescent protein. Which one of the following color combinations would be an effective FRET setup? The donor protein absorbs red (700 nm) and emits indigo (430 nm); the acceptor protein absorbs indigo (430 nm) and emits green (530 nm). Incorrect The donor protein absorbs green (530 nm) and emits indigo (430 nm); the acceptor protein absorbs indigo (430 nm) and emits red (700 nm). Incorrect The donor protein absorbs green (530 nm) and emits red (700 nm); the acceptor protein absorbs red (700 nm) and emits indigo (430 nm). Incorrect The donor protein absorbs indigo (430 nm) and emits green (530 nm); the acceptor protein absorbs green (530 nm) and emits red (700 nm). Correct The donor protein absorbs indigo (430 nm) and emits red (700 nm); the acceptor protein absorbs red (700 nm) and emits green (530 nm). Incorrect The donor protein absorbs red (700 nm) and emits green (530 nm); the acceptor protein absorbs green (530 nm) and emits indigo (430 nm). Incorrect MC

ce79_036b

Förster resonance energy transfer (FRET) requires both an acceptor fluorescent protein and a donor fluorescent protein. Which one of the following color combinations would be an effective FRET setup? The donor protein absorbs violet (410 nm) and emits red (700 nm); the acceptor protein absorbs red (700 nm) and emits yellow (580 nm). Incorrect The donor protein absorbs yellow (580 nm) and emits violet (410 nm); the acceptor protein absorbs violet (410 nm) and emits red (700 nm). Incorrect The donor protein absorbs violet (410 nm) and emits yellow (580 nm); the acceptor protein absorbs yellow (580 nm) and emits red (700 nm). Correct The donor protein absorbs red (700 nm) and emits violet (410 nm); the acceptor protein absorbs violet (410 nm) and emits yellow (580 nm). Incorrect The donor protein absorbs yellow (580 nm) and emits red (700 nm); the acceptor protein absorbs red (700 nm) and emits violet (410 nm). Incorrect The donor protein absorbs red (700 nm) and emits yellow (580 nm); the acceptor protein absorbs yellow (580 nm) and emits violet (410 nm). Incorrect MC

ce79_c6c2

Förster resonance energy transfer (FRET) requires both an acceptor fluorescent protein and a donor fluorescent protein. Which one of the following color combinations would be an effective FRET setup? The donor protein absorbs yellow (580 nm) and emits blue (460 nm); the acceptor protein absorbs blue (460 nm) and emits violet (410 nm). Incorrect The donor protein absorbs blue (460 nm) and emits yellow (580 nm); the acceptor protein absorbs yellow (580 nm) and emits violet (410 nm). Incorrect The donor protein absorbs violet (410 nm) and emits blue (460 nm); the acceptor protein absorbs blue (460 nm) and emits yellow (580 nm). Correct The donor protein absorbs violet (410 nm) and emits yellow (580 nm); the acceptor protein absorbs yellow (580 nm) and emits blue (460 nm). Incorrect The donor protein absorbs yellow (580 nm) and emits violet (410 nm); the acceptor protein absorbs violet (410 nm) and emits blue (460 nm). Incorrect The donor protein absorbs blue (460 nm) and emits violet (410 nm); the acceptor protein absorbs violet (410 nm) and emits yellow (580 nm). Incorrect MC

ce79_3bb1

Förster resonance energy transfer (FRET) requires both an acceptor fluorescent protein and a donor fluorescent protein. Which one of the following color combinations would be an effective FRET setup? The donor protein absorbs violet (410 nm) and emits yellow (580 nm); the acceptor protein absorbs yellow (580 nm) and emits blue (460 nm). Incorrect The donor protein absorbs yellow (580 nm) and emits violet (410 nm); the acceptor protein absorbs violet (410 nm) and emits blue (460 nm). Incorrect The donor protein absorbs blue (460 nm) and emits violet (410 nm); the acceptor protein absorbs violet (410 nm) and emits yellow (580 nm). Incorrect The donor protein absorbs blue (460 nm) and emits yellow (580 nm); the acceptor protein absorbs yellow (580 nm) and emits violet (410 nm). Incorrect The donor protein absorbs violet (410 nm) and emits blue (460 nm); the acceptor protein absorbs blue (460 nm) and emits yellow (580 nm). Correct The donor protein absorbs yellow (580 nm) and emits blue (460 nm); the acceptor protein absorbs blue (460 nm) and emits violet (410 nm). Incorrect MC

ce79_89a0

Förster resonance energy transfer (FRET) requires both an acceptor fluorescent protein and a donor fluorescent protein. Which one of the following color combinations would be an effective FRET setup? The donor protein absorbs red (700 nm) and emits violet (410 nm); the acceptor protein absorbs violet (410 nm) and emits blue (460 nm). Incorrect The donor protein absorbs red (700 nm) and emits blue (460 nm); the acceptor protein absorbs blue (460 nm) and emits violet (410 nm). Incorrect The donor protein absorbs blue (460 nm) and emits red (700 nm); the acceptor protein absorbs red (700 nm) and emits violet (410 nm). Incorrect The donor protein absorbs blue (460 nm) and emits violet (410 nm); the acceptor protein absorbs violet (410 nm) and emits red (700 nm). Incorrect The donor protein absorbs violet (410 nm) and emits blue (460 nm); the acceptor protein absorbs blue (460 nm) and emits red (700 nm). Correct The donor protein absorbs violet (410 nm) and emits red (700 nm); the acceptor protein absorbs red (700 nm) and emits blue (460 nm). Incorrect MC

ce79_edea

Förster resonance energy transfer (FRET) requires both an acceptor fluorescent protein and a donor fluorescent protein. Which one of the following color combinations would be an effective FRET setup? The donor protein absorbs green (530 nm) and emits red (700 nm); the acceptor protein absorbs red (700 nm) and emits indigo (430 nm). Incorrect The donor protein absorbs red (700 nm) and emits green (530 nm); the acceptor protein absorbs green (530 nm) and emits indigo (430 nm). Incorrect The donor protein absorbs green (530 nm) and emits indigo (430 nm); the acceptor protein absorbs indigo (430 nm) and emits red (700 nm). Incorrect The donor protein absorbs indigo (430 nm) and emits red (700 nm); the acceptor protein absorbs red (700 nm) and emits green (530 nm). Incorrect The donor protein absorbs indigo (430 nm) and emits green (530 nm); the acceptor protein absorbs green (530 nm) and emits red (700 nm). Correct The donor protein absorbs red (700 nm) and emits indigo (430 nm); the acceptor protein absorbs indigo (430 nm) and emits green (530 nm). Incorrect MC

ce79_f5e0

Förster resonance energy transfer (FRET) requires both an acceptor fluorescent protein and a donor fluorescent protein. Which one of the following color combinations would be an effective FRET setup? The donor protein absorbs green (530 nm) and emits indigo (430 nm); the acceptor protein absorbs indigo (430 nm) and emits orange (600 nm). Incorrect The donor protein absorbs indigo (430 nm) and emits green (530 nm); the acceptor protein absorbs green (530 nm) and emits orange (600 nm). Correct The donor protein absorbs orange (600 nm) and emits indigo (430 nm); the acceptor protein absorbs indigo (430 nm) and emits green (530 nm). Incorrect The donor protein absorbs green (530 nm) and emits orange (600 nm); the acceptor protein absorbs orange (600 nm) and emits indigo (430 nm). Incorrect The donor protein absorbs orange (600 nm) and emits green (530 nm); the acceptor protein absorbs green (530 nm) and emits indigo (430 nm). Incorrect The donor protein absorbs indigo (430 nm) and emits orange (600 nm); the acceptor protein absorbs orange (600 nm) and emits green (530 nm). Incorrect MC

ce79_cccd

Förster resonance energy transfer (FRET) requires both an acceptor fluorescent protein and a donor fluorescent protein. Which one of the following color combinations would be an effective FRET setup? The donor protein absorbs indigo (430 nm) and emits yellow (580 nm); the acceptor protein absorbs yellow (580 nm) and emits red (700 nm). Correct The donor protein absorbs yellow (580 nm) and emits red (700 nm); the acceptor protein absorbs red (700 nm) and emits indigo (430 nm). Incorrect The donor protein absorbs red (700 nm) and emits yellow (580 nm); the acceptor protein absorbs yellow (580 nm) and emits indigo (430 nm). Incorrect The donor protein absorbs red (700 nm) and emits indigo (430 nm); the acceptor protein absorbs indigo (430 nm) and emits yellow (580 nm). Incorrect The donor protein absorbs yellow (580 nm) and emits indigo (430 nm); the acceptor protein absorbs indigo (430 nm) and emits red (700 nm). Incorrect The donor protein absorbs indigo (430 nm) and emits red (700 nm); the acceptor protein absorbs red (700 nm) and emits yellow (580 nm). Incorrect MC

ce79_42b3

Förster resonance energy transfer (FRET) requires both an acceptor fluorescent protein and a donor fluorescent protein. Which one of the following color combinations would be an effective FRET setup? The donor protein absorbs violet (410 nm) and emits yellow (580 nm); the acceptor protein absorbs yellow (580 nm) and emits red (700 nm). Correct The donor protein absorbs yellow (580 nm) and emits violet (410 nm); the acceptor protein absorbs violet (410 nm) and emits red (700 nm). Incorrect The donor protein absorbs red (700 nm) and emits violet (410 nm); the acceptor protein absorbs violet (410 nm) and emits yellow (580 nm). Incorrect The donor protein absorbs violet (410 nm) and emits red (700 nm); the acceptor protein absorbs red (700 nm) and emits yellow (580 nm). Incorrect The donor protein absorbs yellow (580 nm) and emits red (700 nm); the acceptor protein absorbs red (700 nm) and emits violet (410 nm). Incorrect The donor protein absorbs red (700 nm) and emits yellow (580 nm); the acceptor protein absorbs yellow (580 nm) and emits violet (410 nm). Incorrect MC

ce79_77ea

Förster resonance energy transfer (FRET) requires both an acceptor fluorescent protein and a donor fluorescent protein. Which one of the following color combinations would be an effective FRET setup? The donor protein absorbs indigo (430 nm) and emits red (700 nm); the acceptor protein absorbs red (700 nm) and emits green (530 nm). Incorrect The donor protein absorbs green (530 nm) and emits indigo (430 nm); the acceptor protein absorbs indigo (430 nm) and emits red (700 nm). Incorrect The donor protein absorbs red (700 nm) and emits green (530 nm); the acceptor protein absorbs green (530 nm) and emits indigo (430 nm). Incorrect The donor protein absorbs indigo (430 nm) and emits green (530 nm); the acceptor protein absorbs green (530 nm) and emits red (700 nm). Correct The donor protein absorbs green (530 nm) and emits red (700 nm); the acceptor protein absorbs red (700 nm) and emits indigo (430 nm). Incorrect The donor protein absorbs red (700 nm) and emits indigo (430 nm); the acceptor protein absorbs indigo (430 nm) and emits green (530 nm). Incorrect MC

ce79_dc84

Förster resonance energy transfer (FRET) requires both an acceptor fluorescent protein and a donor fluorescent protein. Which one of the following color combinations would be an effective FRET setup? The donor protein absorbs blue (460 nm) and emits red (700 nm); the acceptor protein absorbs red (700 nm) and emits yellow (580 nm). Incorrect The donor protein absorbs blue (460 nm) and emits yellow (580 nm); the acceptor protein absorbs yellow (580 nm) and emits red (700 nm). Correct The donor protein absorbs red (700 nm) and emits blue (460 nm); the acceptor protein absorbs blue (460 nm) and emits yellow (580 nm). Incorrect The donor protein absorbs yellow (580 nm) and emits blue (460 nm); the acceptor protein absorbs blue (460 nm) and emits red (700 nm). Incorrect The donor protein absorbs red (700 nm) and emits yellow (580 nm); the acceptor protein absorbs yellow (580 nm) and emits blue (460 nm). Incorrect The donor protein absorbs yellow (580 nm) and emits red (700 nm); the acceptor protein absorbs red (700 nm) and emits blue (460 nm). Incorrect MC

ce79_dc95

Förster resonance energy transfer (FRET) requires both an acceptor fluorescent protein and a donor fluorescent protein. Which one of the following color combinations would be an effective FRET setup? The donor protein absorbs blue (460 nm) and emits yellow (580 nm); the acceptor protein absorbs yellow (580 nm) and emits violet (410 nm). Incorrect The donor protein absorbs blue (460 nm) and emits violet (410 nm); the acceptor protein absorbs violet (410 nm) and emits yellow (580 nm). Incorrect The donor protein absorbs yellow (580 nm) and emits blue (460 nm); the acceptor protein absorbs blue (460 nm) and emits violet (410 nm). Incorrect The donor protein absorbs violet (410 nm) and emits yellow (580 nm); the acceptor protein absorbs yellow (580 nm) and emits blue (460 nm). Incorrect The donor protein absorbs yellow (580 nm) and emits violet (410 nm); the acceptor protein absorbs violet (410 nm) and emits blue (460 nm). Incorrect The donor protein absorbs violet (410 nm) and emits blue (460 nm); the acceptor protein absorbs blue (460 nm) and emits yellow (580 nm). Correct MC

ce79_6386

Förster resonance energy transfer (FRET) requires both an acceptor fluorescent protein and a donor fluorescent protein. Which one of the following color combinations would be an effective FRET setup? The donor protein absorbs yellow (580 nm) and emits red (700 nm); the acceptor protein absorbs red (700 nm) and emits indigo (430 nm). Incorrect The donor protein absorbs red (700 nm) and emits indigo (430 nm); the acceptor protein absorbs indigo (430 nm) and emits yellow (580 nm). Incorrect The donor protein absorbs red (700 nm) and emits yellow (580 nm); the acceptor protein absorbs yellow (580 nm) and emits indigo (430 nm). Incorrect The donor protein absorbs indigo (430 nm) and emits yellow (580 nm); the acceptor protein absorbs yellow (580 nm) and emits red (700 nm). Correct The donor protein absorbs yellow (580 nm) and emits indigo (430 nm); the acceptor protein absorbs indigo (430 nm) and emits red (700 nm). Incorrect The donor protein absorbs indigo (430 nm) and emits red (700 nm); the acceptor protein absorbs red (700 nm) and emits yellow (580 nm). Incorrect MC

ce79_0c9e

Förster resonance energy transfer (FRET) requires both an acceptor fluorescent protein and a donor fluorescent protein. Which one of the following color combinations would be an effective FRET setup? The donor protein absorbs indigo (430 nm) and emits red (700 nm); the acceptor protein absorbs red (700 nm) and emits green (530 nm). Incorrect The donor protein absorbs indigo (430 nm) and emits green (530 nm); the acceptor protein absorbs green (530 nm) and emits red (700 nm). Correct The donor protein absorbs red (700 nm) and emits indigo (430 nm); the acceptor protein absorbs indigo (430 nm) and emits green (530 nm). Incorrect The donor protein absorbs green (530 nm) and emits indigo (430 nm); the acceptor protein absorbs indigo (430 nm) and emits red (700 nm). Incorrect The donor protein absorbs red (700 nm) and emits green (530 nm); the acceptor protein absorbs green (530 nm) and emits indigo (430 nm). Incorrect The donor protein absorbs green (530 nm) and emits red (700 nm); the acceptor protein absorbs red (700 nm) and emits indigo (430 nm). Incorrect MC

ce79_de2c

Förster resonance energy transfer (FRET) requires both an acceptor fluorescent protein and a donor fluorescent protein. Which one of the following color combinations would be an effective FRET setup? The donor protein absorbs green (530 nm) and emits orange (600 nm); the acceptor protein absorbs orange (600 nm) and emits violet (410 nm). Incorrect The donor protein absorbs violet (410 nm) and emits green (530 nm); the acceptor protein absorbs green (530 nm) and emits orange (600 nm). Correct The donor protein absorbs orange (600 nm) and emits violet (410 nm); the acceptor protein absorbs violet (410 nm) and emits green (530 nm). Incorrect The donor protein absorbs orange (600 nm) and emits green (530 nm); the acceptor protein absorbs green (530 nm) and emits violet (410 nm). Incorrect The donor protein absorbs green (530 nm) and emits violet (410 nm); the acceptor protein absorbs violet (410 nm) and emits orange (600 nm). Incorrect The donor protein absorbs violet (410 nm) and emits orange (600 nm); the acceptor protein absorbs orange (600 nm) and emits green (530 nm). Incorrect MC

ce79_c3fb

Förster resonance energy transfer (FRET) requires both an acceptor fluorescent protein and a donor fluorescent protein. Which one of the following color combinations would be an effective FRET setup? The donor protein absorbs blue (460 nm) and emits violet (410 nm); the acceptor protein absorbs violet (410 nm) and emits red (700 nm). Incorrect The donor protein absorbs violet (410 nm) and emits blue (460 nm); the acceptor protein absorbs blue (460 nm) and emits red (700 nm). Correct The donor protein absorbs violet (410 nm) and emits red (700 nm); the acceptor protein absorbs red (700 nm) and emits blue (460 nm). Incorrect The donor protein absorbs red (700 nm) and emits blue (460 nm); the acceptor protein absorbs blue (460 nm) and emits violet (410 nm). Incorrect The donor protein absorbs red (700 nm) and emits violet (410 nm); the acceptor protein absorbs violet (410 nm) and emits blue (460 nm). Incorrect The donor protein absorbs blue (460 nm) and emits red (700 nm); the acceptor protein absorbs red (700 nm) and emits violet (410 nm). Incorrect MC

ce79_83bd

Förster resonance energy transfer (FRET) requires both an acceptor fluorescent protein and a donor fluorescent protein. Which one of the following color combinations would be an effective FRET setup? The donor protein absorbs yellow (580 nm) and emits red (700 nm); the acceptor protein absorbs red (700 nm) and emits blue (460 nm). Incorrect The donor protein absorbs red (700 nm) and emits yellow (580 nm); the acceptor protein absorbs yellow (580 nm) and emits blue (460 nm). Incorrect The donor protein absorbs red (700 nm) and emits blue (460 nm); the acceptor protein absorbs blue (460 nm) and emits yellow (580 nm). Incorrect The donor protein absorbs yellow (580 nm) and emits blue (460 nm); the acceptor protein absorbs blue (460 nm) and emits red (700 nm). Incorrect The donor protein absorbs blue (460 nm) and emits yellow (580 nm); the acceptor protein absorbs yellow (580 nm) and emits red (700 nm). Correct The donor protein absorbs blue (460 nm) and emits red (700 nm); the acceptor protein absorbs red (700 nm) and emits yellow (580 nm). Incorrect MC

ce79_a1b7

Förster resonance energy transfer (FRET) requires both an acceptor fluorescent protein and a donor fluorescent protein. Which one of the following color combinations would be an effective FRET setup? The donor protein absorbs red (700 nm) and emits indigo (430 nm); the acceptor protein absorbs indigo (430 nm) and emits green (530 nm). Incorrect The donor protein absorbs green (530 nm) and emits indigo (430 nm); the acceptor protein absorbs indigo (430 nm) and emits red (700 nm). Incorrect The donor protein absorbs green (530 nm) and emits red (700 nm); the acceptor protein absorbs red (700 nm) and emits indigo (430 nm). Incorrect The donor protein absorbs red (700 nm) and emits green (530 nm); the acceptor protein absorbs green (530 nm) and emits indigo (430 nm). Incorrect The donor protein absorbs indigo (430 nm) and emits green (530 nm); the acceptor protein absorbs green (530 nm) and emits red (700 nm). Correct The donor protein absorbs indigo (430 nm) and emits red (700 nm); the acceptor protein absorbs red (700 nm) and emits green (530 nm). Incorrect MC

ce79_40d4

Förster resonance energy transfer (FRET) requires both an acceptor fluorescent protein and a donor fluorescent protein. Which one of the following color combinations would be an effective FRET setup? The donor protein absorbs green (530 nm) and emits orange (600 nm); the acceptor protein absorbs orange (600 nm) and emits indigo (430 nm). Incorrect The donor protein absorbs indigo (430 nm) and emits green (530 nm); the acceptor protein absorbs green (530 nm) and emits orange (600 nm). Correct The donor protein absorbs green (530 nm) and emits indigo (430 nm); the acceptor protein absorbs indigo (430 nm) and emits orange (600 nm). Incorrect The donor protein absorbs indigo (430 nm) and emits orange (600 nm); the acceptor protein absorbs orange (600 nm) and emits green (530 nm). Incorrect The donor protein absorbs orange (600 nm) and emits indigo (430 nm); the acceptor protein absorbs indigo (430 nm) and emits green (530 nm). Incorrect The donor protein absorbs orange (600 nm) and emits green (530 nm); the acceptor protein absorbs green (530 nm) and emits indigo (430 nm). Incorrect MC

