ce79_c06a

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 red (700 nm) and emits yellow (580 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 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 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 red (700 nm) and emits violet (410 nm). Incorrect MC

ce79_45b5

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 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 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 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 MC

ce79_ab1d

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 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 indigo (430 nm) and emits green (530 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 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 orange (600 nm) and emits indigo (430 nm). Incorrect MC

ce79_93f3

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 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 violet (410 nm) and emits blue (460 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 violet (410 nm) and emits red (700 nm). Incorrect MC

ce79_45c1

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 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 yellow (580 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 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 blue (460 nm) and emits red (700 nm). Incorrect MC

ce79_dd1d

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 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 red (700 nm) and emits green (530 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 indigo (430 nm) and emits red (700 nm). Incorrect MC

ce79_1a64

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 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 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 yellow (580 nm) and emits blue (460 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_e40c

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 violet (410 nm) and emits blue (460 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 blue (460 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 red (700 nm) and emits violet (410 nm). Incorrect MC

ce79_eee8

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 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 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 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_2fd6

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 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 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 violet (410 nm) and emits red (700 nm). Incorrect The donor protein absorbs red (700 nm) and emits blue (460 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_bdc7

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 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 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 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 green (530 nm); the acceptor protein absorbs red (700 nm) and emits indigo (430 nm). Incorrect MC

ce79_c91e

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 violet (410 nm) and emits blue (460 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 violet (410 nm) and emits red (700 nm). Incorrect The donor protein absorbs red (700 nm) and emits blue (460 nm); the acceptor protein absorbs violet (410 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 violet (410 nm). Incorrect MC

ce79_9b1c

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 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 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 yellow (580 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 indigo (430 nm) and emits yellow (580 nm). Incorrect MC

ce79_f4ae

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 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 yellow (580 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 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 red (700 nm) and emits blue (460 nm). Incorrect MC

ce79_9817

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 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 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 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 MC

ce79_a57d

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 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 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 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 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_33d8

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 blue (460 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 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 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 orange (600 nm) and emits blue (460 nm). Incorrect MC

ce79_813f

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 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 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 The donor protein absorbs red (700 nm) and emits blue (460 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 MC

ce79_5485

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 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 red (700 nm) and emits yellow (580 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 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_b74b

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 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 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 orange (600 nm) and emits green (530 nm); the acceptor protein absorbs violet (410 nm) and emits green (530 nm). Incorrect MC

ce79_f9cd

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 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 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 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 orange (600 nm) and emits green (530 nm). Incorrect MC

ce79_f6d2

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 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 The donor protein absorbs red (700 nm) and emits yellow (580 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 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 MC

ce79_8cf4

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 red (700 nm) and emits green (530 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 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 violet (410 nm) and emits red (700 nm). Incorrect MC

ce79_f437

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 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 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 yellow (580 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 violet (410 nm) and emits red (700 nm). Incorrect MC

ce79_1d78

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 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 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 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 violet (410 nm) and emits green (530 nm). Incorrect MC

ce79_e8f6

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 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 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 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 violet (410 nm) and emits red (700 nm). Incorrect MC

ce79_5036

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 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 red (700 nm) and emits yellow (580 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 blue (460 nm) and emits yellow (580 nm). Incorrect MC

ce79_7800

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 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 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 indigo (430 nm) and emits green (530 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 MC

ce79_337e

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 yellow (580 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 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 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 violet (410 nm) and emits yellow (580 nm). Incorrect MC

ce79_4700

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 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 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 red (700 nm) and emits yellow (580 nm). Incorrect MC

ce79_8344

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 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 blue (460 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 violet (410 nm) and emits blue (460 nm); the acceptor protein absorbs violet (410 nm) and emits orange (600 nm). Incorrect MC

ce79_7ce6

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 violet (410 nm) and emits red (700 nm). Incorrect The donor protein absorbs red (700 nm) and emits blue (460 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 violet (410 nm) and emits blue (460 nm); the acceptor protein absorbs violet (410 nm) and emits red (700 nm). Incorrect The donor protein absorbs red (700 nm) and emits blue (460 nm); the acceptor protein absorbs red (700 nm) and emits violet (410 nm). Incorrect MC

ce79_c23c

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 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 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 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 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 MC

ce79_e46f

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 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 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 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 yellow (580 nm); the acceptor protein absorbs blue (460 nm) and emits red (700 nm). Incorrect MC

ce79_8472

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 blue (460 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 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 blue (460 nm); the acceptor protein absorbs red (700 nm) and emits violet (410 nm). Incorrect MC

ce79_e08a

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 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 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 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 red (700 nm) and emits indigo (430 nm). Incorrect MC