ce79_51be

Förster resonance energy transfer (FRET) requires both an acceptor fluorescent protein and a donor fluorescent protein. Which one of the following color combinations would be an effective FRET setup? The donor protein absorbs red (700 nm) and emits violet (410 nm); the acceptor protein absorbs violet (410 nm) and emits blue (460 nm). Incorrect The donor protein absorbs red (700 nm) and emits blue (460 nm); the acceptor protein absorbs blue (460 nm) and emits violet (410 nm). Incorrect The donor protein absorbs violet (410 nm) and emits red (700 nm); the acceptor protein absorbs red (700 nm) and emits blue (460 nm). Incorrect The donor protein absorbs blue (460 nm) and emits red (700 nm); the acceptor protein absorbs red (700 nm) and emits violet (410 nm). Incorrect The donor protein absorbs blue (460 nm) and emits violet (410 nm); the acceptor protein absorbs violet (410 nm) and emits red (700 nm). Incorrect The donor protein absorbs violet (410 nm) and emits blue (460 nm); the acceptor protein absorbs blue (460 nm) and emits red (700 nm). Correct MC

ce79_680a

Förster resonance energy transfer (FRET) requires both an acceptor fluorescent protein and a donor fluorescent protein. Which one of the following color combinations would be an effective FRET setup? The donor protein absorbs red (700 nm) and emits indigo (430 nm); the acceptor protein absorbs indigo (430 nm) and emits green (530 nm). Incorrect The donor protein absorbs indigo (430 nm) and emits red (700 nm); the acceptor protein absorbs red (700 nm) and emits green (530 nm). Incorrect The donor protein absorbs indigo (430 nm) and emits green (530 nm); the acceptor protein absorbs green (530 nm) and emits red (700 nm). Correct The donor protein absorbs red (700 nm) and emits green (530 nm); the acceptor protein absorbs green (530 nm) and emits indigo (430 nm). Incorrect The donor protein absorbs green (530 nm) and emits indigo (430 nm); the acceptor protein absorbs indigo (430 nm) and emits red (700 nm). Incorrect The donor protein absorbs green (530 nm) and emits red (700 nm); the acceptor protein absorbs red (700 nm) and emits indigo (430 nm). Incorrect MC

ce79_dfbd

Förster resonance energy transfer (FRET) requires both an acceptor fluorescent protein and a donor fluorescent protein. Which one of the following color combinations would be an effective FRET setup? The donor protein absorbs yellow (580 nm) and emits red (700 nm); the acceptor protein absorbs red (700 nm) and emits indigo (430 nm). Incorrect The donor protein absorbs yellow (580 nm) and emits indigo (430 nm); the acceptor protein absorbs indigo (430 nm) and emits red (700 nm). Incorrect The donor protein absorbs red (700 nm) and emits yellow (580 nm); the acceptor protein absorbs yellow (580 nm) and emits indigo (430 nm). Incorrect The donor protein absorbs indigo (430 nm) and emits red (700 nm); the acceptor protein absorbs red (700 nm) and emits yellow (580 nm). Incorrect The donor protein absorbs red (700 nm) and emits indigo (430 nm); the acceptor protein absorbs indigo (430 nm) and emits yellow (580 nm). Incorrect The donor protein absorbs indigo (430 nm) and emits yellow (580 nm); the acceptor protein absorbs yellow (580 nm) and emits red (700 nm). Correct MC

ce79_9c98

Förster resonance energy transfer (FRET) requires both an acceptor fluorescent protein and a donor fluorescent protein. Which one of the following color combinations would be an effective FRET setup? The donor protein absorbs green (530 nm) and emits indigo (430 nm); the acceptor protein absorbs indigo (430 nm) and emits orange (600 nm). Incorrect The donor protein absorbs orange (600 nm) and emits green (530 nm); the acceptor protein absorbs green (530 nm) and emits indigo (430 nm). Incorrect The donor protein absorbs orange (600 nm) and emits indigo (430 nm); the acceptor protein absorbs indigo (430 nm) and emits green (530 nm). Incorrect The donor protein absorbs green (530 nm) and emits orange (600 nm); the acceptor protein absorbs orange (600 nm) and emits indigo (430 nm). Incorrect The donor protein absorbs indigo (430 nm) and emits orange (600 nm); the acceptor protein absorbs orange (600 nm) and emits green (530 nm). Incorrect The donor protein absorbs indigo (430 nm) and emits green (530 nm); the acceptor protein absorbs green (530 nm) and emits orange (600 nm). Correct MC

ce79_199c

Förster resonance energy transfer (FRET) requires both an acceptor fluorescent protein and a donor fluorescent protein. Which one of the following color combinations would be an effective FRET setup? The donor protein absorbs yellow (580 nm) and emits blue (460 nm); the acceptor protein absorbs blue (460 nm) and emits red (700 nm). Incorrect The donor protein absorbs blue (460 nm) and emits red (700 nm); the acceptor protein absorbs red (700 nm) and emits yellow (580 nm). Incorrect The donor protein absorbs yellow (580 nm) and emits red (700 nm); the acceptor protein absorbs red (700 nm) and emits blue (460 nm). Incorrect The donor protein absorbs red (700 nm) and emits yellow (580 nm); the acceptor protein absorbs yellow (580 nm) and emits blue (460 nm). Incorrect The donor protein absorbs red (700 nm) and emits blue (460 nm); the acceptor protein absorbs blue (460 nm) and emits yellow (580 nm). Incorrect The donor protein absorbs blue (460 nm) and emits yellow (580 nm); the acceptor protein absorbs yellow (580 nm) and emits red (700 nm). Correct MC

ce79_1def

Förster resonance energy transfer (FRET) requires both an acceptor fluorescent protein and a donor fluorescent protein. Which one of the following color combinations would be an effective FRET setup? The donor protein absorbs red (700 nm) and emits yellow (580 nm); the acceptor protein absorbs yellow (580 nm) and emits violet (410 nm). Incorrect The donor protein absorbs red (700 nm) and emits violet (410 nm); the acceptor protein absorbs violet (410 nm) and emits yellow (580 nm). Incorrect The donor protein absorbs yellow (580 nm) and emits red (700 nm); the acceptor protein absorbs red (700 nm) and emits violet (410 nm). Incorrect The donor protein absorbs violet (410 nm) and emits yellow (580 nm); the acceptor protein absorbs yellow (580 nm) and emits red (700 nm). Correct The donor protein absorbs violet (410 nm) and emits red (700 nm); the acceptor protein absorbs red (700 nm) and emits yellow (580 nm). Incorrect The donor protein absorbs yellow (580 nm) and emits violet (410 nm); the acceptor protein absorbs violet (410 nm) and emits red (700 nm). Incorrect MC

ce79_e69a

Förster resonance energy transfer (FRET) requires both an acceptor fluorescent protein and a donor fluorescent protein. Which one of the following color combinations would be an effective FRET setup? The donor protein absorbs orange (600 nm) and emits violet (410 nm); the acceptor protein absorbs violet (410 nm) and emits blue (460 nm). Incorrect The donor protein absorbs blue (460 nm) and emits violet (410 nm); the acceptor protein absorbs violet (410 nm) and emits orange (600 nm). Incorrect The donor protein absorbs violet (410 nm) and emits orange (600 nm); the acceptor protein absorbs orange (600 nm) and emits blue (460 nm). Incorrect The donor protein absorbs blue (460 nm) and emits orange (600 nm); the acceptor protein absorbs orange (600 nm) and emits violet (410 nm). Incorrect The donor protein absorbs orange (600 nm) and emits blue (460 nm); the acceptor protein absorbs blue (460 nm) and emits violet (410 nm). Incorrect The donor protein absorbs violet (410 nm) and emits blue (460 nm); the acceptor protein absorbs blue (460 nm) and emits orange (600 nm). Correct MC

ce79_cd3c

Förster resonance energy transfer (FRET) requires both an acceptor fluorescent protein and a donor fluorescent protein. Which one of the following color combinations would be an effective FRET setup? The donor protein absorbs red (700 nm) and emits green (530 nm); the acceptor protein absorbs green (530 nm) and emits indigo (430 nm). Incorrect The donor protein absorbs indigo (430 nm) and emits green (530 nm); the acceptor protein absorbs green (530 nm) and emits red (700 nm). Correct The donor protein absorbs indigo (430 nm) and emits red (700 nm); the acceptor protein absorbs red (700 nm) and emits green (530 nm). Incorrect The donor protein absorbs green (530 nm) and emits indigo (430 nm); the acceptor protein absorbs indigo (430 nm) and emits red (700 nm). Incorrect The donor protein absorbs red (700 nm) and emits indigo (430 nm); the acceptor protein absorbs indigo (430 nm) and emits green (530 nm). Incorrect The donor protein absorbs green (530 nm) and emits red (700 nm); the acceptor protein absorbs red (700 nm) and emits indigo (430 nm). Incorrect MC

ce79_e027

Förster resonance energy transfer (FRET) requires both an acceptor fluorescent protein and a donor fluorescent protein. Which one of the following color combinations would be an effective FRET setup? The donor protein absorbs red (700 nm) and emits blue (460 nm); the acceptor protein absorbs blue (460 nm) and emits yellow (580 nm). Incorrect The donor protein absorbs red (700 nm) and emits yellow (580 nm); the acceptor protein absorbs yellow (580 nm) and emits blue (460 nm). Incorrect The donor protein absorbs blue (460 nm) and emits yellow (580 nm); the acceptor protein absorbs yellow (580 nm) and emits red (700 nm). Correct The donor protein absorbs blue (460 nm) and emits red (700 nm); the acceptor protein absorbs red (700 nm) and emits yellow (580 nm). Incorrect The donor protein absorbs yellow (580 nm) and emits red (700 nm); the acceptor protein absorbs red (700 nm) and emits blue (460 nm). Incorrect The donor protein absorbs yellow (580 nm) and emits blue (460 nm); the acceptor protein absorbs blue (460 nm) and emits red (700 nm). Incorrect MC

ce79_6b8b

Förster resonance energy transfer (FRET) requires both an acceptor fluorescent protein and a donor fluorescent protein. Which one of the following color combinations would be an effective FRET setup? The donor protein absorbs red (700 nm) and emits yellow (580 nm); the acceptor protein absorbs yellow (580 nm) and emits indigo (430 nm). Incorrect The donor protein absorbs yellow (580 nm) and emits red (700 nm); the acceptor protein absorbs red (700 nm) and emits indigo (430 nm). Incorrect The donor protein absorbs indigo (430 nm) and emits red (700 nm); the acceptor protein absorbs red (700 nm) and emits yellow (580 nm). Incorrect The donor protein absorbs yellow (580 nm) and emits indigo (430 nm); the acceptor protein absorbs indigo (430 nm) and emits red (700 nm). Incorrect The donor protein absorbs red (700 nm) and emits indigo (430 nm); the acceptor protein absorbs indigo (430 nm) and emits yellow (580 nm). Incorrect The donor protein absorbs indigo (430 nm) and emits yellow (580 nm); the acceptor protein absorbs yellow (580 nm) and emits red (700 nm). Correct MC

ce79_06a7

Förster resonance energy transfer (FRET) requires both an acceptor fluorescent protein and a donor fluorescent protein. Which one of the following color combinations would be an effective FRET setup? The donor protein absorbs green (530 nm) and emits indigo (430 nm); the acceptor protein absorbs indigo (430 nm) and emits red (700 nm). Incorrect The donor protein absorbs green (530 nm) and emits red (700 nm); the acceptor protein absorbs red (700 nm) and emits indigo (430 nm). Incorrect The donor protein absorbs indigo (430 nm) and emits red (700 nm); the acceptor protein absorbs red (700 nm) and emits green (530 nm). Incorrect The donor protein absorbs red (700 nm) and emits indigo (430 nm); the acceptor protein absorbs indigo (430 nm) and emits green (530 nm). Incorrect The donor protein absorbs indigo (430 nm) and emits green (530 nm); the acceptor protein absorbs green (530 nm) and emits red (700 nm). Correct The donor protein absorbs red (700 nm) and emits green (530 nm); the acceptor protein absorbs green (530 nm) and emits indigo (430 nm). Incorrect MC

ce79_51c0

Förster resonance energy transfer (FRET) requires both an acceptor fluorescent protein and a donor fluorescent protein. Which one of the following color combinations would be an effective FRET setup? The donor protein absorbs red (700 nm) and emits yellow (580 nm); the acceptor protein absorbs yellow (580 nm) and emits violet (410 nm). Incorrect The donor protein absorbs yellow (580 nm) and emits red (700 nm); the acceptor protein absorbs red (700 nm) and emits violet (410 nm). Incorrect The donor protein absorbs violet (410 nm) and emits yellow (580 nm); the acceptor protein absorbs yellow (580 nm) and emits red (700 nm). Correct The donor protein absorbs yellow (580 nm) and emits violet (410 nm); the acceptor protein absorbs violet (410 nm) and emits red (700 nm). Incorrect The donor protein absorbs violet (410 nm) and emits red (700 nm); the acceptor protein absorbs red (700 nm) and emits yellow (580 nm). Incorrect The donor protein absorbs red (700 nm) and emits violet (410 nm); the acceptor protein absorbs violet (410 nm) and emits yellow (580 nm). Incorrect MC

ce79_817f

Förster resonance energy transfer (FRET) requires both an acceptor fluorescent protein and a donor fluorescent protein. Which one of the following color combinations would be an effective FRET setup? The donor protein absorbs yellow (580 nm) and emits blue (460 nm); the acceptor protein absorbs blue (460 nm) and emits violet (410 nm). Incorrect The donor protein absorbs yellow (580 nm) and emits violet (410 nm); the acceptor protein absorbs violet (410 nm) and emits blue (460 nm). Incorrect The donor protein absorbs violet (410 nm) and emits yellow (580 nm); the acceptor protein absorbs yellow (580 nm) and emits blue (460 nm). Incorrect The donor protein absorbs blue (460 nm) and emits yellow (580 nm); the acceptor protein absorbs yellow (580 nm) and emits violet (410 nm). Incorrect The donor protein absorbs blue (460 nm) and emits violet (410 nm); the acceptor protein absorbs violet (410 nm) and emits yellow (580 nm). Incorrect The donor protein absorbs violet (410 nm) and emits blue (460 nm); the acceptor protein absorbs blue (460 nm) and emits yellow (580 nm). Correct MC

ce79_0625

Förster resonance energy transfer (FRET) requires both an acceptor fluorescent protein and a donor fluorescent protein. Which one of the following color combinations would be an effective FRET setup? The donor protein absorbs violet (410 nm) and emits red (700 nm); the acceptor protein absorbs red (700 nm) and emits green (530 nm). Incorrect The donor protein absorbs green (530 nm) and emits red (700 nm); the acceptor protein absorbs red (700 nm) and emits violet (410 nm). Incorrect The donor protein absorbs violet (410 nm) and emits green (530 nm); the acceptor protein absorbs green (530 nm) and emits red (700 nm). Correct The donor protein absorbs red (700 nm) and emits green (530 nm); the acceptor protein absorbs green (530 nm) and emits violet (410 nm). Incorrect The donor protein absorbs red (700 nm) and emits violet (410 nm); the acceptor protein absorbs violet (410 nm) and emits green (530 nm). Incorrect The donor protein absorbs green (530 nm) and emits violet (410 nm); the acceptor protein absorbs violet (410 nm) and emits red (700 nm). Incorrect MC

ce79_ed7f

Förster resonance energy transfer (FRET) requires both an acceptor fluorescent protein and a donor fluorescent protein. Which one of the following color combinations would be an effective FRET setup? The donor protein absorbs indigo (430 nm) and emits orange (600 nm); the acceptor protein absorbs orange (600 nm) and emits green (530 nm). Incorrect The donor protein absorbs indigo (430 nm) and emits green (530 nm); the acceptor protein absorbs green (530 nm) and emits orange (600 nm). Correct The donor protein absorbs orange (600 nm) and emits green (530 nm); the acceptor protein absorbs green (530 nm) and emits indigo (430 nm). Incorrect The donor protein absorbs green (530 nm) and emits indigo (430 nm); the acceptor protein absorbs indigo (430 nm) and emits orange (600 nm). Incorrect The donor protein absorbs green (530 nm) and emits orange (600 nm); the acceptor protein absorbs orange (600 nm) and emits indigo (430 nm). Incorrect The donor protein absorbs orange (600 nm) and emits indigo (430 nm); the acceptor protein absorbs indigo (430 nm) and emits green (530 nm). Incorrect MC

ce79_4bf1

Förster resonance energy transfer (FRET) requires both an acceptor fluorescent protein and a donor fluorescent protein. Which one of the following color combinations would be an effective FRET setup? The donor protein absorbs violet (410 nm) and emits red (700 nm); the acceptor protein absorbs red (700 nm) and emits blue (460 nm). Incorrect The donor protein absorbs red (700 nm) and emits blue (460 nm); the acceptor protein absorbs blue (460 nm) and emits violet (410 nm). Incorrect The donor protein absorbs blue (460 nm) and emits red (700 nm); the acceptor protein absorbs red (700 nm) and emits violet (410 nm). Incorrect The donor protein absorbs blue (460 nm) and emits violet (410 nm); the acceptor protein absorbs violet (410 nm) and emits red (700 nm). Incorrect The donor protein absorbs red (700 nm) and emits violet (410 nm); the acceptor protein absorbs violet (410 nm) and emits blue (460 nm). Incorrect The donor protein absorbs violet (410 nm) and emits blue (460 nm); the acceptor protein absorbs blue (460 nm) and emits red (700 nm). Correct MC

ce79_0c2a

Förster resonance energy transfer (FRET) requires both an acceptor fluorescent protein and a donor fluorescent protein. Which one of the following color combinations would be an effective FRET setup? The donor protein absorbs indigo (430 nm) and emits orange (600 nm); the acceptor protein absorbs orange (600 nm) and emits green (530 nm). Incorrect The donor protein absorbs green (530 nm) and emits indigo (430 nm); the acceptor protein absorbs indigo (430 nm) and emits orange (600 nm). Incorrect The donor protein absorbs orange (600 nm) and emits green (530 nm); the acceptor protein absorbs green (530 nm) and emits indigo (430 nm). Incorrect The donor protein absorbs indigo (430 nm) and emits green (530 nm); the acceptor protein absorbs green (530 nm) and emits orange (600 nm). Correct The donor protein absorbs green (530 nm) and emits orange (600 nm); the acceptor protein absorbs orange (600 nm) and emits indigo (430 nm). Incorrect The donor protein absorbs orange (600 nm) and emits indigo (430 nm); the acceptor protein absorbs indigo (430 nm) and emits green (530 nm). Incorrect MC

ce79_a8f0

Förster resonance energy transfer (FRET) requires both an acceptor fluorescent protein and a donor fluorescent protein. Which one of the following color combinations would be an effective FRET setup? The donor protein absorbs red (700 nm) and emits yellow (580 nm); the acceptor protein absorbs yellow (580 nm) and emits blue (460 nm). Incorrect The donor protein absorbs yellow (580 nm) and emits blue (460 nm); the acceptor protein absorbs blue (460 nm) and emits red (700 nm). Incorrect The donor protein absorbs blue (460 nm) and emits red (700 nm); the acceptor protein absorbs red (700 nm) and emits yellow (580 nm). Incorrect The donor protein absorbs blue (460 nm) and emits yellow (580 nm); the acceptor protein absorbs yellow (580 nm) and emits red (700 nm). Correct The donor protein absorbs red (700 nm) and emits blue (460 nm); the acceptor protein absorbs blue (460 nm) and emits yellow (580 nm). Incorrect The donor protein absorbs yellow (580 nm) and emits red (700 nm); the acceptor protein absorbs red (700 nm) and emits blue (460 nm). Incorrect MC

ce79_a82e

Förster resonance energy transfer (FRET) requires both an acceptor fluorescent protein and a donor fluorescent protein. Which one of the following color combinations would be an effective FRET setup? The donor protein absorbs orange (600 nm) and emits indigo (430 nm); the acceptor protein absorbs indigo (430 nm) and emits green (530 nm). Incorrect The donor protein absorbs green (530 nm) and emits orange (600 nm); the acceptor protein absorbs orange (600 nm) and emits indigo (430 nm). Incorrect The donor protein absorbs indigo (430 nm) and emits orange (600 nm); the acceptor protein absorbs orange (600 nm) and emits green (530 nm). Incorrect The donor protein absorbs orange (600 nm) and emits green (530 nm); the acceptor protein absorbs green (530 nm) and emits indigo (430 nm). Incorrect The donor protein absorbs green (530 nm) and emits indigo (430 nm); the acceptor protein absorbs indigo (430 nm) and emits orange (600 nm). Incorrect The donor protein absorbs indigo (430 nm) and emits green (530 nm); the acceptor protein absorbs green (530 nm) and emits orange (600 nm). Correct MC