ce79_4c97

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 yellow (580 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 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 red (700 nm) and emits indigo (430 nm). Incorrect MC

ce79_2184

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 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 green (530 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 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 violet (410 nm) and emits red (700 nm). Incorrect MC

ce79_f23b

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 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 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 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 red (700 nm) and emits green (530 nm); the acceptor protein absorbs violet (410 nm) and emits green (530 nm). Incorrect MC

ce79_9854

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 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 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 violet (410 nm) and emits blue (460 nm); the acceptor protein absorbs orange (600 nm) and emits violet (410 nm). Incorrect MC

ce79_9d83

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 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 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 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 violet (410 nm) and emits red (700 nm). Incorrect MC

ce79_3ca7

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 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 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 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 indigo (430 nm) and emits red (700 nm). Incorrect MC

ce79_3eb6

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 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 orange (600 nm) and emits green (530 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 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_49f5

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 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 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 green (530 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_19a7

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 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 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 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 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 MC

ce79_1ad5

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 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 red (700 nm) and emits green (530 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 violet (410 nm) and emits red (700 nm). Incorrect MC

ce79_8dd6

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 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 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 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 orange (600 nm) and emits green (530 nm). Incorrect MC

ce79_d9fc

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 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 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 green (530 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 violet (410 nm) and emits orange (600 nm). Incorrect MC

ce79_6294

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 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 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 orange (600 nm) and emits green (530 nm); the acceptor protein absorbs indigo (430 nm) and emits green (530 nm). Incorrect MC

ce79_0104

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 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 violet (410 nm) and emits blue (460 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 violet (410 nm) and emits blue (460 nm). Incorrect MC

ce79_f458

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 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 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 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 violet (410 nm) and emits red (700 nm). Incorrect MC

ce79_3287

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 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 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 blue (460 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 violet (410 nm) and emits blue (460 nm). Incorrect MC

ce79_6b64

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 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 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 The donor protein absorbs violet (410 nm) and emits blue (460 nm); the acceptor protein absorbs yellow (580 nm) and emits blue (460 nm). Incorrect MC

ce79_81a4

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 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 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 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 green (530 nm); the acceptor protein absorbs orange (600 nm) and emits green (530 nm). Incorrect MC

ce79_dba5

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 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 blue (460 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 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_0b77

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 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 red (700 nm) and emits green (530 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 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 red (700 nm) and emits indigo (430 nm). Incorrect MC

ce79_77a5

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 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 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 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 red (700 nm) and emits yellow (580 nm); the acceptor protein absorbs yellow (580 nm) and emits indigo (430 nm). Incorrect MC

ce79_37e6

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 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 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 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 blue (460 nm) and emits yellow (580 nm); the acceptor protein absorbs yellow (580 nm) and emits red (700 nm). Correct MC

ce79_c8da

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 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 red (700 nm) and emits yellow (580 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 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 indigo (430 nm) and emits red (700 nm). Incorrect MC

ce79_b88b

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 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 red (700 nm) and emits green (530 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 red (700 nm) and emits green (530 nm). Incorrect MC

ce79_31f8

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 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 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 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 MC

ce79_2080

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 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 indigo (430 nm) and emits green (530 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 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_514a

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 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 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 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_de3a

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 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 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 yellow (580 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 red (700 nm) and emits yellow (580 nm). Incorrect MC

ce79_e5b0

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 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 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 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 red (700 nm) and emits green (530 nm); the acceptor protein absorbs red (700 nm) and emits violet (410 nm). Incorrect MC

ce79_980c

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 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 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 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 MC

ce79_a99c

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 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 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 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 indigo (430 nm) and emits yellow (580 nm). Incorrect MC

ce79_8083

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 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 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 orange (600 nm) and emits green (530 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_9b73

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 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 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 yellow (580 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 violet (410 nm) and emits red (700 nm). Incorrect MC

ce79_b531

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 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 blue (460 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 violet (410 nm) and emits red (700 nm). Incorrect The donor protein absorbs red (700 nm) and emits blue (460 nm); the acceptor protein absorbs violet (410 nm) and emits blue (460 nm). Incorrect MC

ce79_4416

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 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 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 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 red (700 nm) and emits indigo (430 nm). Incorrect MC

ce79_8312

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 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 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 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 orange (600 nm) and emits violet (410 nm). Incorrect MC

ce79_1c7a

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 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 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 red (700 nm) and emits yellow (580 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 MC

ce79_e2bd

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 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 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 blue (460 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 violet (410 nm) and emits red (700 nm). Incorrect MC

ce79_7765

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 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 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 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 blue (460 nm); the acceptor protein absorbs violet (410 nm) and emits yellow (580 nm). Incorrect MC

ce79_aba4

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 orange (600 nm) and emits green (530 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 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 violet (410 nm) and emits orange (600 nm). Incorrect MC

ce79_2a24

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 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 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 orange (600 nm) and emits green (530 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 violet (410 nm) and emits green (530 nm). Incorrect MC

ce79_766e

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 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 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 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 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_a371