ce79_0bd4

Förster resonance energy transfer (FRET) requires both an acceptor fluorescent protein and a donor fluorescent protein. Which one of the following color combinations would be an effective FRET setup? The donor protein absorbs red (700 nm) and emits blue (460 nm); the acceptor protein absorbs blue (460 nm) and emits violet (410 nm). Incorrect The donor protein absorbs blue (460 nm) and emits violet (410 nm); the acceptor protein absorbs violet (410 nm) and emits red (700 nm). Incorrect The donor protein absorbs violet (410 nm) and emits blue (460 nm); the acceptor protein absorbs blue (460 nm) and emits red (700 nm). Correct The donor protein absorbs red (700 nm) and emits violet (410 nm); the acceptor protein absorbs violet (410 nm) and emits blue (460 nm). Incorrect The donor protein absorbs violet (410 nm) and emits red (700 nm); the acceptor protein absorbs red (700 nm) and emits blue (460 nm). Incorrect The donor protein absorbs blue (460 nm) and emits red (700 nm); the acceptor protein absorbs red (700 nm) and emits violet (410 nm). Incorrect MC

ce79_31d8

Förster resonance energy transfer (FRET) requires both an acceptor fluorescent protein and a donor fluorescent protein. Which one of the following color combinations would be an effective FRET setup? The donor protein absorbs red (700 nm) and emits yellow (580 nm); the acceptor protein absorbs yellow (580 nm) and emits indigo (430 nm). Incorrect The donor protein absorbs yellow (580 nm) and emits indigo (430 nm); the acceptor protein absorbs indigo (430 nm) and emits red (700 nm). Incorrect The donor protein absorbs red (700 nm) and emits indigo (430 nm); the acceptor protein absorbs indigo (430 nm) and emits yellow (580 nm). Incorrect The donor protein absorbs indigo (430 nm) and emits red (700 nm); the acceptor protein absorbs red (700 nm) and emits yellow (580 nm). Incorrect The donor protein absorbs indigo (430 nm) and emits yellow (580 nm); the acceptor protein absorbs yellow (580 nm) and emits red (700 nm). Correct The donor protein absorbs yellow (580 nm) and emits red (700 nm); the acceptor protein absorbs red (700 nm) and emits indigo (430 nm). Incorrect MC

ce79_8202

Förster resonance energy transfer (FRET) requires both an acceptor fluorescent protein and a donor fluorescent protein. Which one of the following color combinations would be an effective FRET setup? The donor protein absorbs orange (600 nm) and emits green (530 nm); the acceptor protein absorbs green (530 nm) and emits violet (410 nm). Incorrect The donor protein absorbs green (530 nm) and emits orange (600 nm); the acceptor protein absorbs orange (600 nm) and emits violet (410 nm). Incorrect The donor protein absorbs violet (410 nm) and emits green (530 nm); the acceptor protein absorbs green (530 nm) and emits orange (600 nm). Correct The donor protein absorbs violet (410 nm) and emits orange (600 nm); the acceptor protein absorbs orange (600 nm) and emits green (530 nm). Incorrect The donor protein absorbs green (530 nm) and emits violet (410 nm); the acceptor protein absorbs violet (410 nm) and emits orange (600 nm). Incorrect The donor protein absorbs orange (600 nm) and emits violet (410 nm); the acceptor protein absorbs violet (410 nm) and emits green (530 nm). Incorrect MC

ce79_9a19

Förster resonance energy transfer (FRET) requires both an acceptor fluorescent protein and a donor fluorescent protein. Which one of the following color combinations would be an effective FRET setup? The donor protein absorbs red (700 nm) and emits violet (410 nm); the acceptor protein absorbs violet (410 nm) and emits blue (460 nm). Incorrect The donor protein absorbs violet (410 nm) and emits red (700 nm); the acceptor protein absorbs red (700 nm) and emits blue (460 nm). Incorrect The donor protein absorbs violet (410 nm) and emits blue (460 nm); the acceptor protein absorbs blue (460 nm) and emits red (700 nm). Correct The donor protein absorbs red (700 nm) and emits blue (460 nm); the acceptor protein absorbs blue (460 nm) and emits violet (410 nm). Incorrect The donor protein absorbs blue (460 nm) and emits red (700 nm); the acceptor protein absorbs red (700 nm) and emits violet (410 nm). Incorrect The donor protein absorbs blue (460 nm) and emits violet (410 nm); the acceptor protein absorbs violet (410 nm) and emits red (700 nm). Incorrect MC

ce79_bd2f

Förster resonance energy transfer (FRET) requires both an acceptor fluorescent protein and a donor fluorescent protein. Which one of the following color combinations would be an effective FRET setup? The donor protein absorbs red (700 nm) and emits yellow (580 nm); the acceptor protein absorbs yellow (580 nm) and emits blue (460 nm). Incorrect The donor protein absorbs yellow (580 nm) and emits blue (460 nm); the acceptor protein absorbs blue (460 nm) and emits red (700 nm). Incorrect The donor protein absorbs blue (460 nm) and emits yellow (580 nm); the acceptor protein absorbs yellow (580 nm) and emits red (700 nm). Correct The donor protein absorbs blue (460 nm) and emits red (700 nm); the acceptor protein absorbs red (700 nm) and emits yellow (580 nm). Incorrect The donor protein absorbs yellow (580 nm) and emits red (700 nm); the acceptor protein absorbs red (700 nm) and emits blue (460 nm). Incorrect The donor protein absorbs red (700 nm) and emits blue (460 nm); the acceptor protein absorbs blue (460 nm) and emits yellow (580 nm). Incorrect MC

ce79_32d2

Förster resonance energy transfer (FRET) requires both an acceptor fluorescent protein and a donor fluorescent protein. Which one of the following color combinations would be an effective FRET setup? The donor protein absorbs red (700 nm) and emits violet (410 nm); the acceptor protein absorbs violet (410 nm) and emits blue (460 nm). Incorrect The donor protein absorbs violet (410 nm) and emits red (700 nm); the acceptor protein absorbs red (700 nm) and emits blue (460 nm). Incorrect The donor protein absorbs red (700 nm) and emits blue (460 nm); the acceptor protein absorbs blue (460 nm) and emits violet (410 nm). Incorrect The donor protein absorbs blue (460 nm) and emits violet (410 nm); the acceptor protein absorbs violet (410 nm) and emits red (700 nm). Incorrect The donor protein absorbs violet (410 nm) and emits blue (460 nm); the acceptor protein absorbs blue (460 nm) and emits red (700 nm). Correct The donor protein absorbs blue (460 nm) and emits red (700 nm); the acceptor protein absorbs red (700 nm) and emits violet (410 nm). Incorrect MC

ce79_4e61

Förster resonance energy transfer (FRET) requires both an acceptor fluorescent protein and a donor fluorescent protein. Which one of the following color combinations would be an effective FRET setup? The donor protein absorbs indigo (430 nm) and emits red (700 nm); the acceptor protein absorbs red (700 nm) and emits green (530 nm). Incorrect The donor protein absorbs red (700 nm) and emits green (530 nm); the acceptor protein absorbs green (530 nm) and emits indigo (430 nm). Incorrect The donor protein absorbs green (530 nm) and emits red (700 nm); the acceptor protein absorbs red (700 nm) and emits indigo (430 nm). Incorrect The donor protein absorbs indigo (430 nm) and emits green (530 nm); the acceptor protein absorbs green (530 nm) and emits red (700 nm). Correct The donor protein absorbs green (530 nm) and emits indigo (430 nm); the acceptor protein absorbs indigo (430 nm) and emits red (700 nm). Incorrect The donor protein absorbs red (700 nm) and emits indigo (430 nm); the acceptor protein absorbs indigo (430 nm) and emits green (530 nm). Incorrect MC

ce79_fbf5

Förster resonance energy transfer (FRET) requires both an acceptor fluorescent protein and a donor fluorescent protein. Which one of the following color combinations would be an effective FRET setup? The donor protein absorbs violet (410 nm) and emits orange (600 nm); the acceptor protein absorbs orange (600 nm) and emits blue (460 nm). Incorrect The donor protein absorbs violet (410 nm) and emits blue (460 nm); the acceptor protein absorbs blue (460 nm) and emits orange (600 nm). Correct The donor protein absorbs orange (600 nm) and emits violet (410 nm); the acceptor protein absorbs violet (410 nm) and emits blue (460 nm). Incorrect The donor protein absorbs orange (600 nm) and emits blue (460 nm); the acceptor protein absorbs blue (460 nm) and emits violet (410 nm). Incorrect The donor protein absorbs blue (460 nm) and emits orange (600 nm); the acceptor protein absorbs orange (600 nm) and emits violet (410 nm). Incorrect The donor protein absorbs blue (460 nm) and emits violet (410 nm); the acceptor protein absorbs violet (410 nm) and emits orange (600 nm). Incorrect MC

ce79_ce7d

Förster resonance energy transfer (FRET) requires both an acceptor fluorescent protein and a donor fluorescent protein. Which one of the following color combinations would be an effective FRET setup? The donor protein absorbs blue (460 nm) and emits violet (410 nm); the acceptor protein absorbs violet (410 nm) and emits yellow (580 nm). Incorrect The donor protein absorbs yellow (580 nm) and emits violet (410 nm); the acceptor protein absorbs violet (410 nm) and emits blue (460 nm). Incorrect The donor protein absorbs blue (460 nm) and emits yellow (580 nm); the acceptor protein absorbs yellow (580 nm) and emits violet (410 nm). Incorrect The donor protein absorbs violet (410 nm) and emits yellow (580 nm); the acceptor protein absorbs yellow (580 nm) and emits blue (460 nm). Incorrect The donor protein absorbs violet (410 nm) and emits blue (460 nm); the acceptor protein absorbs blue (460 nm) and emits yellow (580 nm). Correct The donor protein absorbs yellow (580 nm) and emits blue (460 nm); the acceptor protein absorbs blue (460 nm) and emits violet (410 nm). Incorrect MC

ce79_48ef

Förster resonance energy transfer (FRET) requires both an acceptor fluorescent protein and a donor fluorescent protein. Which one of the following color combinations would be an effective FRET setup? The donor protein absorbs violet (410 nm) and emits yellow (580 nm); the acceptor protein absorbs yellow (580 nm) and emits blue (460 nm). Incorrect The donor protein absorbs blue (460 nm) and emits violet (410 nm); the acceptor protein absorbs violet (410 nm) and emits yellow (580 nm). Incorrect The donor protein absorbs blue (460 nm) and emits yellow (580 nm); the acceptor protein absorbs yellow (580 nm) and emits violet (410 nm). Incorrect The donor protein absorbs yellow (580 nm) and emits violet (410 nm); the acceptor protein absorbs violet (410 nm) and emits blue (460 nm). Incorrect The donor protein absorbs violet (410 nm) and emits blue (460 nm); the acceptor protein absorbs blue (460 nm) and emits yellow (580 nm). Correct The donor protein absorbs yellow (580 nm) and emits blue (460 nm); the acceptor protein absorbs blue (460 nm) and emits violet (410 nm). Incorrect MC

ce79_4381

Förster resonance energy transfer (FRET) requires both an acceptor fluorescent protein and a donor fluorescent protein. Which one of the following color combinations would be an effective FRET setup? The donor protein absorbs orange (600 nm) and emits blue (460 nm); the acceptor protein absorbs blue (460 nm) and emits violet (410 nm). Incorrect The donor protein absorbs violet (410 nm) and emits orange (600 nm); the acceptor protein absorbs orange (600 nm) and emits blue (460 nm). Incorrect The donor protein absorbs violet (410 nm) and emits blue (460 nm); the acceptor protein absorbs blue (460 nm) and emits orange (600 nm). Correct The donor protein absorbs orange (600 nm) and emits violet (410 nm); the acceptor protein absorbs violet (410 nm) and emits blue (460 nm). Incorrect The donor protein absorbs blue (460 nm) and emits orange (600 nm); the acceptor protein absorbs orange (600 nm) and emits violet (410 nm). Incorrect The donor protein absorbs blue (460 nm) and emits violet (410 nm); the acceptor protein absorbs violet (410 nm) and emits orange (600 nm). Incorrect MC

ce79_ce9a

Förster resonance energy transfer (FRET) requires both an acceptor fluorescent protein and a donor fluorescent protein. Which one of the following color combinations would be an effective FRET setup? The donor protein absorbs red (700 nm) and emits blue (460 nm); the acceptor protein absorbs blue (460 nm) and emits yellow (580 nm). Incorrect The donor protein absorbs blue (460 nm) and emits red (700 nm); the acceptor protein absorbs red (700 nm) and emits yellow (580 nm). Incorrect The donor protein absorbs yellow (580 nm) and emits blue (460 nm); the acceptor protein absorbs blue (460 nm) and emits red (700 nm). Incorrect The donor protein absorbs yellow (580 nm) and emits red (700 nm); the acceptor protein absorbs red (700 nm) and emits blue (460 nm). Incorrect The donor protein absorbs blue (460 nm) and emits yellow (580 nm); the acceptor protein absorbs yellow (580 nm) and emits red (700 nm). Correct The donor protein absorbs red (700 nm) and emits yellow (580 nm); the acceptor protein absorbs yellow (580 nm) and emits blue (460 nm). Incorrect MC

ce79_0515

Förster resonance energy transfer (FRET) requires both an acceptor fluorescent protein and a donor fluorescent protein. Which one of the following color combinations would be an effective FRET setup? The donor protein absorbs red (700 nm) and emits blue (460 nm); the acceptor protein absorbs blue (460 nm) and emits yellow (580 nm). Incorrect The donor protein absorbs yellow (580 nm) and emits blue (460 nm); the acceptor protein absorbs blue (460 nm) and emits red (700 nm). Incorrect The donor protein absorbs yellow (580 nm) and emits red (700 nm); the acceptor protein absorbs red (700 nm) and emits blue (460 nm). Incorrect The donor protein absorbs blue (460 nm) and emits red (700 nm); the acceptor protein absorbs red (700 nm) and emits yellow (580 nm). Incorrect The donor protein absorbs red (700 nm) and emits yellow (580 nm); the acceptor protein absorbs yellow (580 nm) and emits blue (460 nm). Incorrect The donor protein absorbs blue (460 nm) and emits yellow (580 nm); the acceptor protein absorbs yellow (580 nm) and emits red (700 nm). Correct MC

ce79_6d18

Förster resonance energy transfer (FRET) requires both an acceptor fluorescent protein and a donor fluorescent protein. Which one of the following color combinations would be an effective FRET setup? The donor protein absorbs orange (600 nm) and emits blue (460 nm); the acceptor protein absorbs blue (460 nm) and emits violet (410 nm). Incorrect The donor protein absorbs orange (600 nm) and emits violet (410 nm); the acceptor protein absorbs violet (410 nm) and emits blue (460 nm). Incorrect The donor protein absorbs violet (410 nm) and emits orange (600 nm); the acceptor protein absorbs orange (600 nm) and emits blue (460 nm). Incorrect The donor protein absorbs blue (460 nm) and emits violet (410 nm); the acceptor protein absorbs violet (410 nm) and emits orange (600 nm). Incorrect The donor protein absorbs blue (460 nm) and emits orange (600 nm); the acceptor protein absorbs orange (600 nm) and emits violet (410 nm). Incorrect The donor protein absorbs violet (410 nm) and emits blue (460 nm); the acceptor protein absorbs blue (460 nm) and emits orange (600 nm). Correct MC

ce79_7fdd

Förster resonance energy transfer (FRET) requires both an acceptor fluorescent protein and a donor fluorescent protein. Which one of the following color combinations would be an effective FRET setup? The donor protein absorbs violet (410 nm) and emits blue (460 nm); the acceptor protein absorbs blue (460 nm) and emits yellow (580 nm). Correct The donor protein absorbs yellow (580 nm) and emits violet (410 nm); the acceptor protein absorbs violet (410 nm) and emits blue (460 nm). Incorrect The donor protein absorbs blue (460 nm) and emits violet (410 nm); the acceptor protein absorbs violet (410 nm) and emits yellow (580 nm). Incorrect The donor protein absorbs yellow (580 nm) and emits blue (460 nm); the acceptor protein absorbs blue (460 nm) and emits violet (410 nm). Incorrect The donor protein absorbs violet (410 nm) and emits yellow (580 nm); the acceptor protein absorbs yellow (580 nm) and emits blue (460 nm). Incorrect The donor protein absorbs blue (460 nm) and emits yellow (580 nm); the acceptor protein absorbs yellow (580 nm) and emits violet (410 nm). Incorrect MC

ce79_bc56

Förster resonance energy transfer (FRET) requires both an acceptor fluorescent protein and a donor fluorescent protein. Which one of the following color combinations would be an effective FRET setup? The donor protein absorbs green (530 nm) and emits orange (600 nm); the acceptor protein absorbs orange (600 nm) and emits violet (410 nm). Incorrect The donor protein absorbs violet (410 nm) and emits orange (600 nm); the acceptor protein absorbs orange (600 nm) and emits green (530 nm). Incorrect The donor protein absorbs orange (600 nm) and emits violet (410 nm); the acceptor protein absorbs violet (410 nm) and emits green (530 nm). Incorrect The donor protein absorbs green (530 nm) and emits violet (410 nm); the acceptor protein absorbs violet (410 nm) and emits orange (600 nm). Incorrect The donor protein absorbs violet (410 nm) and emits green (530 nm); the acceptor protein absorbs green (530 nm) and emits orange (600 nm). Correct The donor protein absorbs orange (600 nm) and emits green (530 nm); the acceptor protein absorbs green (530 nm) and emits violet (410 nm). Incorrect MC

ce79_350e

Förster resonance energy transfer (FRET) requires both an acceptor fluorescent protein and a donor fluorescent protein. Which one of the following color combinations would be an effective FRET setup? The donor protein absorbs violet (410 nm) and emits green (530 nm); the acceptor protein absorbs green (530 nm) and emits orange (600 nm). Correct The donor protein absorbs green (530 nm) and emits violet (410 nm); the acceptor protein absorbs violet (410 nm) and emits orange (600 nm). Incorrect The donor protein absorbs orange (600 nm) and emits violet (410 nm); the acceptor protein absorbs violet (410 nm) and emits green (530 nm). Incorrect The donor protein absorbs violet (410 nm) and emits orange (600 nm); the acceptor protein absorbs orange (600 nm) and emits green (530 nm). Incorrect The donor protein absorbs orange (600 nm) and emits green (530 nm); the acceptor protein absorbs green (530 nm) and emits violet (410 nm). Incorrect The donor protein absorbs green (530 nm) and emits orange (600 nm); the acceptor protein absorbs orange (600 nm) and emits violet (410 nm). Incorrect MC

ce79_9103

Förster resonance energy transfer (FRET) requires both an acceptor fluorescent protein and a donor fluorescent protein. Which one of the following color combinations would be an effective FRET setup? The donor protein absorbs violet (410 nm) and emits red (700 nm); the acceptor protein absorbs red (700 nm) and emits blue (460 nm). Incorrect The donor protein absorbs blue (460 nm) and emits violet (410 nm); the acceptor protein absorbs violet (410 nm) and emits red (700 nm). Incorrect The donor protein absorbs red (700 nm) and emits violet (410 nm); the acceptor protein absorbs violet (410 nm) and emits blue (460 nm). Incorrect The donor protein absorbs violet (410 nm) and emits blue (460 nm); the acceptor protein absorbs blue (460 nm) and emits red (700 nm). Correct The donor protein absorbs blue (460 nm) and emits red (700 nm); the acceptor protein absorbs red (700 nm) and emits violet (410 nm). Incorrect The donor protein absorbs red (700 nm) and emits blue (460 nm); the acceptor protein absorbs blue (460 nm) and emits violet (410 nm). Incorrect MC

ce79_b6a0

Förster resonance energy transfer (FRET) requires both an acceptor fluorescent protein and a donor fluorescent protein. Which one of the following color combinations would be an effective FRET setup? The donor protein absorbs red (700 nm) and emits green (530 nm); the acceptor protein absorbs green (530 nm) and emits indigo (430 nm). Incorrect The donor protein absorbs green (530 nm) and emits indigo (430 nm); the acceptor protein absorbs indigo (430 nm) and emits red (700 nm). Incorrect The donor protein absorbs green (530 nm) and emits red (700 nm); the acceptor protein absorbs red (700 nm) and emits indigo (430 nm). Incorrect The donor protein absorbs indigo (430 nm) and emits red (700 nm); the acceptor protein absorbs red (700 nm) and emits green (530 nm). Incorrect The donor protein absorbs red (700 nm) and emits indigo (430 nm); the acceptor protein absorbs indigo (430 nm) and emits green (530 nm). Incorrect The donor protein absorbs indigo (430 nm) and emits green (530 nm); the acceptor protein absorbs green (530 nm) and emits red (700 nm). Correct MC