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 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 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 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 violet (410 nm) and emits red (700 nm). Incorrect MC

ce79_b36e

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 violet (410 nm) and emits blue (460 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 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 orange (600 nm) and emits blue (460 nm). Incorrect MC

ce79_6c78

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 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 green (530 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 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 red (700 nm) and emits green (530 nm). Incorrect MC

ce79_679e

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 yellow (580 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 yellow (580 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 violet (410 nm) and emits red (700 nm). Incorrect MC

ce79_966c

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 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 The donor protein absorbs violet (410 nm) and emits blue (460 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 yellow (580 nm) and emits violet (410 nm). Incorrect MC

ce79_91f4

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 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 The donor protein absorbs yellow (580 nm) and emits blue (460 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 violet (410 nm) and emits yellow (580 nm). Incorrect MC

ce79_fae0

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 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 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 green (530 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_3eba

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 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 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 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 green (530 nm); the acceptor protein absorbs red (700 nm) and emits violet (410 nm). Incorrect MC

ce79_8cae

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 red (700 nm) and emits green (530 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 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 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 red (700 nm) and emits violet (410 nm). Incorrect MC

ce79_8a89

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 yellow (580 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 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 indigo (430 nm) and emits yellow (580 nm); the acceptor protein absorbs indigo (430 nm) and emits red (700 nm). Incorrect MC

ce79_9c8c

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 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 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 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 indigo (430 nm) and emits red (700 nm). Incorrect MC

ce79_e31a

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 blue (460 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 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 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 violet (410 nm) and emits yellow (580 nm). Incorrect MC

ce79_8e45

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 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 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 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 green (530 nm); the acceptor protein absorbs indigo (430 nm) and emits red (700 nm). Incorrect MC

ce79_d843

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 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 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 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 violet (410 nm) and emits orange (600 nm). Incorrect MC

ce79_f813

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 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 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 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 MC

ce79_b38c

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 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 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 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 red (700 nm) and emits blue (460 nm). Incorrect MC

ce79_d13d

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 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 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 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 yellow (580 nm); the acceptor protein absorbs red (700 nm) and emits indigo (430 nm). Incorrect MC

ce79_2969

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 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 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 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 MC

ce79_a8a1

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 red (700 nm) and emits yellow (580 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 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 yellow (580 nm); the acceptor protein absorbs red (700 nm) and emits yellow (580 nm). Incorrect MC

ce79_a443

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 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 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 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 yellow (580 nm) and emits blue (460 nm). Incorrect MC

ce79_1ae3

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 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 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 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 blue (460 nm); the acceptor protein absorbs blue (460 nm) and emits violet (410 nm). Incorrect MC

ce79_f16b

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 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 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 blue (460 nm) and emits yellow (580 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 blue (460 nm) and emits yellow (580 nm). Incorrect MC

ce79_5fcb

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 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 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 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 indigo (430 nm) and emits orange (600 nm). Incorrect MC

ce79_bf46

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 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 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 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 green (530 nm); the acceptor protein absorbs orange (600 nm) and emits green (530 nm). Incorrect MC

ce79_1d7e

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 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 orange (600 nm) and emits green (530 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 indigo (430 nm) and emits green (530 nm). Incorrect MC

ce79_a9cc

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 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 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 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 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 MC

ce79_5eee

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 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 green (530 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 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 MC

ce79_d06e

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 violet (410 nm) and emits red (700 nm). Incorrect The donor protein absorbs red (700 nm) and emits blue (460 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 The donor protein absorbs violet (410 nm) and emits blue (460 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 violet (410 nm) and emits red (700 nm). Incorrect MC

ce79_5a7b

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 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 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 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_7265