ce79_0830

Förster resonance energy transfer (FRET) requires both an acceptor fluorescent protein and a donor fluorescent protein. Which one of the following color combinations would be an effective FRET setup? The donor protein absorbs yellow (580 nm) and emits indigo (430 nm); the acceptor protein absorbs indigo (430 nm) and emits red (700 nm). Incorrect The donor protein absorbs indigo (430 nm) and emits yellow (580 nm); the acceptor protein absorbs yellow (580 nm) and emits red (700 nm). Correct The donor protein absorbs indigo (430 nm) and emits red (700 nm); the acceptor protein absorbs red (700 nm) and emits yellow (580 nm). Incorrect The donor protein absorbs red (700 nm) and emits indigo (430 nm); the acceptor protein absorbs indigo (430 nm) and emits yellow (580 nm). Incorrect The donor protein absorbs red (700 nm) and emits yellow (580 nm); the acceptor protein absorbs yellow (580 nm) and emits indigo (430 nm). Incorrect The donor protein absorbs yellow (580 nm) and emits red (700 nm); the acceptor protein absorbs red (700 nm) and emits indigo (430 nm). Incorrect MC

ce79_f5f8

Förster resonance energy transfer (FRET) requires both an acceptor fluorescent protein and a donor fluorescent protein. Which one of the following color combinations would be an effective FRET setup? The donor protein absorbs green (530 nm) and emits red (700 nm); the acceptor protein absorbs red (700 nm) and emits violet (410 nm). Incorrect The donor protein absorbs violet (410 nm) and emits green (530 nm); the acceptor protein absorbs green (530 nm) and emits red (700 nm). Correct The donor protein absorbs violet (410 nm) and emits red (700 nm); the acceptor protein absorbs red (700 nm) and emits green (530 nm). Incorrect The donor protein absorbs red (700 nm) and emits green (530 nm); the acceptor protein absorbs green (530 nm) and emits violet (410 nm). Incorrect The donor protein absorbs green (530 nm) and emits violet (410 nm); the acceptor protein absorbs violet (410 nm) and emits red (700 nm). Incorrect The donor protein absorbs red (700 nm) and emits violet (410 nm); the acceptor protein absorbs violet (410 nm) and emits green (530 nm). Incorrect MC

ce79_d2dc

Förster resonance energy transfer (FRET) requires both an acceptor fluorescent protein and a donor fluorescent protein. Which one of the following color combinations would be an effective FRET setup? The donor protein absorbs violet (410 nm) and emits yellow (580 nm); the acceptor protein absorbs yellow (580 nm) and emits red (700 nm). Correct The donor protein absorbs violet (410 nm) and emits red (700 nm); the acceptor protein absorbs red (700 nm) and emits yellow (580 nm). Incorrect The donor protein absorbs red (700 nm) and emits yellow (580 nm); the acceptor protein absorbs yellow (580 nm) and emits violet (410 nm). Incorrect The donor protein absorbs red (700 nm) and emits violet (410 nm); the acceptor protein absorbs violet (410 nm) and emits yellow (580 nm). Incorrect The donor protein absorbs yellow (580 nm) and emits violet (410 nm); the acceptor protein absorbs violet (410 nm) and emits red (700 nm). Incorrect The donor protein absorbs yellow (580 nm) and emits red (700 nm); the acceptor protein absorbs red (700 nm) and emits violet (410 nm). Incorrect MC

ce79_3ed8

Förster resonance energy transfer (FRET) requires both an acceptor fluorescent protein and a donor fluorescent protein. Which one of the following color combinations would be an effective FRET setup? The donor protein absorbs violet (410 nm) and emits blue (460 nm); the acceptor protein absorbs blue (460 nm) and emits yellow (580 nm). Correct The donor protein absorbs blue (460 nm) and emits yellow (580 nm); the acceptor protein absorbs yellow (580 nm) and emits violet (410 nm). Incorrect The donor protein absorbs violet (410 nm) and emits yellow (580 nm); the acceptor protein absorbs yellow (580 nm) and emits blue (460 nm). Incorrect The donor protein absorbs yellow (580 nm) and emits blue (460 nm); the acceptor protein absorbs blue (460 nm) and emits violet (410 nm). Incorrect The donor protein absorbs yellow (580 nm) and emits violet (410 nm); the acceptor protein absorbs violet (410 nm) and emits blue (460 nm). Incorrect The donor protein absorbs blue (460 nm) and emits violet (410 nm); the acceptor protein absorbs violet (410 nm) and emits yellow (580 nm). Incorrect MC

ce79_f282

Förster resonance energy transfer (FRET) requires both an acceptor fluorescent protein and a donor fluorescent protein. Which one of the following color combinations would be an effective FRET setup? The donor protein absorbs yellow (580 nm) and emits red (700 nm); the acceptor protein absorbs red (700 nm) and emits indigo (430 nm). Incorrect The donor protein absorbs indigo (430 nm) and emits yellow (580 nm); the acceptor protein absorbs yellow (580 nm) and emits red (700 nm). Correct The donor protein absorbs indigo (430 nm) and emits red (700 nm); the acceptor protein absorbs red (700 nm) and emits yellow (580 nm). Incorrect The donor protein absorbs red (700 nm) and emits indigo (430 nm); the acceptor protein absorbs indigo (430 nm) and emits yellow (580 nm). Incorrect The donor protein absorbs red (700 nm) and emits yellow (580 nm); the acceptor protein absorbs yellow (580 nm) and emits indigo (430 nm). Incorrect The donor protein absorbs yellow (580 nm) and emits indigo (430 nm); the acceptor protein absorbs indigo (430 nm) and emits red (700 nm). Incorrect MC

ce79_5591

Förster resonance energy transfer (FRET) requires both an acceptor fluorescent protein and a donor fluorescent protein. Which one of the following color combinations would be an effective FRET setup? The donor protein absorbs blue (460 nm) and emits yellow (580 nm); the acceptor protein absorbs yellow (580 nm) and emits red (700 nm). Correct The donor protein absorbs red (700 nm) and emits yellow (580 nm); the acceptor protein absorbs yellow (580 nm) and emits blue (460 nm). Incorrect The donor protein absorbs red (700 nm) and emits blue (460 nm); the acceptor protein absorbs blue (460 nm) and emits yellow (580 nm). Incorrect The donor protein absorbs yellow (580 nm) and emits blue (460 nm); the acceptor protein absorbs blue (460 nm) and emits red (700 nm). Incorrect The donor protein absorbs blue (460 nm) and emits red (700 nm); the acceptor protein absorbs red (700 nm) and emits yellow (580 nm). Incorrect The donor protein absorbs yellow (580 nm) and emits red (700 nm); the acceptor protein absorbs red (700 nm) and emits blue (460 nm). Incorrect MC

ce79_a77d

Förster resonance energy transfer (FRET) requires both an acceptor fluorescent protein and a donor fluorescent protein. Which one of the following color combinations would be an effective FRET setup? The donor protein absorbs indigo (430 nm) and emits orange (600 nm); the acceptor protein absorbs orange (600 nm) and emits green (530 nm). Incorrect The donor protein absorbs indigo (430 nm) and emits green (530 nm); the acceptor protein absorbs green (530 nm) and emits orange (600 nm). Correct The donor protein absorbs orange (600 nm) and emits indigo (430 nm); the acceptor protein absorbs indigo (430 nm) and emits green (530 nm). Incorrect The donor protein absorbs orange (600 nm) and emits green (530 nm); the acceptor protein absorbs green (530 nm) and emits indigo (430 nm). Incorrect The donor protein absorbs green (530 nm) and emits indigo (430 nm); the acceptor protein absorbs indigo (430 nm) and emits orange (600 nm). Incorrect The donor protein absorbs green (530 nm) and emits orange (600 nm); the acceptor protein absorbs orange (600 nm) and emits indigo (430 nm). Incorrect MC

ce79_bcde

Förster resonance energy transfer (FRET) requires both an acceptor fluorescent protein and a donor fluorescent protein. Which one of the following color combinations would be an effective FRET setup? The donor protein absorbs green (530 nm) and emits violet (410 nm); the acceptor protein absorbs violet (410 nm) and emits red (700 nm). Incorrect The donor protein absorbs red (700 nm) and emits violet (410 nm); the acceptor protein absorbs violet (410 nm) and emits green (530 nm). Incorrect The donor protein absorbs violet (410 nm) and emits red (700 nm); the acceptor protein absorbs red (700 nm) and emits green (530 nm). Incorrect The donor protein absorbs red (700 nm) and emits green (530 nm); the acceptor protein absorbs green (530 nm) and emits violet (410 nm). Incorrect The donor protein absorbs violet (410 nm) and emits green (530 nm); the acceptor protein absorbs green (530 nm) and emits red (700 nm). Correct The donor protein absorbs green (530 nm) and emits red (700 nm); the acceptor protein absorbs red (700 nm) and emits violet (410 nm). Incorrect MC

ce79_d1ec

Förster resonance energy transfer (FRET) requires both an acceptor fluorescent protein and a donor fluorescent protein. Which one of the following color combinations would be an effective FRET setup? The donor protein absorbs blue (460 nm) and emits orange (600 nm); the acceptor protein absorbs orange (600 nm) and emits violet (410 nm). Incorrect The donor protein absorbs orange (600 nm) and emits violet (410 nm); the acceptor protein absorbs violet (410 nm) and emits blue (460 nm). Incorrect The donor protein absorbs violet (410 nm) and emits orange (600 nm); the acceptor protein absorbs orange (600 nm) and emits blue (460 nm). Incorrect The donor protein absorbs blue (460 nm) and emits violet (410 nm); the acceptor protein absorbs violet (410 nm) and emits orange (600 nm). Incorrect The donor protein absorbs orange (600 nm) and emits blue (460 nm); the acceptor protein absorbs blue (460 nm) and emits violet (410 nm). Incorrect The donor protein absorbs violet (410 nm) and emits blue (460 nm); the acceptor protein absorbs blue (460 nm) and emits orange (600 nm). Correct MC

ce79_99f4

Förster resonance energy transfer (FRET) requires both an acceptor fluorescent protein and a donor fluorescent protein. Which one of the following color combinations would be an effective FRET setup? The donor protein absorbs violet (410 nm) and emits green (530 nm); the acceptor protein absorbs green (530 nm) and emits orange (600 nm). Correct The donor protein absorbs green (530 nm) and emits violet (410 nm); the acceptor protein absorbs violet (410 nm) and emits orange (600 nm). Incorrect The donor protein absorbs orange (600 nm) and emits green (530 nm); the acceptor protein absorbs green (530 nm) and emits violet (410 nm). Incorrect The donor protein absorbs green (530 nm) and emits orange (600 nm); the acceptor protein absorbs orange (600 nm) and emits violet (410 nm). Incorrect The donor protein absorbs violet (410 nm) and emits orange (600 nm); the acceptor protein absorbs orange (600 nm) and emits green (530 nm). Incorrect The donor protein absorbs orange (600 nm) and emits violet (410 nm); the acceptor protein absorbs violet (410 nm) and emits green (530 nm). Incorrect MC

ce79_3d4d

Förster resonance energy transfer (FRET) requires both an acceptor fluorescent protein and a donor fluorescent protein. Which one of the following color combinations would be an effective FRET setup? The donor protein absorbs orange (600 nm) and emits violet (410 nm); the acceptor protein absorbs violet (410 nm) and emits green (530 nm). Incorrect The donor protein absorbs green (530 nm) and emits orange (600 nm); the acceptor protein absorbs orange (600 nm) and emits violet (410 nm). Incorrect The donor protein absorbs violet (410 nm) and emits green (530 nm); the acceptor protein absorbs green (530 nm) and emits orange (600 nm). Correct The donor protein absorbs violet (410 nm) and emits orange (600 nm); the acceptor protein absorbs orange (600 nm) and emits green (530 nm). Incorrect The donor protein absorbs orange (600 nm) and emits green (530 nm); the acceptor protein absorbs green (530 nm) and emits violet (410 nm). Incorrect The donor protein absorbs green (530 nm) and emits violet (410 nm); the acceptor protein absorbs violet (410 nm) and emits orange (600 nm). Incorrect MC

ce79_d45e

Förster resonance energy transfer (FRET) requires both an acceptor fluorescent protein and a donor fluorescent protein. Which one of the following color combinations would be an effective FRET setup? The donor protein absorbs violet (410 nm) and emits blue (460 nm); the acceptor protein absorbs blue (460 nm) and emits yellow (580 nm). Correct The donor protein absorbs yellow (580 nm) and emits violet (410 nm); the acceptor protein absorbs violet (410 nm) and emits blue (460 nm). Incorrect The donor protein absorbs blue (460 nm) and emits yellow (580 nm); the acceptor protein absorbs yellow (580 nm) and emits violet (410 nm). Incorrect The donor protein absorbs blue (460 nm) and emits violet (410 nm); the acceptor protein absorbs violet (410 nm) and emits yellow (580 nm). Incorrect The donor protein absorbs violet (410 nm) and emits yellow (580 nm); the acceptor protein absorbs yellow (580 nm) and emits blue (460 nm). Incorrect The donor protein absorbs yellow (580 nm) and emits blue (460 nm); the acceptor protein absorbs blue (460 nm) and emits violet (410 nm). Incorrect MC

ce79_e82f

Förster resonance energy transfer (FRET) requires both an acceptor fluorescent protein and a donor fluorescent protein. Which one of the following color combinations would be an effective FRET setup? The donor protein absorbs orange (600 nm) and emits green (530 nm); the acceptor protein absorbs green (530 nm) and emits violet (410 nm). Incorrect The donor protein absorbs orange (600 nm) and emits violet (410 nm); the acceptor protein absorbs violet (410 nm) and emits green (530 nm). Incorrect The donor protein absorbs violet (410 nm) and emits green (530 nm); the acceptor protein absorbs green (530 nm) and emits orange (600 nm). Correct The donor protein absorbs green (530 nm) and emits violet (410 nm); the acceptor protein absorbs violet (410 nm) and emits orange (600 nm). Incorrect The donor protein absorbs violet (410 nm) and emits orange (600 nm); the acceptor protein absorbs orange (600 nm) and emits green (530 nm). Incorrect The donor protein absorbs green (530 nm) and emits orange (600 nm); the acceptor protein absorbs orange (600 nm) and emits violet (410 nm). Incorrect MC

ce79_85a3

Förster resonance energy transfer (FRET) requires both an acceptor fluorescent protein and a donor fluorescent protein. Which one of the following color combinations would be an effective FRET setup? The donor protein absorbs orange (600 nm) and emits violet (410 nm); the acceptor protein absorbs violet (410 nm) and emits green (530 nm). Incorrect The donor protein absorbs orange (600 nm) and emits green (530 nm); the acceptor protein absorbs green (530 nm) and emits violet (410 nm). Incorrect The donor protein absorbs violet (410 nm) and emits orange (600 nm); the acceptor protein absorbs orange (600 nm) and emits green (530 nm). Incorrect The donor protein absorbs green (530 nm) and emits violet (410 nm); the acceptor protein absorbs violet (410 nm) and emits orange (600 nm). Incorrect The donor protein absorbs green (530 nm) and emits orange (600 nm); the acceptor protein absorbs orange (600 nm) and emits violet (410 nm). Incorrect The donor protein absorbs violet (410 nm) and emits green (530 nm); the acceptor protein absorbs green (530 nm) and emits orange (600 nm). Correct MC

ce79_f1b2

Förster resonance energy transfer (FRET) requires both an acceptor fluorescent protein and a donor fluorescent protein. Which one of the following color combinations would be an effective FRET setup? The donor protein absorbs yellow (580 nm) and emits indigo (430 nm); the acceptor protein absorbs indigo (430 nm) and emits red (700 nm). Incorrect The donor protein absorbs red (700 nm) and emits yellow (580 nm); the acceptor protein absorbs yellow (580 nm) and emits indigo (430 nm). Incorrect The donor protein absorbs red (700 nm) and emits indigo (430 nm); the acceptor protein absorbs indigo (430 nm) and emits yellow (580 nm). Incorrect The donor protein absorbs indigo (430 nm) and emits yellow (580 nm); the acceptor protein absorbs yellow (580 nm) and emits red (700 nm). Correct The donor protein absorbs yellow (580 nm) and emits red (700 nm); the acceptor protein absorbs red (700 nm) and emits indigo (430 nm). Incorrect The donor protein absorbs indigo (430 nm) and emits red (700 nm); the acceptor protein absorbs red (700 nm) and emits yellow (580 nm). Incorrect MC

ce79_cb2d

Förster resonance energy transfer (FRET) requires both an acceptor fluorescent protein and a donor fluorescent protein. Which one of the following color combinations would be an effective FRET setup? The donor protein absorbs yellow (580 nm) and emits red (700 nm); the acceptor protein absorbs red (700 nm) and emits indigo (430 nm). Incorrect The donor protein absorbs yellow (580 nm) and emits indigo (430 nm); the acceptor protein absorbs indigo (430 nm) and emits red (700 nm). Incorrect The donor protein absorbs indigo (430 nm) and emits yellow (580 nm); the acceptor protein absorbs yellow (580 nm) and emits red (700 nm). Correct The donor protein absorbs red (700 nm) and emits yellow (580 nm); the acceptor protein absorbs yellow (580 nm) and emits indigo (430 nm). Incorrect The donor protein absorbs red (700 nm) and emits indigo (430 nm); the acceptor protein absorbs indigo (430 nm) and emits yellow (580 nm). Incorrect The donor protein absorbs indigo (430 nm) and emits red (700 nm); the acceptor protein absorbs red (700 nm) and emits yellow (580 nm). Incorrect MC

ce79_1021

Förster resonance energy transfer (FRET) requires both an acceptor fluorescent protein and a donor fluorescent protein. Which one of the following color combinations would be an effective FRET setup? The donor protein absorbs violet (410 nm) and emits blue (460 nm); the acceptor protein absorbs blue (460 nm) and emits orange (600 nm). Correct The donor protein absorbs orange (600 nm) and emits violet (410 nm); the acceptor protein absorbs violet (410 nm) and emits blue (460 nm). Incorrect The donor protein absorbs blue (460 nm) and emits orange (600 nm); the acceptor protein absorbs orange (600 nm) and emits violet (410 nm). Incorrect The donor protein absorbs violet (410 nm) and emits orange (600 nm); the acceptor protein absorbs orange (600 nm) and emits blue (460 nm). Incorrect The donor protein absorbs orange (600 nm) and emits blue (460 nm); the acceptor protein absorbs blue (460 nm) and emits violet (410 nm). Incorrect The donor protein absorbs blue (460 nm) and emits violet (410 nm); the acceptor protein absorbs violet (410 nm) and emits orange (600 nm). Incorrect MC

ce79_c091

Förster resonance energy transfer (FRET) requires both an acceptor fluorescent protein and a donor fluorescent protein. Which one of the following color combinations would be an effective FRET setup? The donor protein absorbs violet (410 nm) and emits yellow (580 nm); the acceptor protein absorbs yellow (580 nm) and emits red (700 nm). Correct The donor protein absorbs yellow (580 nm) and emits violet (410 nm); the acceptor protein absorbs violet (410 nm) and emits red (700 nm). Incorrect The donor protein absorbs yellow (580 nm) and emits red (700 nm); the acceptor protein absorbs red (700 nm) and emits violet (410 nm). Incorrect The donor protein absorbs red (700 nm) and emits violet (410 nm); the acceptor protein absorbs violet (410 nm) and emits yellow (580 nm). Incorrect The donor protein absorbs violet (410 nm) and emits red (700 nm); the acceptor protein absorbs red (700 nm) and emits yellow (580 nm). Incorrect The donor protein absorbs red (700 nm) and emits yellow (580 nm); the acceptor protein absorbs yellow (580 nm) and emits violet (410 nm). Incorrect MC