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 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 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 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 yellow (580 nm) and emits blue (460 nm). Incorrect MC

ce79_ab14

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 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 The donor protein absorbs indigo (430 nm) and emits green (530 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 indigo (430 nm) and emits orange (600 nm). Incorrect MC

ce79_9b6e

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 violet (410 nm) and emits red (700 nm). Incorrect The donor protein absorbs red (700 nm) and emits blue (460 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 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 violet (410 nm) and emits blue (460 nm); the acceptor protein absorbs red (700 nm) and emits violet (410 nm). Incorrect MC

ce79_e89e

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 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 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 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 MC

ce79_6015

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 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 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 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 orange (600 nm) and emits violet (410 nm). Incorrect MC

ce79_7e74

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 green (530 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 violet (410 nm) and emits green (530 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 orange (600 nm) and emits violet (410 nm). Incorrect MC

ce79_24dd

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 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 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 yellow (580 nm); the acceptor protein absorbs indigo (430 nm) and emits yellow (580 nm). Incorrect MC

ce79_dd48

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 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 green (530 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 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 indigo (430 nm) and emits orange (600 nm). Incorrect MC

ce79_cd3d

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 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 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 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_4f26

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 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 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 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 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 MC

ce79_42ee

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 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 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 green (530 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 orange (600 nm) and emits violet (410 nm). Incorrect MC

ce79_9ced

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 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 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 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 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_eedd

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 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 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 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 MC

ce79_44e7

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 green (530 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 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 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_059a

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 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 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 green (530 nm); the acceptor protein absorbs indigo (430 nm) and emits green (530 nm). Incorrect MC

ce79_4116

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 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 yellow (580 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 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 red (700 nm) and emits indigo (430 nm). Incorrect MC

ce79_9d57

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 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 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 yellow (580 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 red (700 nm) and emits violet (410 nm). Incorrect MC

ce79_ccc0

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 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 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 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 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 MC

ce79_1006

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 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 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 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 red (700 nm) and emits indigo (430 nm). Incorrect MC

ce79_d07b

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 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 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 violet (410 nm) and emits blue (460 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 orange (600 nm) and emits violet (410 nm). Incorrect MC

ce79_fbda

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 violet (410 nm) and emits green (530 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 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 violet (410 nm) and emits red (700 nm). Incorrect MC

ce79_194c

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 indigo (430 nm) and emits green (530 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 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 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 indigo (430 nm) and emits orange (600 nm). Incorrect MC

ce79_3a8e

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 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 indigo (430 nm) and emits green (530 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 indigo (430 nm) and emits green (530 nm); the acceptor protein absorbs indigo (430 nm) and emits orange (600 nm). Incorrect MC

ce79_f626

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 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 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 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 indigo (430 nm) and emits green (530 nm). Incorrect MC

ce79_d4eb

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 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 orange (600 nm) and emits green (530 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 orange (600 nm) and emits green (530 nm); the acceptor protein absorbs violet (410 nm) and emits green (530 nm). Incorrect MC

ce79_ad38

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 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 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 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 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 MC

ce79_8f04

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 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 green (530 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 indigo (430 nm) and emits green (530 nm). Incorrect MC

ce79_d239

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 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 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 yellow (580 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_b49f

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 red (700 nm) and emits green (530 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 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 green (530 nm); the acceptor protein absorbs red (700 nm) and emits green (530 nm). Incorrect MC

ce79_3581

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 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 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 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 yellow (580 nm) and emits blue (460 nm); the acceptor protein absorbs blue (460 nm) and emits violet (410 nm). Incorrect MC

ce79_2a37

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 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 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 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 MC

ce79_6a0c

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 indigo (430 nm) and emits green (530 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 red (700 nm) and emits green (530 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 indigo (430 nm) and emits red (700 nm). Incorrect MC

ce79_f420

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 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 red (700 nm) and emits green (530 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 red (700 nm) and emits indigo (430 nm). Incorrect MC

ce79_2f79

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 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 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 blue (460 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 red (700 nm) and emits violet (410 nm). Incorrect MC

ce79_caff

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 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 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 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 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 MC

ce79_a559

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 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 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 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 orange (600 nm) and emits green (530 nm). Incorrect MC

ce79_9f9c

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 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 indigo (430 nm) and emits yellow (580 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 indigo (430 nm) and emits red (700 nm). Incorrect MC

ce79_ef3f

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 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 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 green (530 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 violet (410 nm) and emits orange (600 nm). Incorrect MC

ce79_edf4

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 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 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 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 MC

ce79_0d32

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 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 red (700 nm) and emits green (530 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 violet (410 nm) and emits red (700 nm). Incorrect MC

ce79_78d2

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 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 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 The donor protein absorbs violet (410 nm) and emits blue (460 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 MC

ce79_95fc

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 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 The donor protein absorbs yellow (580 nm) and emits blue (460 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 violet (410 nm) and emits yellow (580 nm). Incorrect MC

ce79_afd2

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 blue (460 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 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 The donor protein absorbs red (700 nm) and emits blue (460 nm); the acceptor protein absorbs violet (410 nm) and emits blue (460 nm). Incorrect MC