ce79_198e

Förster resonance energy transfer (FRET) requires both an acceptor fluorescent protein and a donor fluorescent protein. Which one of the following color combinations would be an effective FRET setup? The donor protein absorbs violet (410 nm) and emits blue (460 nm); the acceptor protein absorbs blue (460 nm) and emits yellow (580 nm). Correct The donor protein absorbs violet (410 nm) and emits yellow (580 nm); the acceptor protein absorbs yellow (580 nm) and emits blue (460 nm). Incorrect The donor protein absorbs yellow (580 nm) and emits violet (410 nm); the acceptor protein absorbs violet (410 nm) and emits blue (460 nm). Incorrect The donor protein absorbs yellow (580 nm) and emits blue (460 nm); the acceptor protein absorbs blue (460 nm) and emits violet (410 nm). Incorrect The donor protein absorbs blue (460 nm) and emits violet (410 nm); the acceptor protein absorbs violet (410 nm) and emits yellow (580 nm). Incorrect The donor protein absorbs blue (460 nm) and emits yellow (580 nm); the acceptor protein absorbs yellow (580 nm) and emits violet (410 nm). Incorrect MC

ce79_8044

Förster resonance energy transfer (FRET) requires both an acceptor fluorescent protein and a donor fluorescent protein. Which one of the following color combinations would be an effective FRET setup? The donor protein absorbs red (700 nm) and emits yellow (580 nm); the acceptor protein absorbs yellow (580 nm) and emits blue (460 nm). Incorrect The donor protein absorbs yellow (580 nm) and emits red (700 nm); the acceptor protein absorbs red (700 nm) and emits blue (460 nm). Incorrect The donor protein absorbs yellow (580 nm) and emits blue (460 nm); the acceptor protein absorbs blue (460 nm) and emits red (700 nm). Incorrect The donor protein absorbs red (700 nm) and emits blue (460 nm); the acceptor protein absorbs blue (460 nm) and emits yellow (580 nm). Incorrect The donor protein absorbs blue (460 nm) and emits yellow (580 nm); the acceptor protein absorbs yellow (580 nm) and emits red (700 nm). Correct The donor protein absorbs blue (460 nm) and emits red (700 nm); the acceptor protein absorbs red (700 nm) and emits yellow (580 nm). Incorrect MC

ce79_8b40

Förster resonance energy transfer (FRET) requires both an acceptor fluorescent protein and a donor fluorescent protein. Which one of the following color combinations would be an effective FRET setup? The donor protein absorbs yellow (580 nm) and emits red (700 nm); the acceptor protein absorbs red (700 nm) and emits indigo (430 nm). Incorrect The donor protein absorbs red (700 nm) and emits yellow (580 nm); the acceptor protein absorbs yellow (580 nm) and emits indigo (430 nm). Incorrect The donor protein absorbs indigo (430 nm) and emits red (700 nm); the acceptor protein absorbs red (700 nm) and emits yellow (580 nm). Incorrect The donor protein absorbs red (700 nm) and emits indigo (430 nm); the acceptor protein absorbs indigo (430 nm) and emits yellow (580 nm). Incorrect The donor protein absorbs yellow (580 nm) and emits indigo (430 nm); the acceptor protein absorbs indigo (430 nm) and emits red (700 nm). Incorrect The donor protein absorbs indigo (430 nm) and emits yellow (580 nm); the acceptor protein absorbs yellow (580 nm) and emits red (700 nm). Correct MC

ce79_32ca

Förster resonance energy transfer (FRET) requires both an acceptor fluorescent protein and a donor fluorescent protein. Which one of the following color combinations would be an effective FRET setup? The donor protein absorbs violet (410 nm) and emits red (700 nm); the acceptor protein absorbs red (700 nm) and emits blue (460 nm). Incorrect The donor protein absorbs blue (460 nm) and emits red (700 nm); the acceptor protein absorbs red (700 nm) and emits violet (410 nm). Incorrect The donor protein absorbs red (700 nm) and emits blue (460 nm); the acceptor protein absorbs blue (460 nm) and emits violet (410 nm). Incorrect The donor protein absorbs red (700 nm) and emits violet (410 nm); the acceptor protein absorbs violet (410 nm) and emits blue (460 nm). Incorrect The donor protein absorbs blue (460 nm) and emits violet (410 nm); the acceptor protein absorbs violet (410 nm) and emits red (700 nm). Incorrect The donor protein absorbs violet (410 nm) and emits blue (460 nm); the acceptor protein absorbs blue (460 nm) and emits red (700 nm). Correct MC

ce79_1b70

Förster resonance energy transfer (FRET) requires both an acceptor fluorescent protein and a donor fluorescent protein. Which one of the following color combinations would be an effective FRET setup? The donor protein absorbs violet (410 nm) and emits yellow (580 nm); the acceptor protein absorbs yellow (580 nm) and emits blue (460 nm). Incorrect The donor protein absorbs yellow (580 nm) and emits blue (460 nm); the acceptor protein absorbs blue (460 nm) and emits violet (410 nm). Incorrect The donor protein absorbs yellow (580 nm) and emits violet (410 nm); the acceptor protein absorbs violet (410 nm) and emits blue (460 nm). Incorrect The donor protein absorbs violet (410 nm) and emits blue (460 nm); the acceptor protein absorbs blue (460 nm) and emits yellow (580 nm). Correct The donor protein absorbs blue (460 nm) and emits yellow (580 nm); the acceptor protein absorbs yellow (580 nm) and emits violet (410 nm). Incorrect The donor protein absorbs blue (460 nm) and emits violet (410 nm); the acceptor protein absorbs violet (410 nm) and emits yellow (580 nm). Incorrect MC

ce79_2022

Förster resonance energy transfer (FRET) requires both an acceptor fluorescent protein and a donor fluorescent protein. Which one of the following color combinations would be an effective FRET setup? The donor protein absorbs indigo (430 nm) and emits orange (600 nm); the acceptor protein absorbs orange (600 nm) and emits green (530 nm). Incorrect The donor protein absorbs green (530 nm) and emits indigo (430 nm); the acceptor protein absorbs indigo (430 nm) and emits orange (600 nm). Incorrect The donor protein absorbs green (530 nm) and emits orange (600 nm); the acceptor protein absorbs orange (600 nm) and emits indigo (430 nm). Incorrect The donor protein absorbs orange (600 nm) and emits indigo (430 nm); the acceptor protein absorbs indigo (430 nm) and emits green (530 nm). Incorrect The donor protein absorbs indigo (430 nm) and emits green (530 nm); the acceptor protein absorbs green (530 nm) and emits orange (600 nm). Correct The donor protein absorbs orange (600 nm) and emits green (530 nm); the acceptor protein absorbs green (530 nm) and emits indigo (430 nm). Incorrect MC

ce79_bd68

Förster resonance energy transfer (FRET) requires both an acceptor fluorescent protein and a donor fluorescent protein. Which one of the following color combinations would be an effective FRET setup? The donor protein absorbs red (700 nm) and emits blue (460 nm); the acceptor protein absorbs blue (460 nm) and emits violet (410 nm). Incorrect The donor protein absorbs red (700 nm) and emits violet (410 nm); the acceptor protein absorbs violet (410 nm) and emits blue (460 nm). Incorrect The donor protein absorbs violet (410 nm) and emits blue (460 nm); the acceptor protein absorbs blue (460 nm) and emits red (700 nm). Correct The donor protein absorbs blue (460 nm) and emits violet (410 nm); the acceptor protein absorbs violet (410 nm) and emits red (700 nm). Incorrect The donor protein absorbs violet (410 nm) and emits red (700 nm); the acceptor protein absorbs red (700 nm) and emits blue (460 nm). Incorrect The donor protein absorbs blue (460 nm) and emits red (700 nm); the acceptor protein absorbs red (700 nm) and emits violet (410 nm). Incorrect MC

ce79_a646

Förster resonance energy transfer (FRET) requires both an acceptor fluorescent protein and a donor fluorescent protein. Which one of the following color combinations would be an effective FRET setup? The donor protein absorbs orange (600 nm) and emits blue (460 nm); the acceptor protein absorbs blue (460 nm) and emits violet (410 nm). Incorrect The donor protein absorbs blue (460 nm) and emits violet (410 nm); the acceptor protein absorbs violet (410 nm) and emits orange (600 nm). Incorrect The donor protein absorbs blue (460 nm) and emits orange (600 nm); the acceptor protein absorbs orange (600 nm) and emits violet (410 nm). Incorrect The donor protein absorbs violet (410 nm) and emits blue (460 nm); the acceptor protein absorbs blue (460 nm) and emits orange (600 nm). Correct The donor protein absorbs orange (600 nm) and emits violet (410 nm); the acceptor protein absorbs violet (410 nm) and emits blue (460 nm). Incorrect The donor protein absorbs violet (410 nm) and emits orange (600 nm); the acceptor protein absorbs orange (600 nm) and emits blue (460 nm). Incorrect MC

ce79_568a

Förster resonance energy transfer (FRET) requires both an acceptor fluorescent protein and a donor fluorescent protein. Which one of the following color combinations would be an effective FRET setup? The donor protein absorbs orange (600 nm) and emits green (530 nm); the acceptor protein absorbs green (530 nm) and emits violet (410 nm). Incorrect The donor protein absorbs violet (410 nm) and emits green (530 nm); the acceptor protein absorbs green (530 nm) and emits orange (600 nm). Correct The donor protein absorbs green (530 nm) and emits orange (600 nm); the acceptor protein absorbs orange (600 nm) and emits violet (410 nm). Incorrect The donor protein absorbs orange (600 nm) and emits violet (410 nm); the acceptor protein absorbs violet (410 nm) and emits green (530 nm). Incorrect The donor protein absorbs green (530 nm) and emits violet (410 nm); the acceptor protein absorbs violet (410 nm) and emits orange (600 nm). Incorrect The donor protein absorbs violet (410 nm) and emits orange (600 nm); the acceptor protein absorbs orange (600 nm) and emits green (530 nm). Incorrect MC

ce79_b2ea

Förster resonance energy transfer (FRET) requires both an acceptor fluorescent protein and a donor fluorescent protein. Which one of the following color combinations would be an effective FRET setup? The donor protein absorbs red (700 nm) and emits violet (410 nm); the acceptor protein absorbs violet (410 nm) and emits yellow (580 nm). Incorrect The donor protein absorbs violet (410 nm) and emits red (700 nm); the acceptor protein absorbs red (700 nm) and emits yellow (580 nm). Incorrect The donor protein absorbs yellow (580 nm) and emits violet (410 nm); the acceptor protein absorbs violet (410 nm) and emits red (700 nm). Incorrect The donor protein absorbs violet (410 nm) and emits yellow (580 nm); the acceptor protein absorbs yellow (580 nm) and emits red (700 nm). Correct The donor protein absorbs red (700 nm) and emits yellow (580 nm); the acceptor protein absorbs yellow (580 nm) and emits violet (410 nm). Incorrect The donor protein absorbs yellow (580 nm) and emits red (700 nm); the acceptor protein absorbs red (700 nm) and emits violet (410 nm). Incorrect MC

ce79_5e21

Förster resonance energy transfer (FRET) requires both an acceptor fluorescent protein and a donor fluorescent protein. Which one of the following color combinations would be an effective FRET setup? The donor protein absorbs violet (410 nm) and emits blue (460 nm); the acceptor protein absorbs blue (460 nm) and emits orange (600 nm). Correct The donor protein absorbs blue (460 nm) and emits orange (600 nm); the acceptor protein absorbs orange (600 nm) and emits violet (410 nm). Incorrect The donor protein absorbs violet (410 nm) and emits orange (600 nm); the acceptor protein absorbs orange (600 nm) and emits blue (460 nm). Incorrect The donor protein absorbs orange (600 nm) and emits violet (410 nm); the acceptor protein absorbs violet (410 nm) and emits blue (460 nm). Incorrect The donor protein absorbs orange (600 nm) and emits blue (460 nm); the acceptor protein absorbs blue (460 nm) and emits violet (410 nm). Incorrect The donor protein absorbs blue (460 nm) and emits violet (410 nm); the acceptor protein absorbs violet (410 nm) and emits orange (600 nm). Incorrect MC

ce79_cd5f

Förster resonance energy transfer (FRET) requires both an acceptor fluorescent protein and a donor fluorescent protein. Which one of the following color combinations would be an effective FRET setup? The donor protein absorbs green (530 nm) and emits red (700 nm); the acceptor protein absorbs red (700 nm) and emits indigo (430 nm). Incorrect The donor protein absorbs indigo (430 nm) and emits green (530 nm); the acceptor protein absorbs green (530 nm) and emits red (700 nm). Correct The donor protein absorbs red (700 nm) and emits indigo (430 nm); the acceptor protein absorbs indigo (430 nm) and emits green (530 nm). Incorrect The donor protein absorbs indigo (430 nm) and emits red (700 nm); the acceptor protein absorbs red (700 nm) and emits green (530 nm). Incorrect The donor protein absorbs red (700 nm) and emits green (530 nm); the acceptor protein absorbs green (530 nm) and emits indigo (430 nm). Incorrect The donor protein absorbs green (530 nm) and emits indigo (430 nm); the acceptor protein absorbs indigo (430 nm) and emits red (700 nm). Incorrect MC

ce79_a054

Förster resonance energy transfer (FRET) requires both an acceptor fluorescent protein and a donor fluorescent protein. Which one of the following color combinations would be an effective FRET setup? The donor protein absorbs green (530 nm) and emits violet (410 nm); the acceptor protein absorbs violet (410 nm) and emits red (700 nm). Incorrect The donor protein absorbs green (530 nm) and emits red (700 nm); the acceptor protein absorbs red (700 nm) and emits violet (410 nm). Incorrect The donor protein absorbs red (700 nm) and emits green (530 nm); the acceptor protein absorbs green (530 nm) and emits violet (410 nm). Incorrect The donor protein absorbs red (700 nm) and emits violet (410 nm); the acceptor protein absorbs violet (410 nm) and emits green (530 nm). Incorrect The donor protein absorbs violet (410 nm) and emits green (530 nm); the acceptor protein absorbs green (530 nm) and emits red (700 nm). Correct The donor protein absorbs violet (410 nm) and emits red (700 nm); the acceptor protein absorbs red (700 nm) and emits green (530 nm). Incorrect MC

ce79_1725

Förster resonance energy transfer (FRET) requires both an acceptor fluorescent protein and a donor fluorescent protein. Which one of the following color combinations would be an effective FRET setup? The donor protein absorbs indigo (430 nm) and emits orange (600 nm); the acceptor protein absorbs orange (600 nm) and emits green (530 nm). Incorrect The donor protein absorbs indigo (430 nm) and emits green (530 nm); the acceptor protein absorbs green (530 nm) and emits orange (600 nm). Correct The donor protein absorbs green (530 nm) and emits orange (600 nm); the acceptor protein absorbs orange (600 nm) and emits indigo (430 nm). Incorrect The donor protein absorbs orange (600 nm) and emits indigo (430 nm); the acceptor protein absorbs indigo (430 nm) and emits green (530 nm). Incorrect The donor protein absorbs orange (600 nm) and emits green (530 nm); the acceptor protein absorbs green (530 nm) and emits indigo (430 nm). Incorrect The donor protein absorbs green (530 nm) and emits indigo (430 nm); the acceptor protein absorbs indigo (430 nm) and emits orange (600 nm). Incorrect MC

ce79_0580

Förster resonance energy transfer (FRET) requires both an acceptor fluorescent protein and a donor fluorescent protein. Which one of the following color combinations would be an effective FRET setup? The donor protein absorbs green (530 nm) and emits red (700 nm); the acceptor protein absorbs red (700 nm) and emits indigo (430 nm). Incorrect The donor protein absorbs red (700 nm) and emits indigo (430 nm); the acceptor protein absorbs indigo (430 nm) and emits green (530 nm). Incorrect The donor protein absorbs green (530 nm) and emits indigo (430 nm); the acceptor protein absorbs indigo (430 nm) and emits red (700 nm). Incorrect The donor protein absorbs red (700 nm) and emits green (530 nm); the acceptor protein absorbs green (530 nm) and emits indigo (430 nm). Incorrect The donor protein absorbs indigo (430 nm) and emits green (530 nm); the acceptor protein absorbs green (530 nm) and emits red (700 nm). Correct The donor protein absorbs indigo (430 nm) and emits red (700 nm); the acceptor protein absorbs red (700 nm) and emits green (530 nm). Incorrect MC

ce79_0a70

Förster resonance energy transfer (FRET) requires both an acceptor fluorescent protein and a donor fluorescent protein. Which one of the following color combinations would be an effective FRET setup? The donor protein absorbs violet (410 nm) and emits yellow (580 nm); the acceptor protein absorbs yellow (580 nm) and emits red (700 nm). Correct The donor protein absorbs violet (410 nm) and emits red (700 nm); the acceptor protein absorbs red (700 nm) and emits yellow (580 nm). Incorrect The donor protein absorbs red (700 nm) and emits violet (410 nm); the acceptor protein absorbs violet (410 nm) and emits yellow (580 nm). Incorrect The donor protein absorbs red (700 nm) and emits yellow (580 nm); the acceptor protein absorbs yellow (580 nm) and emits violet (410 nm). Incorrect The donor protein absorbs yellow (580 nm) and emits violet (410 nm); the acceptor protein absorbs violet (410 nm) and emits red (700 nm). Incorrect The donor protein absorbs yellow (580 nm) and emits red (700 nm); the acceptor protein absorbs red (700 nm) and emits violet (410 nm). Incorrect MC

ce79_4780

Förster resonance energy transfer (FRET) requires both an acceptor fluorescent protein and a donor fluorescent protein. Which one of the following color combinations would be an effective FRET setup? The donor protein absorbs red (700 nm) and emits yellow (580 nm); the acceptor protein absorbs yellow (580 nm) and emits blue (460 nm). Incorrect The donor protein absorbs blue (460 nm) and emits red (700 nm); the acceptor protein absorbs red (700 nm) and emits yellow (580 nm). Incorrect The donor protein absorbs yellow (580 nm) and emits red (700 nm); the acceptor protein absorbs red (700 nm) and emits blue (460 nm). Incorrect The donor protein absorbs yellow (580 nm) and emits blue (460 nm); the acceptor protein absorbs blue (460 nm) and emits red (700 nm). Incorrect The donor protein absorbs red (700 nm) and emits blue (460 nm); the acceptor protein absorbs blue (460 nm) and emits yellow (580 nm). Incorrect The donor protein absorbs blue (460 nm) and emits yellow (580 nm); the acceptor protein absorbs yellow (580 nm) and emits red (700 nm). Correct MC

ce79_4d98

Förster resonance energy transfer (FRET) requires both an acceptor fluorescent protein and a donor fluorescent protein. Which one of the following color combinations would be an effective FRET setup? The donor protein absorbs violet (410 nm) and emits green (530 nm); the acceptor protein absorbs green (530 nm) and emits orange (600 nm). Correct The donor protein absorbs violet (410 nm) and emits orange (600 nm); the acceptor protein absorbs orange (600 nm) and emits green (530 nm). Incorrect The donor protein absorbs orange (600 nm) and emits violet (410 nm); the acceptor protein absorbs violet (410 nm) and emits green (530 nm). Incorrect The donor protein absorbs orange (600 nm) and emits green (530 nm); the acceptor protein absorbs green (530 nm) and emits violet (410 nm). Incorrect The donor protein absorbs green (530 nm) and emits orange (600 nm); the acceptor protein absorbs orange (600 nm) and emits violet (410 nm). Incorrect The donor protein absorbs green (530 nm) and emits violet (410 nm); the acceptor protein absorbs violet (410 nm) and emits orange (600 nm). Incorrect MC

ce79_61ac

Förster resonance energy transfer (FRET) requires both an acceptor fluorescent protein and a donor fluorescent protein. Which one of the following color combinations would be an effective FRET setup? The donor protein absorbs blue (460 nm) and emits red (700 nm); the acceptor protein absorbs red (700 nm) and emits yellow (580 nm). Incorrect The donor protein absorbs yellow (580 nm) and emits blue (460 nm); the acceptor protein absorbs blue (460 nm) and emits red (700 nm). Incorrect The donor protein absorbs red (700 nm) and emits yellow (580 nm); the acceptor protein absorbs yellow (580 nm) and emits blue (460 nm). Incorrect The donor protein absorbs yellow (580 nm) and emits red (700 nm); the acceptor protein absorbs red (700 nm) and emits blue (460 nm). Incorrect The donor protein absorbs red (700 nm) and emits blue (460 nm); the acceptor protein absorbs blue (460 nm) and emits yellow (580 nm). Incorrect The donor protein absorbs blue (460 nm) and emits yellow (580 nm); the acceptor protein absorbs yellow (580 nm) and emits red (700 nm). Correct MC

ce79_3827

Förster resonance energy transfer (FRET) requires both an acceptor fluorescent protein and a donor fluorescent protein. Which one of the following color combinations would be an effective FRET setup? The donor protein absorbs violet (410 nm) and emits green (530 nm); the acceptor protein absorbs green (530 nm) and emits orange (600 nm). Correct The donor protein absorbs orange (600 nm) and emits violet (410 nm); the acceptor protein absorbs violet (410 nm) and emits green (530 nm). Incorrect The donor protein absorbs green (530 nm) and emits orange (600 nm); the acceptor protein absorbs orange (600 nm) and emits violet (410 nm). Incorrect The donor protein absorbs green (530 nm) and emits violet (410 nm); the acceptor protein absorbs violet (410 nm) and emits orange (600 nm). Incorrect The donor protein absorbs orange (600 nm) and emits green (530 nm); the acceptor protein absorbs green (530 nm) and emits violet (410 nm). Incorrect The donor protein absorbs violet (410 nm) and emits orange (600 nm); the acceptor protein absorbs orange (600 nm) and emits green (530 nm). Incorrect MC

ce79_1e51

Förster resonance energy transfer (FRET) requires both an acceptor fluorescent protein and a donor fluorescent protein. Which one of the following color combinations would be an effective FRET setup? The donor protein absorbs yellow (580 nm) and emits red (700 nm); the acceptor protein absorbs red (700 nm) and emits blue (460 nm). Incorrect The donor protein absorbs red (700 nm) and emits blue (460 nm); the acceptor protein absorbs blue (460 nm) and emits yellow (580 nm). Incorrect The donor protein absorbs yellow (580 nm) and emits blue (460 nm); the acceptor protein absorbs blue (460 nm) and emits red (700 nm). Incorrect The donor protein absorbs blue (460 nm) and emits red (700 nm); the acceptor protein absorbs red (700 nm) and emits yellow (580 nm). Incorrect The donor protein absorbs red (700 nm) and emits yellow (580 nm); the acceptor protein absorbs yellow (580 nm) and emits blue (460 nm). Incorrect The donor protein absorbs blue (460 nm) and emits yellow (580 nm); the acceptor protein absorbs yellow (580 nm) and emits red (700 nm). Correct MC

ce79_1143

Förster resonance energy transfer (FRET) requires both an acceptor fluorescent protein and a donor fluorescent protein. Which one of the following color combinations would be an effective FRET setup? The donor protein absorbs red (700 nm) and emits yellow (580 nm); the acceptor protein absorbs yellow (580 nm) and emits violet (410 nm). Incorrect The donor protein absorbs yellow (580 nm) and emits violet (410 nm); the acceptor protein absorbs violet (410 nm) and emits red (700 nm). Incorrect The donor protein absorbs red (700 nm) and emits violet (410 nm); the acceptor protein absorbs violet (410 nm) and emits yellow (580 nm). Incorrect The donor protein absorbs yellow (580 nm) and emits red (700 nm); the acceptor protein absorbs red (700 nm) and emits violet (410 nm). Incorrect The donor protein absorbs violet (410 nm) and emits red (700 nm); the acceptor protein absorbs red (700 nm) and emits yellow (580 nm). Incorrect The donor protein absorbs violet (410 nm) and emits yellow (580 nm); the acceptor protein absorbs yellow (580 nm) and emits red (700 nm). Correct MC

ce79_8c03

Förster resonance energy transfer (FRET) requires both an acceptor fluorescent protein and a donor fluorescent protein. Which one of the following color combinations would be an effective FRET setup? The donor protein absorbs orange (600 nm) and emits green (530 nm); the acceptor protein absorbs green (530 nm) and emits violet (410 nm). Incorrect The donor protein absorbs green (530 nm) and emits violet (410 nm); the acceptor protein absorbs violet (410 nm) and emits orange (600 nm). Incorrect The donor protein absorbs violet (410 nm) and emits orange (600 nm); the acceptor protein absorbs orange (600 nm) and emits green (530 nm). Incorrect The donor protein absorbs orange (600 nm) and emits violet (410 nm); the acceptor protein absorbs violet (410 nm) and emits green (530 nm). Incorrect The donor protein absorbs violet (410 nm) and emits green (530 nm); the acceptor protein absorbs green (530 nm) and emits orange (600 nm). Correct The donor protein absorbs green (530 nm) and emits orange (600 nm); the acceptor protein absorbs orange (600 nm) and emits violet (410 nm). Incorrect MC

ce79_e8cb

Förster resonance energy transfer (FRET) requires both an acceptor fluorescent protein and a donor fluorescent protein. Which one of the following color combinations would be an effective FRET setup? The donor protein absorbs yellow (580 nm) and emits red (700 nm); the acceptor protein absorbs red (700 nm) and emits blue (460 nm). Incorrect The donor protein absorbs red (700 nm) and emits blue (460 nm); the acceptor protein absorbs blue (460 nm) and emits yellow (580 nm). Incorrect The donor protein absorbs red (700 nm) and emits yellow (580 nm); the acceptor protein absorbs yellow (580 nm) and emits blue (460 nm). Incorrect The donor protein absorbs blue (460 nm) and emits yellow (580 nm); the acceptor protein absorbs yellow (580 nm) and emits red (700 nm). Correct The donor protein absorbs blue (460 nm) and emits red (700 nm); the acceptor protein absorbs red (700 nm) and emits yellow (580 nm). Incorrect The donor protein absorbs yellow (580 nm) and emits blue (460 nm); the acceptor protein absorbs blue (460 nm) and emits red (700 nm). Incorrect MC

ce79_5304

Förster resonance energy transfer (FRET) requires both an acceptor fluorescent protein and a donor fluorescent protein. Which one of the following color combinations would be an effective FRET setup? The donor protein absorbs green (530 nm) and emits red (700 nm); the acceptor protein absorbs red (700 nm) and emits indigo (430 nm). Incorrect The donor protein absorbs indigo (430 nm) and emits green (530 nm); the acceptor protein absorbs green (530 nm) and emits red (700 nm). Correct The donor protein absorbs red (700 nm) and emits indigo (430 nm); the acceptor protein absorbs indigo (430 nm) and emits green (530 nm). Incorrect The donor protein absorbs green (530 nm) and emits indigo (430 nm); the acceptor protein absorbs indigo (430 nm) and emits red (700 nm). Incorrect The donor protein absorbs red (700 nm) and emits green (530 nm); the acceptor protein absorbs green (530 nm) and emits indigo (430 nm). Incorrect The donor protein absorbs indigo (430 nm) and emits red (700 nm); the acceptor protein absorbs red (700 nm) and emits green (530 nm). Incorrect MC

ce79_59d9

Förster resonance energy transfer (FRET) requires both an acceptor fluorescent protein and a donor fluorescent protein. Which one of the following color combinations would be an effective FRET setup? The donor protein absorbs indigo (430 nm) and emits green (530 nm); the acceptor protein absorbs green (530 nm) and emits orange (600 nm). Correct The donor protein absorbs orange (600 nm) and emits indigo (430 nm); the acceptor protein absorbs indigo (430 nm) and emits green (530 nm). Incorrect The donor protein absorbs orange (600 nm) and emits green (530 nm); the acceptor protein absorbs green (530 nm) and emits indigo (430 nm). Incorrect The donor protein absorbs green (530 nm) and emits indigo (430 nm); the acceptor protein absorbs indigo (430 nm) and emits orange (600 nm). Incorrect The donor protein absorbs indigo (430 nm) and emits orange (600 nm); the acceptor protein absorbs orange (600 nm) and emits green (530 nm). Incorrect The donor protein absorbs green (530 nm) and emits orange (600 nm); the acceptor protein absorbs orange (600 nm) and emits indigo (430 nm). Incorrect MC

ce79_ce74

Förster resonance energy transfer (FRET) requires both an acceptor fluorescent protein and a donor fluorescent protein. Which one of the following color combinations would be an effective FRET setup? The donor protein absorbs indigo (430 nm) and emits red (700 nm); the acceptor protein absorbs red (700 nm) and emits yellow (580 nm). Incorrect The donor protein absorbs red (700 nm) and emits indigo (430 nm); the acceptor protein absorbs indigo (430 nm) and emits yellow (580 nm). Incorrect The donor protein absorbs indigo (430 nm) and emits yellow (580 nm); the acceptor protein absorbs yellow (580 nm) and emits red (700 nm). Correct The donor protein absorbs yellow (580 nm) and emits indigo (430 nm); the acceptor protein absorbs indigo (430 nm) and emits red (700 nm). Incorrect The donor protein absorbs yellow (580 nm) and emits red (700 nm); the acceptor protein absorbs red (700 nm) and emits indigo (430 nm). Incorrect The donor protein absorbs red (700 nm) and emits yellow (580 nm); the acceptor protein absorbs yellow (580 nm) and emits indigo (430 nm). Incorrect MC

ce79_0f43

Förster resonance energy transfer (FRET) requires both an acceptor fluorescent protein and a donor fluorescent protein. Which one of the following color combinations would be an effective FRET setup? The donor protein absorbs yellow (580 nm) and emits red (700 nm); the acceptor protein absorbs red (700 nm) and emits violet (410 nm). Incorrect The donor protein absorbs yellow (580 nm) and emits violet (410 nm); the acceptor protein absorbs violet (410 nm) and emits red (700 nm). Incorrect The donor protein absorbs red (700 nm) and emits violet (410 nm); the acceptor protein absorbs violet (410 nm) and emits yellow (580 nm). Incorrect The donor protein absorbs violet (410 nm) and emits yellow (580 nm); the acceptor protein absorbs yellow (580 nm) and emits red (700 nm). Correct The donor protein absorbs violet (410 nm) and emits red (700 nm); the acceptor protein absorbs red (700 nm) and emits yellow (580 nm). Incorrect The donor protein absorbs red (700 nm) and emits yellow (580 nm); the acceptor protein absorbs yellow (580 nm) and emits violet (410 nm). Incorrect MC

ce79_557a

Förster resonance energy transfer (FRET) requires both an acceptor fluorescent protein and a donor fluorescent protein. Which one of the following color combinations would be an effective FRET setup? The donor protein absorbs red (700 nm) and emits violet (410 nm); the acceptor protein absorbs violet (410 nm) and emits green (530 nm). Incorrect The donor protein absorbs red (700 nm) and emits green (530 nm); the acceptor protein absorbs green (530 nm) and emits violet (410 nm). Incorrect The donor protein absorbs green (530 nm) and emits red (700 nm); the acceptor protein absorbs red (700 nm) and emits violet (410 nm). Incorrect The donor protein absorbs violet (410 nm) and emits red (700 nm); the acceptor protein absorbs red (700 nm) and emits green (530 nm). Incorrect The donor protein absorbs violet (410 nm) and emits green (530 nm); the acceptor protein absorbs green (530 nm) and emits red (700 nm). Correct The donor protein absorbs green (530 nm) and emits violet (410 nm); the acceptor protein absorbs violet (410 nm) and emits red (700 nm). Incorrect MC

ce79_f9e9

Förster resonance energy transfer (FRET) requires both an acceptor fluorescent protein and a donor fluorescent protein. Which one of the following color combinations would be an effective FRET setup? The donor protein absorbs green (530 nm) and emits violet (410 nm); the acceptor protein absorbs violet (410 nm) and emits red (700 nm). Incorrect The donor protein absorbs red (700 nm) and emits green (530 nm); the acceptor protein absorbs green (530 nm) and emits violet (410 nm). Incorrect The donor protein absorbs green (530 nm) and emits red (700 nm); the acceptor protein absorbs red (700 nm) and emits violet (410 nm). Incorrect The donor protein absorbs violet (410 nm) and emits red (700 nm); the acceptor protein absorbs red (700 nm) and emits green (530 nm). Incorrect The donor protein absorbs violet (410 nm) and emits green (530 nm); the acceptor protein absorbs green (530 nm) and emits red (700 nm). Correct The donor protein absorbs red (700 nm) and emits violet (410 nm); the acceptor protein absorbs violet (410 nm) and emits green (530 nm). Incorrect MC

ce79_86d7

Förster resonance energy transfer (FRET) requires both an acceptor fluorescent protein and a donor fluorescent protein. Which one of the following color combinations would be an effective FRET setup? The donor protein absorbs yellow (580 nm) and emits red (700 nm); the acceptor protein absorbs red (700 nm) and emits blue (460 nm). Incorrect The donor protein absorbs blue (460 nm) and emits yellow (580 nm); the acceptor protein absorbs yellow (580 nm) and emits red (700 nm). Correct The donor protein absorbs blue (460 nm) and emits red (700 nm); the acceptor protein absorbs red (700 nm) and emits yellow (580 nm). Incorrect The donor protein absorbs red (700 nm) and emits yellow (580 nm); the acceptor protein absorbs yellow (580 nm) and emits blue (460 nm). Incorrect The donor protein absorbs red (700 nm) and emits blue (460 nm); the acceptor protein absorbs blue (460 nm) and emits yellow (580 nm). Incorrect The donor protein absorbs yellow (580 nm) and emits blue (460 nm); the acceptor protein absorbs blue (460 nm) and emits red (700 nm). Incorrect MC

ce79_b953

Förster resonance energy transfer (FRET) requires both an acceptor fluorescent protein and a donor fluorescent protein. Which one of the following color combinations would be an effective FRET setup? The donor protein absorbs green (530 nm) and emits violet (410 nm); the acceptor protein absorbs violet (410 nm) and emits red (700 nm). Incorrect The donor protein absorbs violet (410 nm) and emits green (530 nm); the acceptor protein absorbs green (530 nm) and emits red (700 nm). Correct The donor protein absorbs violet (410 nm) and emits red (700 nm); the acceptor protein absorbs red (700 nm) and emits green (530 nm). Incorrect The donor protein absorbs red (700 nm) and emits green (530 nm); the acceptor protein absorbs green (530 nm) and emits violet (410 nm). Incorrect The donor protein absorbs red (700 nm) and emits violet (410 nm); the acceptor protein absorbs violet (410 nm) and emits green (530 nm). Incorrect The donor protein absorbs green (530 nm) and emits red (700 nm); the acceptor protein absorbs red (700 nm) and emits violet (410 nm). Incorrect MC

ce79_dd23

Förster resonance energy transfer (FRET) requires both an acceptor fluorescent protein and a donor fluorescent protein. Which one of the following color combinations would be an effective FRET setup? The donor protein absorbs red (700 nm) and emits yellow (580 nm); the acceptor protein absorbs yellow (580 nm) and emits indigo (430 nm). Incorrect The donor protein absorbs red (700 nm) and emits indigo (430 nm); the acceptor protein absorbs indigo (430 nm) and emits yellow (580 nm). Incorrect The donor protein absorbs yellow (580 nm) and emits red (700 nm); the acceptor protein absorbs red (700 nm) and emits indigo (430 nm). Incorrect The donor protein absorbs yellow (580 nm) and emits indigo (430 nm); the acceptor protein absorbs indigo (430 nm) and emits red (700 nm). Incorrect The donor protein absorbs indigo (430 nm) and emits red (700 nm); the acceptor protein absorbs red (700 nm) and emits yellow (580 nm). Incorrect The donor protein absorbs indigo (430 nm) and emits yellow (580 nm); the acceptor protein absorbs yellow (580 nm) and emits red (700 nm). Correct MC

ce79_1639

Förster resonance energy transfer (FRET) requires both an acceptor fluorescent protein and a donor fluorescent protein. Which one of the following color combinations would be an effective FRET setup? The donor protein absorbs green (530 nm) and emits violet (410 nm); the acceptor protein absorbs violet (410 nm) and emits orange (600 nm). Incorrect The donor protein absorbs violet (410 nm) and emits orange (600 nm); the acceptor protein absorbs orange (600 nm) and emits green (530 nm). Incorrect The donor protein absorbs orange (600 nm) and emits green (530 nm); the acceptor protein absorbs green (530 nm) and emits violet (410 nm). Incorrect The donor protein absorbs green (530 nm) and emits orange (600 nm); the acceptor protein absorbs orange (600 nm) and emits violet (410 nm). Incorrect The donor protein absorbs orange (600 nm) and emits violet (410 nm); the acceptor protein absorbs violet (410 nm) and emits green (530 nm). Incorrect The donor protein absorbs violet (410 nm) and emits green (530 nm); the acceptor protein absorbs green (530 nm) and emits orange (600 nm). Correct MC

ce79_dbd3

Förster resonance energy transfer (FRET) requires both an acceptor fluorescent protein and a donor fluorescent protein. Which one of the following color combinations would be an effective FRET setup? The donor protein absorbs yellow (580 nm) and emits blue (460 nm); the acceptor protein absorbs blue (460 nm) and emits red (700 nm). Incorrect The donor protein absorbs red (700 nm) and emits yellow (580 nm); the acceptor protein absorbs yellow (580 nm) and emits blue (460 nm). Incorrect The donor protein absorbs yellow (580 nm) and emits red (700 nm); the acceptor protein absorbs red (700 nm) and emits blue (460 nm). Incorrect The donor protein absorbs blue (460 nm) and emits red (700 nm); the acceptor protein absorbs red (700 nm) and emits yellow (580 nm). Incorrect The donor protein absorbs red (700 nm) and emits blue (460 nm); the acceptor protein absorbs blue (460 nm) and emits yellow (580 nm). Incorrect The donor protein absorbs blue (460 nm) and emits yellow (580 nm); the acceptor protein absorbs yellow (580 nm) and emits red (700 nm). Correct MC

ce79_a827

Förster resonance energy transfer (FRET) requires both an acceptor fluorescent protein and a donor fluorescent protein. Which one of the following color combinations would be an effective FRET setup? The donor protein absorbs red (700 nm) and emits yellow (580 nm); the acceptor protein absorbs yellow (580 nm) and emits indigo (430 nm). Incorrect The donor protein absorbs yellow (580 nm) and emits indigo (430 nm); the acceptor protein absorbs indigo (430 nm) and emits red (700 nm). Incorrect The donor protein absorbs red (700 nm) and emits indigo (430 nm); the acceptor protein absorbs indigo (430 nm) and emits yellow (580 nm). Incorrect The donor protein absorbs indigo (430 nm) and emits yellow (580 nm); the acceptor protein absorbs yellow (580 nm) and emits red (700 nm). Correct The donor protein absorbs yellow (580 nm) and emits red (700 nm); the acceptor protein absorbs red (700 nm) and emits indigo (430 nm). Incorrect The donor protein absorbs indigo (430 nm) and emits red (700 nm); the acceptor protein absorbs red (700 nm) and emits yellow (580 nm). Incorrect MC

ce79_0932

Förster resonance energy transfer (FRET) requires both an acceptor fluorescent protein and a donor fluorescent protein. Which one of the following color combinations would be an effective FRET setup? The donor protein absorbs green (530 nm) and emits indigo (430 nm); the acceptor protein absorbs indigo (430 nm) and emits red (700 nm). Incorrect The donor protein absorbs indigo (430 nm) and emits red (700 nm); the acceptor protein absorbs red (700 nm) and emits green (530 nm). Incorrect The donor protein absorbs red (700 nm) and emits green (530 nm); the acceptor protein absorbs green (530 nm) and emits indigo (430 nm). Incorrect The donor protein absorbs green (530 nm) and emits red (700 nm); the acceptor protein absorbs red (700 nm) and emits indigo (430 nm). Incorrect The donor protein absorbs red (700 nm) and emits indigo (430 nm); the acceptor protein absorbs indigo (430 nm) and emits green (530 nm). Incorrect The donor protein absorbs indigo (430 nm) and emits green (530 nm); the acceptor protein absorbs green (530 nm) and emits red (700 nm). Correct MC

ce79_7fc6

Förster resonance energy transfer (FRET) requires both an acceptor fluorescent protein and a donor fluorescent protein. Which one of the following color combinations would be an effective FRET setup? The donor protein absorbs red (700 nm) and emits indigo (430 nm); the acceptor protein absorbs indigo (430 nm) and emits yellow (580 nm). Incorrect The donor protein absorbs yellow (580 nm) and emits red (700 nm); the acceptor protein absorbs red (700 nm) and emits indigo (430 nm). Incorrect The donor protein absorbs indigo (430 nm) and emits yellow (580 nm); the acceptor protein absorbs yellow (580 nm) and emits red (700 nm). Correct The donor protein absorbs red (700 nm) and emits yellow (580 nm); the acceptor protein absorbs yellow (580 nm) and emits indigo (430 nm). Incorrect The donor protein absorbs yellow (580 nm) and emits indigo (430 nm); the acceptor protein absorbs indigo (430 nm) and emits red (700 nm). Incorrect The donor protein absorbs indigo (430 nm) and emits red (700 nm); the acceptor protein absorbs red (700 nm) and emits yellow (580 nm). Incorrect MC

ce79_7ade

Förster resonance energy transfer (FRET) requires both an acceptor fluorescent protein and a donor fluorescent protein. Which one of the following color combinations would be an effective FRET setup? The donor protein absorbs red (700 nm) and emits blue (460 nm); the acceptor protein absorbs blue (460 nm) and emits yellow (580 nm). Incorrect The donor protein absorbs blue (460 nm) and emits yellow (580 nm); the acceptor protein absorbs yellow (580 nm) and emits red (700 nm). Correct The donor protein absorbs blue (460 nm) and emits red (700 nm); the acceptor protein absorbs red (700 nm) and emits yellow (580 nm). Incorrect The donor protein absorbs yellow (580 nm) and emits blue (460 nm); the acceptor protein absorbs blue (460 nm) and emits red (700 nm). Incorrect The donor protein absorbs yellow (580 nm) and emits red (700 nm); the acceptor protein absorbs red (700 nm) and emits blue (460 nm). Incorrect The donor protein absorbs red (700 nm) and emits yellow (580 nm); the acceptor protein absorbs yellow (580 nm) and emits blue (460 nm). Incorrect MC

ce79_7f47

Förster resonance energy transfer (FRET) requires both an acceptor fluorescent protein and a donor fluorescent protein. Which one of the following color combinations would be an effective FRET setup? The donor protein absorbs violet (410 nm) and emits yellow (580 nm); the acceptor protein absorbs yellow (580 nm) and emits red (700 nm). Correct The donor protein absorbs violet (410 nm) and emits red (700 nm); the acceptor protein absorbs red (700 nm) and emits yellow (580 nm). Incorrect The donor protein absorbs red (700 nm) and emits yellow (580 nm); the acceptor protein absorbs yellow (580 nm) and emits violet (410 nm). Incorrect The donor protein absorbs yellow (580 nm) and emits red (700 nm); the acceptor protein absorbs red (700 nm) and emits violet (410 nm). Incorrect The donor protein absorbs red (700 nm) and emits violet (410 nm); the acceptor protein absorbs violet (410 nm) and emits yellow (580 nm). Incorrect The donor protein absorbs yellow (580 nm) and emits violet (410 nm); the acceptor protein absorbs violet (410 nm) and emits red (700 nm). Incorrect MC

ce79_205c

Förster resonance energy transfer (FRET) requires both an acceptor fluorescent protein and a donor fluorescent protein. Which one of the following color combinations would be an effective FRET setup? The donor protein absorbs red (700 nm) and emits violet (410 nm); the acceptor protein absorbs violet (410 nm) and emits green (530 nm). Incorrect The donor protein absorbs green (530 nm) and emits red (700 nm); the acceptor protein absorbs red (700 nm) and emits violet (410 nm). Incorrect The donor protein absorbs violet (410 nm) and emits red (700 nm); the acceptor protein absorbs red (700 nm) and emits green (530 nm). Incorrect The donor protein absorbs green (530 nm) and emits violet (410 nm); the acceptor protein absorbs violet (410 nm) and emits red (700 nm). Incorrect The donor protein absorbs red (700 nm) and emits green (530 nm); the acceptor protein absorbs green (530 nm) and emits violet (410 nm). Incorrect The donor protein absorbs violet (410 nm) and emits green (530 nm); the acceptor protein absorbs green (530 nm) and emits red (700 nm). Correct MC

ce79_6121

Förster resonance energy transfer (FRET) requires both an acceptor fluorescent protein and a donor fluorescent protein. Which one of the following color combinations would be an effective FRET setup? The donor protein absorbs yellow (580 nm) and emits violet (410 nm); the acceptor protein absorbs violet (410 nm) and emits blue (460 nm). Incorrect The donor protein absorbs blue (460 nm) and emits yellow (580 nm); the acceptor protein absorbs yellow (580 nm) and emits violet (410 nm). Incorrect The donor protein absorbs yellow (580 nm) and emits blue (460 nm); the acceptor protein absorbs blue (460 nm) and emits violet (410 nm). Incorrect The donor protein absorbs violet (410 nm) and emits yellow (580 nm); the acceptor protein absorbs yellow (580 nm) and emits blue (460 nm). Incorrect The donor protein absorbs blue (460 nm) and emits violet (410 nm); the acceptor protein absorbs violet (410 nm) and emits yellow (580 nm). Incorrect The donor protein absorbs violet (410 nm) and emits blue (460 nm); the acceptor protein absorbs blue (460 nm) and emits yellow (580 nm). Correct MC

ce79_80e4

Förster resonance energy transfer (FRET) requires both an acceptor fluorescent protein and a donor fluorescent protein. Which one of the following color combinations would be an effective FRET setup? The donor protein absorbs red (700 nm) and emits yellow (580 nm); the acceptor protein absorbs yellow (580 nm) and emits blue (460 nm). Incorrect The donor protein absorbs yellow (580 nm) and emits red (700 nm); the acceptor protein absorbs red (700 nm) and emits blue (460 nm). Incorrect The donor protein absorbs blue (460 nm) and emits yellow (580 nm); the acceptor protein absorbs yellow (580 nm) and emits red (700 nm). Correct The donor protein absorbs blue (460 nm) and emits red (700 nm); the acceptor protein absorbs red (700 nm) and emits yellow (580 nm). Incorrect The donor protein absorbs yellow (580 nm) and emits blue (460 nm); the acceptor protein absorbs blue (460 nm) and emits red (700 nm). Incorrect The donor protein absorbs red (700 nm) and emits blue (460 nm); the acceptor protein absorbs blue (460 nm) and emits yellow (580 nm). Incorrect MC

ce79_ba6a

Förster resonance energy transfer (FRET) requires both an acceptor fluorescent protein and a donor fluorescent protein. Which one of the following color combinations would be an effective FRET setup? The donor protein absorbs indigo (430 nm) and emits yellow (580 nm); the acceptor protein absorbs yellow (580 nm) and emits red (700 nm). Correct The donor protein absorbs indigo (430 nm) and emits red (700 nm); the acceptor protein absorbs red (700 nm) and emits yellow (580 nm). Incorrect The donor protein absorbs red (700 nm) and emits indigo (430 nm); the acceptor protein absorbs indigo (430 nm) and emits yellow (580 nm). Incorrect The donor protein absorbs yellow (580 nm) and emits red (700 nm); the acceptor protein absorbs red (700 nm) and emits indigo (430 nm). Incorrect The donor protein absorbs red (700 nm) and emits yellow (580 nm); the acceptor protein absorbs yellow (580 nm) and emits indigo (430 nm). Incorrect The donor protein absorbs yellow (580 nm) and emits indigo (430 nm); the acceptor protein absorbs indigo (430 nm) and emits red (700 nm). Incorrect MC

ce79_e2b9

Förster resonance energy transfer (FRET) requires both an acceptor fluorescent protein and a donor fluorescent protein. Which one of the following color combinations would be an effective FRET setup? The donor protein absorbs green (530 nm) and emits indigo (430 nm); the acceptor protein absorbs indigo (430 nm) and emits orange (600 nm). Incorrect The donor protein absorbs green (530 nm) and emits orange (600 nm); the acceptor protein absorbs orange (600 nm) and emits indigo (430 nm). Incorrect The donor protein absorbs orange (600 nm) and emits green (530 nm); the acceptor protein absorbs green (530 nm) and emits indigo (430 nm). Incorrect The donor protein absorbs orange (600 nm) and emits indigo (430 nm); the acceptor protein absorbs indigo (430 nm) and emits green (530 nm). Incorrect The donor protein absorbs indigo (430 nm) and emits green (530 nm); the acceptor protein absorbs green (530 nm) and emits orange (600 nm). Correct The donor protein absorbs indigo (430 nm) and emits orange (600 nm); the acceptor protein absorbs orange (600 nm) and emits green (530 nm). Incorrect MC

ce79_4b19

Förster resonance energy transfer (FRET) requires both an acceptor fluorescent protein and a donor fluorescent protein. Which one of the following color combinations would be an effective FRET setup? The donor protein absorbs blue (460 nm) and emits violet (410 nm); the acceptor protein absorbs violet (410 nm) and emits red (700 nm). Incorrect The donor protein absorbs violet (410 nm) and emits blue (460 nm); the acceptor protein absorbs blue (460 nm) and emits red (700 nm). Correct The donor protein absorbs blue (460 nm) and emits red (700 nm); the acceptor protein absorbs red (700 nm) and emits violet (410 nm). Incorrect The donor protein absorbs red (700 nm) and emits blue (460 nm); the acceptor protein absorbs blue (460 nm) and emits violet (410 nm). Incorrect The donor protein absorbs violet (410 nm) and emits red (700 nm); the acceptor protein absorbs red (700 nm) and emits blue (460 nm). Incorrect The donor protein absorbs red (700 nm) and emits violet (410 nm); the acceptor protein absorbs violet (410 nm) and emits blue (460 nm). Incorrect MC

ce79_42ce

Förster resonance energy transfer (FRET) requires both an acceptor fluorescent protein and a donor fluorescent protein. Which one of the following color combinations would be an effective FRET setup? The donor protein absorbs blue (460 nm) and emits red (700 nm); the acceptor protein absorbs red (700 nm) and emits violet (410 nm). Incorrect The donor protein absorbs violet (410 nm) and emits red (700 nm); the acceptor protein absorbs red (700 nm) and emits blue (460 nm). Incorrect The donor protein absorbs violet (410 nm) and emits blue (460 nm); the acceptor protein absorbs blue (460 nm) and emits red (700 nm). Correct The donor protein absorbs red (700 nm) and emits blue (460 nm); the acceptor protein absorbs blue (460 nm) and emits violet (410 nm). Incorrect The donor protein absorbs red (700 nm) and emits violet (410 nm); the acceptor protein absorbs violet (410 nm) and emits blue (460 nm). Incorrect The donor protein absorbs blue (460 nm) and emits violet (410 nm); the acceptor protein absorbs violet (410 nm) and emits red (700 nm). Incorrect MC

ce79_760a

Förster resonance energy transfer (FRET) requires both an acceptor fluorescent protein and a donor fluorescent protein. Which one of the following color combinations would be an effective FRET setup? The donor protein absorbs orange (600 nm) and emits blue (460 nm); the acceptor protein absorbs blue (460 nm) and emits violet (410 nm). Incorrect The donor protein absorbs orange (600 nm) and emits violet (410 nm); the acceptor protein absorbs violet (410 nm) and emits blue (460 nm). Incorrect The donor protein absorbs blue (460 nm) and emits orange (600 nm); the acceptor protein absorbs orange (600 nm) and emits violet (410 nm). Incorrect The donor protein absorbs violet (410 nm) and emits orange (600 nm); the acceptor protein absorbs orange (600 nm) and emits blue (460 nm). Incorrect The donor protein absorbs blue (460 nm) and emits violet (410 nm); the acceptor protein absorbs violet (410 nm) and emits orange (600 nm). Incorrect The donor protein absorbs violet (410 nm) and emits blue (460 nm); the acceptor protein absorbs blue (460 nm) and emits orange (600 nm). Correct MC

ce79_0874

Förster resonance energy transfer (FRET) requires both an acceptor fluorescent protein and a donor fluorescent protein. Which one of the following color combinations would be an effective FRET setup? The donor protein absorbs yellow (580 nm) and emits red (700 nm); the acceptor protein absorbs red (700 nm) and emits indigo (430 nm). Incorrect The donor protein absorbs indigo (430 nm) and emits yellow (580 nm); the acceptor protein absorbs yellow (580 nm) and emits red (700 nm). Correct The donor protein absorbs yellow (580 nm) and emits indigo (430 nm); the acceptor protein absorbs indigo (430 nm) and emits red (700 nm). Incorrect The donor protein absorbs red (700 nm) and emits yellow (580 nm); the acceptor protein absorbs yellow (580 nm) and emits indigo (430 nm). Incorrect The donor protein absorbs red (700 nm) and emits indigo (430 nm); the acceptor protein absorbs indigo (430 nm) and emits yellow (580 nm). Incorrect The donor protein absorbs indigo (430 nm) and emits red (700 nm); the acceptor protein absorbs red (700 nm) and emits yellow (580 nm). Incorrect MC

ce79_3b65

Förster resonance energy transfer (FRET) requires both an acceptor fluorescent protein and a donor fluorescent protein. Which one of the following color combinations would be an effective FRET setup? The donor protein absorbs red (700 nm) and emits indigo (430 nm); the acceptor protein absorbs indigo (430 nm) and emits yellow (580 nm). Incorrect The donor protein absorbs yellow (580 nm) and emits red (700 nm); the acceptor protein absorbs red (700 nm) and emits indigo (430 nm). Incorrect The donor protein absorbs indigo (430 nm) and emits red (700 nm); the acceptor protein absorbs red (700 nm) and emits yellow (580 nm). Incorrect The donor protein absorbs yellow (580 nm) and emits indigo (430 nm); the acceptor protein absorbs indigo (430 nm) and emits red (700 nm). Incorrect The donor protein absorbs red (700 nm) and emits yellow (580 nm); the acceptor protein absorbs yellow (580 nm) and emits indigo (430 nm). Incorrect The donor protein absorbs indigo (430 nm) and emits yellow (580 nm); the acceptor protein absorbs yellow (580 nm) and emits red (700 nm). Correct MC

ce79_54ff

Förster resonance energy transfer (FRET) requires both an acceptor fluorescent protein and a donor fluorescent protein. Which one of the following color combinations would be an effective FRET setup? The donor protein absorbs orange (600 nm) and emits violet (410 nm); the acceptor protein absorbs violet (410 nm) and emits green (530 nm). Incorrect The donor protein absorbs violet (410 nm) and emits orange (600 nm); the acceptor protein absorbs orange (600 nm) and emits green (530 nm). Incorrect The donor protein absorbs violet (410 nm) and emits green (530 nm); the acceptor protein absorbs green (530 nm) and emits orange (600 nm). Correct The donor protein absorbs green (530 nm) and emits violet (410 nm); the acceptor protein absorbs violet (410 nm) and emits orange (600 nm). Incorrect The donor protein absorbs green (530 nm) and emits orange (600 nm); the acceptor protein absorbs orange (600 nm) and emits violet (410 nm). Incorrect The donor protein absorbs orange (600 nm) and emits green (530 nm); the acceptor protein absorbs green (530 nm) and emits violet (410 nm). Incorrect MC

ce79_5833

Förster resonance energy transfer (FRET) requires both an acceptor fluorescent protein and a donor fluorescent protein. Which one of the following color combinations would be an effective FRET setup? The donor protein absorbs yellow (580 nm) and emits blue (460 nm); the acceptor protein absorbs blue (460 nm) and emits red (700 nm). Incorrect The donor protein absorbs red (700 nm) and emits blue (460 nm); the acceptor protein absorbs blue (460 nm) and emits yellow (580 nm). Incorrect The donor protein absorbs yellow (580 nm) and emits red (700 nm); the acceptor protein absorbs red (700 nm) and emits blue (460 nm). Incorrect The donor protein absorbs blue (460 nm) and emits yellow (580 nm); the acceptor protein absorbs yellow (580 nm) and emits red (700 nm). Correct The donor protein absorbs blue (460 nm) and emits red (700 nm); the acceptor protein absorbs red (700 nm) and emits yellow (580 nm). Incorrect The donor protein absorbs red (700 nm) and emits yellow (580 nm); the acceptor protein absorbs yellow (580 nm) and emits blue (460 nm). Incorrect MC

ce79_e807

Förster resonance energy transfer (FRET) requires both an acceptor fluorescent protein and a donor fluorescent protein. Which one of the following color combinations would be an effective FRET setup? The donor protein absorbs green (530 nm) and emits violet (410 nm); the acceptor protein absorbs violet (410 nm) and emits red (700 nm). Incorrect The donor protein absorbs violet (410 nm) and emits red (700 nm); the acceptor protein absorbs red (700 nm) and emits green (530 nm). Incorrect The donor protein absorbs violet (410 nm) and emits green (530 nm); the acceptor protein absorbs green (530 nm) and emits red (700 nm). Correct The donor protein absorbs red (700 nm) and emits green (530 nm); the acceptor protein absorbs green (530 nm) and emits violet (410 nm). Incorrect The donor protein absorbs green (530 nm) and emits red (700 nm); the acceptor protein absorbs red (700 nm) and emits violet (410 nm). Incorrect The donor protein absorbs red (700 nm) and emits violet (410 nm); the acceptor protein absorbs violet (410 nm) and emits green (530 nm). Incorrect MC

ce79_afd6

Förster resonance energy transfer (FRET) requires both an acceptor fluorescent protein and a donor fluorescent protein. Which one of the following color combinations would be an effective FRET setup? The donor protein absorbs indigo (430 nm) and emits red (700 nm); the acceptor protein absorbs red (700 nm) and emits green (530 nm). Incorrect The donor protein absorbs indigo (430 nm) and emits green (530 nm); the acceptor protein absorbs green (530 nm) and emits red (700 nm). Correct The donor protein absorbs red (700 nm) and emits green (530 nm); the acceptor protein absorbs green (530 nm) and emits indigo (430 nm). Incorrect The donor protein absorbs green (530 nm) and emits indigo (430 nm); the acceptor protein absorbs indigo (430 nm) and emits red (700 nm). Incorrect The donor protein absorbs red (700 nm) and emits indigo (430 nm); the acceptor protein absorbs indigo (430 nm) and emits green (530 nm). Incorrect The donor protein absorbs green (530 nm) and emits red (700 nm); the acceptor protein absorbs red (700 nm) and emits indigo (430 nm). Incorrect MC

ce79_9a9d

Förster resonance energy transfer (FRET) requires both an acceptor fluorescent protein and a donor fluorescent protein. Which one of the following color combinations would be an effective FRET setup? The donor protein absorbs yellow (580 nm) and emits violet (410 nm); the acceptor protein absorbs violet (410 nm) and emits blue (460 nm). Incorrect The donor protein absorbs blue (460 nm) and emits violet (410 nm); the acceptor protein absorbs violet (410 nm) and emits yellow (580 nm). Incorrect The donor protein absorbs violet (410 nm) and emits yellow (580 nm); the acceptor protein absorbs yellow (580 nm) and emits blue (460 nm). Incorrect The donor protein absorbs blue (460 nm) and emits yellow (580 nm); the acceptor protein absorbs yellow (580 nm) and emits violet (410 nm). Incorrect The donor protein absorbs yellow (580 nm) and emits blue (460 nm); the acceptor protein absorbs blue (460 nm) and emits violet (410 nm). Incorrect The donor protein absorbs violet (410 nm) and emits blue (460 nm); the acceptor protein absorbs blue (460 nm) and emits yellow (580 nm). Correct MC

ce79_84a2

Förster resonance energy transfer (FRET) requires both an acceptor fluorescent protein and a donor fluorescent protein. Which one of the following color combinations would be an effective FRET setup? The donor protein absorbs violet (410 nm) and emits red (700 nm); the acceptor protein absorbs red (700 nm) and emits blue (460 nm). Incorrect The donor protein absorbs violet (410 nm) and emits blue (460 nm); the acceptor protein absorbs blue (460 nm) and emits red (700 nm). Correct The donor protein absorbs red (700 nm) and emits blue (460 nm); the acceptor protein absorbs blue (460 nm) and emits violet (410 nm). Incorrect The donor protein absorbs blue (460 nm) and emits violet (410 nm); the acceptor protein absorbs violet (410 nm) and emits red (700 nm). Incorrect The donor protein absorbs blue (460 nm) and emits red (700 nm); the acceptor protein absorbs red (700 nm) and emits violet (410 nm). Incorrect The donor protein absorbs red (700 nm) and emits violet (410 nm); the acceptor protein absorbs violet (410 nm) and emits blue (460 nm). Incorrect MC

ce79_d977

Förster resonance energy transfer (FRET) requires both an acceptor fluorescent protein and a donor fluorescent protein. Which one of the following color combinations would be an effective FRET setup? The donor protein absorbs indigo (430 nm) and emits red (700 nm); the acceptor protein absorbs red (700 nm) and emits green (530 nm). Incorrect The donor protein absorbs green (530 nm) and emits red (700 nm); the acceptor protein absorbs red (700 nm) and emits indigo (430 nm). Incorrect The donor protein absorbs red (700 nm) and emits green (530 nm); the acceptor protein absorbs green (530 nm) and emits indigo (430 nm). Incorrect The donor protein absorbs green (530 nm) and emits indigo (430 nm); the acceptor protein absorbs indigo (430 nm) and emits red (700 nm). Incorrect The donor protein absorbs red (700 nm) and emits indigo (430 nm); the acceptor protein absorbs indigo (430 nm) and emits green (530 nm). Incorrect The donor protein absorbs indigo (430 nm) and emits green (530 nm); the acceptor protein absorbs green (530 nm) and emits red (700 nm). Correct MC

ce79_42a8

Förster resonance energy transfer (FRET) requires both an acceptor fluorescent protein and a donor fluorescent protein. Which one of the following color combinations would be an effective FRET setup? The donor protein absorbs orange (600 nm) and emits green (530 nm); the acceptor protein absorbs green (530 nm) and emits violet (410 nm). Incorrect The donor protein absorbs green (530 nm) and emits violet (410 nm); the acceptor protein absorbs violet (410 nm) and emits orange (600 nm). Incorrect The donor protein absorbs orange (600 nm) and emits violet (410 nm); the acceptor protein absorbs violet (410 nm) and emits green (530 nm). Incorrect The donor protein absorbs violet (410 nm) and emits orange (600 nm); the acceptor protein absorbs orange (600 nm) and emits green (530 nm). Incorrect The donor protein absorbs violet (410 nm) and emits green (530 nm); the acceptor protein absorbs green (530 nm) and emits orange (600 nm). Correct The donor protein absorbs green (530 nm) and emits orange (600 nm); the acceptor protein absorbs orange (600 nm) and emits violet (410 nm). Incorrect MC

ce79_d682

Förster resonance energy transfer (FRET) requires both an acceptor fluorescent protein and a donor fluorescent protein. Which one of the following color combinations would be an effective FRET setup? The donor protein absorbs red (700 nm) and emits green (530 nm); the acceptor protein absorbs green (530 nm) and emits violet (410 nm). Incorrect The donor protein absorbs green (530 nm) and emits red (700 nm); the acceptor protein absorbs red (700 nm) and emits violet (410 nm). Incorrect The donor protein absorbs red (700 nm) and emits violet (410 nm); the acceptor protein absorbs violet (410 nm) and emits green (530 nm). Incorrect The donor protein absorbs green (530 nm) and emits violet (410 nm); the acceptor protein absorbs violet (410 nm) and emits red (700 nm). Incorrect The donor protein absorbs violet (410 nm) and emits red (700 nm); the acceptor protein absorbs red (700 nm) and emits green (530 nm). Incorrect The donor protein absorbs violet (410 nm) and emits green (530 nm); the acceptor protein absorbs green (530 nm) and emits red (700 nm). Correct MC

ce79_9ce0

Förster resonance energy transfer (FRET) requires both an acceptor fluorescent protein and a donor fluorescent protein. Which one of the following color combinations would be an effective FRET setup? The donor protein absorbs violet (410 nm) and emits blue (460 nm); the acceptor protein absorbs blue (460 nm) and emits orange (600 nm). Correct The donor protein absorbs blue (460 nm) and emits orange (600 nm); the acceptor protein absorbs orange (600 nm) and emits violet (410 nm). Incorrect The donor protein absorbs blue (460 nm) and emits violet (410 nm); the acceptor protein absorbs violet (410 nm) and emits orange (600 nm). Incorrect The donor protein absorbs orange (600 nm) and emits violet (410 nm); the acceptor protein absorbs violet (410 nm) and emits blue (460 nm). Incorrect The donor protein absorbs orange (600 nm) and emits blue (460 nm); the acceptor protein absorbs blue (460 nm) and emits violet (410 nm). Incorrect The donor protein absorbs violet (410 nm) and emits orange (600 nm); the acceptor protein absorbs orange (600 nm) and emits blue (460 nm). Incorrect MC

ce79_0b03

Förster resonance energy transfer (FRET) requires both an acceptor fluorescent protein and a donor fluorescent protein. Which one of the following color combinations would be an effective FRET setup? The donor protein absorbs orange (600 nm) and emits blue (460 nm); the acceptor protein absorbs blue (460 nm) and emits violet (410 nm). Incorrect The donor protein absorbs violet (410 nm) and emits orange (600 nm); the acceptor protein absorbs orange (600 nm) and emits blue (460 nm). Incorrect The donor protein absorbs blue (460 nm) and emits orange (600 nm); the acceptor protein absorbs orange (600 nm) and emits violet (410 nm). Incorrect The donor protein absorbs violet (410 nm) and emits blue (460 nm); the acceptor protein absorbs blue (460 nm) and emits orange (600 nm). Correct The donor protein absorbs orange (600 nm) and emits violet (410 nm); the acceptor protein absorbs violet (410 nm) and emits blue (460 nm). Incorrect The donor protein absorbs blue (460 nm) and emits violet (410 nm); the acceptor protein absorbs violet (410 nm) and emits orange (600 nm). Incorrect MC

ce79_5d3c

Förster resonance energy transfer (FRET) requires both an acceptor fluorescent protein and a donor fluorescent protein. Which one of the following color combinations would be an effective FRET setup? The donor protein absorbs violet (410 nm) and emits blue (460 nm); the acceptor protein absorbs blue (460 nm) and emits red (700 nm). Correct The donor protein absorbs blue (460 nm) and emits violet (410 nm); the acceptor protein absorbs violet (410 nm) and emits red (700 nm). Incorrect The donor protein absorbs violet (410 nm) and emits red (700 nm); the acceptor protein absorbs red (700 nm) and emits blue (460 nm). Incorrect The donor protein absorbs red (700 nm) and emits violet (410 nm); the acceptor protein absorbs violet (410 nm) and emits blue (460 nm). Incorrect The donor protein absorbs blue (460 nm) and emits red (700 nm); the acceptor protein absorbs red (700 nm) and emits violet (410 nm). Incorrect The donor protein absorbs red (700 nm) and emits blue (460 nm); the acceptor protein absorbs blue (460 nm) and emits violet (410 nm). Incorrect MC

ce79_f455

Förster resonance energy transfer (FRET) requires both an acceptor fluorescent protein and a donor fluorescent protein. Which one of the following color combinations would be an effective FRET setup? The donor protein absorbs red (700 nm) and emits violet (410 nm); the acceptor protein absorbs violet (410 nm) and emits blue (460 nm). Incorrect The donor protein absorbs violet (410 nm) and emits red (700 nm); the acceptor protein absorbs red (700 nm) and emits blue (460 nm). Incorrect The donor protein absorbs red (700 nm) and emits blue (460 nm); the acceptor protein absorbs blue (460 nm) and emits violet (410 nm). Incorrect The donor protein absorbs blue (460 nm) and emits violet (410 nm); the acceptor protein absorbs violet (410 nm) and emits red (700 nm). Incorrect The donor protein absorbs blue (460 nm) and emits red (700 nm); the acceptor protein absorbs red (700 nm) and emits violet (410 nm). Incorrect The donor protein absorbs violet (410 nm) and emits blue (460 nm); the acceptor protein absorbs blue (460 nm) and emits red (700 nm). Correct MC

ce79_354c

Förster resonance energy transfer (FRET) requires both an acceptor fluorescent protein and a donor fluorescent protein. Which one of the following color combinations would be an effective FRET setup? The donor protein absorbs yellow (580 nm) and emits red (700 nm); the acceptor protein absorbs red (700 nm) and emits violet (410 nm). Incorrect The donor protein absorbs yellow (580 nm) and emits violet (410 nm); the acceptor protein absorbs violet (410 nm) and emits red (700 nm). Incorrect The donor protein absorbs red (700 nm) and emits yellow (580 nm); the acceptor protein absorbs yellow (580 nm) and emits violet (410 nm). Incorrect The donor protein absorbs violet (410 nm) and emits yellow (580 nm); the acceptor protein absorbs yellow (580 nm) and emits red (700 nm). Correct The donor protein absorbs red (700 nm) and emits violet (410 nm); the acceptor protein absorbs violet (410 nm) and emits yellow (580 nm). Incorrect The donor protein absorbs violet (410 nm) and emits red (700 nm); the acceptor protein absorbs red (700 nm) and emits yellow (580 nm). Incorrect MC

ce79_a35d

Förster resonance energy transfer (FRET) requires both an acceptor fluorescent protein and a donor fluorescent protein. Which one of the following color combinations would be an effective FRET setup? The donor protein absorbs blue (460 nm) and emits violet (410 nm); the acceptor protein absorbs violet (410 nm) and emits yellow (580 nm). Incorrect The donor protein absorbs blue (460 nm) and emits yellow (580 nm); the acceptor protein absorbs yellow (580 nm) and emits violet (410 nm). Incorrect The donor protein absorbs yellow (580 nm) and emits blue (460 nm); the acceptor protein absorbs blue (460 nm) and emits violet (410 nm). Incorrect The donor protein absorbs violet (410 nm) and emits yellow (580 nm); the acceptor protein absorbs yellow (580 nm) and emits blue (460 nm). Incorrect The donor protein absorbs violet (410 nm) and emits blue (460 nm); the acceptor protein absorbs blue (460 nm) and emits yellow (580 nm). Correct The donor protein absorbs yellow (580 nm) and emits violet (410 nm); the acceptor protein absorbs violet (410 nm) and emits blue (460 nm). Incorrect MC

ce79_0c85

Förster resonance energy transfer (FRET) requires both an acceptor fluorescent protein and a donor fluorescent protein. Which one of the following color combinations would be an effective FRET setup? The donor protein absorbs yellow (580 nm) and emits violet (410 nm); the acceptor protein absorbs violet (410 nm) and emits red (700 nm). Incorrect The donor protein absorbs yellow (580 nm) and emits red (700 nm); the acceptor protein absorbs red (700 nm) and emits violet (410 nm). Incorrect The donor protein absorbs violet (410 nm) and emits yellow (580 nm); the acceptor protein absorbs yellow (580 nm) and emits red (700 nm). Correct The donor protein absorbs violet (410 nm) and emits red (700 nm); the acceptor protein absorbs red (700 nm) and emits yellow (580 nm). Incorrect The donor protein absorbs red (700 nm) and emits violet (410 nm); the acceptor protein absorbs violet (410 nm) and emits yellow (580 nm). Incorrect The donor protein absorbs red (700 nm) and emits yellow (580 nm); the acceptor protein absorbs yellow (580 nm) and emits violet (410 nm). Incorrect MC

ce79_9a26

Förster resonance energy transfer (FRET) requires both an acceptor fluorescent protein and a donor fluorescent protein. Which one of the following color combinations would be an effective FRET setup? The donor protein absorbs yellow (580 nm) and emits red (700 nm); the acceptor protein absorbs red (700 nm) and emits violet (410 nm). Incorrect The donor protein absorbs violet (410 nm) and emits red (700 nm); the acceptor protein absorbs red (700 nm) and emits yellow (580 nm). Incorrect The donor protein absorbs red (700 nm) and emits violet (410 nm); the acceptor protein absorbs violet (410 nm) and emits yellow (580 nm). Incorrect The donor protein absorbs yellow (580 nm) and emits violet (410 nm); the acceptor protein absorbs violet (410 nm) and emits red (700 nm). Incorrect The donor protein absorbs violet (410 nm) and emits yellow (580 nm); the acceptor protein absorbs yellow (580 nm) and emits red (700 nm). Correct The donor protein absorbs red (700 nm) and emits yellow (580 nm); the acceptor protein absorbs yellow (580 nm) and emits violet (410 nm). Incorrect MC

ce79_c06e

Förster resonance energy transfer (FRET) requires both an acceptor fluorescent protein and a donor fluorescent protein. Which one of the following color combinations would be an effective FRET setup? The donor protein absorbs red (700 nm) and emits yellow (580 nm); the acceptor protein absorbs yellow (580 nm) and emits blue (460 nm). Incorrect The donor protein absorbs yellow (580 nm) and emits blue (460 nm); the acceptor protein absorbs blue (460 nm) and emits red (700 nm). Incorrect The donor protein absorbs yellow (580 nm) and emits red (700 nm); the acceptor protein absorbs red (700 nm) and emits blue (460 nm). Incorrect The donor protein absorbs blue (460 nm) and emits yellow (580 nm); the acceptor protein absorbs yellow (580 nm) and emits red (700 nm). Correct The donor protein absorbs red (700 nm) and emits blue (460 nm); the acceptor protein absorbs blue (460 nm) and emits yellow (580 nm). Incorrect The donor protein absorbs blue (460 nm) and emits red (700 nm); the acceptor protein absorbs red (700 nm) and emits yellow (580 nm). Incorrect MC

ce79_af89

Förster resonance energy transfer (FRET) requires both an acceptor fluorescent protein and a donor fluorescent protein. Which one of the following color combinations would be an effective FRET setup? The donor protein absorbs yellow (580 nm) and emits blue (460 nm); the acceptor protein absorbs blue (460 nm) and emits red (700 nm). Incorrect The donor protein absorbs blue (460 nm) and emits yellow (580 nm); the acceptor protein absorbs yellow (580 nm) and emits red (700 nm). Correct The donor protein absorbs red (700 nm) and emits yellow (580 nm); the acceptor protein absorbs yellow (580 nm) and emits blue (460 nm). Incorrect The donor protein absorbs yellow (580 nm) and emits red (700 nm); the acceptor protein absorbs red (700 nm) and emits blue (460 nm). Incorrect The donor protein absorbs red (700 nm) and emits blue (460 nm); the acceptor protein absorbs blue (460 nm) and emits yellow (580 nm). Incorrect The donor protein absorbs blue (460 nm) and emits red (700 nm); the acceptor protein absorbs red (700 nm) and emits yellow (580 nm). Incorrect MC

ce79_4298

Förster resonance energy transfer (FRET) requires both an acceptor fluorescent protein and a donor fluorescent protein. Which one of the following color combinations would be an effective FRET setup? The donor protein absorbs blue (460 nm) and emits violet (410 nm); the acceptor protein absorbs violet (410 nm) and emits red (700 nm). Incorrect The donor protein absorbs blue (460 nm) and emits red (700 nm); the acceptor protein absorbs red (700 nm) and emits violet (410 nm). Incorrect The donor protein absorbs red (700 nm) and emits blue (460 nm); the acceptor protein absorbs blue (460 nm) and emits violet (410 nm). Incorrect The donor protein absorbs violet (410 nm) and emits blue (460 nm); the acceptor protein absorbs blue (460 nm) and emits red (700 nm). Correct The donor protein absorbs red (700 nm) and emits violet (410 nm); the acceptor protein absorbs violet (410 nm) and emits blue (460 nm). Incorrect The donor protein absorbs violet (410 nm) and emits red (700 nm); the acceptor protein absorbs red (700 nm) and emits blue (460 nm). Incorrect MC

ce79_cdf9

Förster resonance energy transfer (FRET) requires both an acceptor fluorescent protein and a donor fluorescent protein. Which one of the following color combinations would be an effective FRET setup? The donor protein absorbs yellow (580 nm) and emits violet (410 nm); the acceptor protein absorbs violet (410 nm) and emits red (700 nm). Incorrect The donor protein absorbs red (700 nm) and emits yellow (580 nm); the acceptor protein absorbs yellow (580 nm) and emits violet (410 nm). Incorrect The donor protein absorbs violet (410 nm) and emits red (700 nm); the acceptor protein absorbs red (700 nm) and emits yellow (580 nm). Incorrect The donor protein absorbs violet (410 nm) and emits yellow (580 nm); the acceptor protein absorbs yellow (580 nm) and emits red (700 nm). Correct The donor protein absorbs yellow (580 nm) and emits red (700 nm); the acceptor protein absorbs red (700 nm) and emits violet (410 nm). Incorrect The donor protein absorbs red (700 nm) and emits violet (410 nm); the acceptor protein absorbs violet (410 nm) and emits yellow (580 nm). Incorrect MC

ce79_33f4

Förster resonance energy transfer (FRET) requires both an acceptor fluorescent protein and a donor fluorescent protein. Which one of the following color combinations would be an effective FRET setup? The donor protein absorbs violet (410 nm) and emits orange (600 nm); the acceptor protein absorbs orange (600 nm) and emits blue (460 nm). Incorrect The donor protein absorbs blue (460 nm) and emits violet (410 nm); the acceptor protein absorbs violet (410 nm) and emits orange (600 nm). Incorrect The donor protein absorbs blue (460 nm) and emits orange (600 nm); the acceptor protein absorbs orange (600 nm) and emits violet (410 nm). Incorrect The donor protein absorbs orange (600 nm) and emits blue (460 nm); the acceptor protein absorbs blue (460 nm) and emits violet (410 nm). Incorrect The donor protein absorbs orange (600 nm) and emits violet (410 nm); the acceptor protein absorbs violet (410 nm) and emits blue (460 nm). Incorrect The donor protein absorbs violet (410 nm) and emits blue (460 nm); the acceptor protein absorbs blue (460 nm) and emits orange (600 nm). Correct MC

ce79_6ed7

Förster resonance energy transfer (FRET) requires both an acceptor fluorescent protein and a donor fluorescent protein. Which one of the following color combinations would be an effective FRET setup? The donor protein absorbs indigo (430 nm) and emits green (530 nm); the acceptor protein absorbs green (530 nm) and emits red (700 nm). Correct The donor protein absorbs red (700 nm) and emits indigo (430 nm); the acceptor protein absorbs indigo (430 nm) and emits green (530 nm). Incorrect The donor protein absorbs green (530 nm) and emits red (700 nm); the acceptor protein absorbs red (700 nm) and emits indigo (430 nm). Incorrect The donor protein absorbs red (700 nm) and emits green (530 nm); the acceptor protein absorbs green (530 nm) and emits indigo (430 nm). Incorrect The donor protein absorbs green (530 nm) and emits indigo (430 nm); the acceptor protein absorbs indigo (430 nm) and emits red (700 nm). Incorrect The donor protein absorbs indigo (430 nm) and emits red (700 nm); the acceptor protein absorbs red (700 nm) and emits green (530 nm). Incorrect MC

ce79_f0b6

Förster resonance energy transfer (FRET) requires both an acceptor fluorescent protein and a donor fluorescent protein. Which one of the following color combinations would be an effective FRET setup? The donor protein absorbs red (700 nm) and emits green (530 nm); the acceptor protein absorbs green (530 nm) and emits violet (410 nm). Incorrect The donor protein absorbs violet (410 nm) and emits green (530 nm); the acceptor protein absorbs green (530 nm) and emits red (700 nm). Correct The donor protein absorbs violet (410 nm) and emits red (700 nm); the acceptor protein absorbs red (700 nm) and emits green (530 nm). Incorrect The donor protein absorbs green (530 nm) and emits red (700 nm); the acceptor protein absorbs red (700 nm) and emits violet (410 nm). Incorrect The donor protein absorbs red (700 nm) and emits violet (410 nm); the acceptor protein absorbs violet (410 nm) and emits green (530 nm). Incorrect The donor protein absorbs green (530 nm) and emits violet (410 nm); the acceptor protein absorbs violet (410 nm) and emits red (700 nm). Incorrect MC

ce79_fe48

Förster resonance energy transfer (FRET) requires both an acceptor fluorescent protein and a donor fluorescent protein. Which one of the following color combinations would be an effective FRET setup? The donor protein absorbs indigo (430 nm) and emits green (530 nm); the acceptor protein absorbs green (530 nm) and emits orange (600 nm). Correct The donor protein absorbs orange (600 nm) and emits green (530 nm); the acceptor protein absorbs green (530 nm) and emits indigo (430 nm). Incorrect The donor protein absorbs green (530 nm) and emits indigo (430 nm); the acceptor protein absorbs indigo (430 nm) and emits orange (600 nm). Incorrect The donor protein absorbs green (530 nm) and emits orange (600 nm); the acceptor protein absorbs orange (600 nm) and emits indigo (430 nm). Incorrect The donor protein absorbs indigo (430 nm) and emits orange (600 nm); the acceptor protein absorbs orange (600 nm) and emits green (530 nm). Incorrect The donor protein absorbs orange (600 nm) and emits indigo (430 nm); the acceptor protein absorbs indigo (430 nm) and emits green (530 nm). Incorrect MC

ce79_0a83

Förster resonance energy transfer (FRET) requires both an acceptor fluorescent protein and a donor fluorescent protein. Which one of the following color combinations would be an effective FRET setup? The donor protein absorbs red (700 nm) and emits violet (410 nm); the acceptor protein absorbs violet (410 nm) and emits green (530 nm). Incorrect The donor protein absorbs green (530 nm) and emits violet (410 nm); the acceptor protein absorbs violet (410 nm) and emits red (700 nm). Incorrect The donor protein absorbs red (700 nm) and emits green (530 nm); the acceptor protein absorbs green (530 nm) and emits violet (410 nm). Incorrect The donor protein absorbs violet (410 nm) and emits green (530 nm); the acceptor protein absorbs green (530 nm) and emits red (700 nm). Correct The donor protein absorbs green (530 nm) and emits red (700 nm); the acceptor protein absorbs red (700 nm) and emits violet (410 nm). Incorrect The donor protein absorbs violet (410 nm) and emits red (700 nm); the acceptor protein absorbs red (700 nm) and emits green (530 nm). Incorrect