ce79_95ee

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 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 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 blue (460 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 violet (410 nm) and emits blue (460 nm). Incorrect MC

ce79_4cfb

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 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 The donor protein absorbs red (700 nm) and emits yellow (580 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 blue (460 nm) and emits red (700 nm). Incorrect MC

ce79_c43e

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 red (700 nm) and emits green (530 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 green (530 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 red (700 nm) and emits violet (410 nm). Incorrect MC

ce79_9d53

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 green (530 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 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 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 orange (600 nm) and emits violet (410 nm). Incorrect MC

ce79_7bcc

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 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 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 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 MC

ce79_eb78

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 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 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 blue (460 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 orange (600 nm) and emits violet (410 nm). Incorrect MC

ce79_988a

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 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 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 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_1a46

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 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 yellow (580 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 yellow (580 nm); the acceptor protein absorbs red (700 nm) and emits indigo (430 nm). Incorrect MC

ce79_9909

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 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 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 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 orange (600 nm) and emits violet (410 nm). Incorrect MC

ce79_bbe7

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 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 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 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 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_5262

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 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 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 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 green (530 nm); the acceptor protein absorbs red (700 nm) and emits green (530 nm). Incorrect MC

ce79_5d00

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 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 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 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 blue (460 nm); the acceptor protein absorbs violet (410 nm) and emits orange (600 nm). Incorrect MC

ce79_a873

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 violet (410 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 violet (410 nm). Incorrect The donor protein absorbs violet (410 nm) and emits blue (460 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 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_c3c6

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 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 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 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 red (700 nm) and emits violet (410 nm). Incorrect MC

ce79_3b27

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 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 green (530 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 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 indigo (430 nm) and emits red (700 nm). Incorrect MC

ce79_b487

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 red (700 nm) and emits yellow (580 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 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 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_4a36

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 red (700 nm) and emits green (530 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 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 red (700 nm) and emits green (530 nm). Incorrect MC

ce79_535a

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 indigo (430 nm) and emits yellow (580 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 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 indigo (430 nm) and emits red (700 nm). Incorrect MC

ce79_b2ec

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 violet (410 nm) and emits blue (460 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 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 violet (410 nm) and emits blue (460 nm). Incorrect MC

ce79_9a84

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 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 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 blue (460 nm) and emits yellow (580 nm); the acceptor protein absorbs red (700 nm) and emits yellow (580 nm). Incorrect MC

ce79_f6c9

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 green (530 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 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 violet (410 nm) and emits orange (600 nm). Incorrect MC

ce79_9ba7

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 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 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 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 violet (410 nm) and emits green (530 nm). Incorrect MC

ce79_b299

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 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 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 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 MC

ce79_1417

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 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 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 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 orange (600 nm) and emits green (530 nm). Incorrect MC

ce79_a324

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 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 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 blue (460 nm) and emits red (700 nm). Incorrect MC

ce79_d26f

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 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 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 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 MC

ce79_5336

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 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 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 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 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_ce26

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 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 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 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 yellow (580 nm); the acceptor protein absorbs red (700 nm) and emits violet (410 nm). Incorrect MC

ce79_b5ea

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 blue (460 nm) and emits yellow (580 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 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 blue (460 nm) and emits yellow (580 nm); the acceptor protein absorbs blue (460 nm) and emits red (700 nm). Incorrect MC

ce79_ab76

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 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 green (530 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 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 violet (410 nm) and emits green (530 nm). Incorrect MC

ce79_9617

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 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 violet (410 nm) and emits green (530 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 violet (410 nm) and emits red (700 nm). Incorrect MC

ce79_b010

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 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 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 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 yellow (580 nm); the acceptor protein absorbs red (700 nm) and emits yellow (580 nm). Incorrect MC

ce79_ece6

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 indigo (430 nm) and emits green (530 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 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 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 indigo (430 nm) and emits green (530 nm). Incorrect MC

ce79_7207

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 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 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 The donor protein absorbs violet (410 nm) and emits blue (460 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 violet (410 nm) and emits orange (600 nm). Incorrect MC

ce79_a390

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 yellow (580 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 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 red (700 nm) and emits blue (460 nm). Incorrect MC

ce79_16b5

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 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 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 yellow (580 nm) and emits blue (460 nm); the acceptor protein absorbs violet (410 nm) and emits yellow (580 nm). Incorrect MC

ce79_b67f

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 blue (460 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 blue (460 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 violet (410 nm) and emits yellow (580 nm). Incorrect MC

ce79_e5b5

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 indigo (430 nm) and emits yellow (580 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 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 indigo (430 nm) and emits yellow (580 nm). Incorrect MC

ce79_bc9e

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 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 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 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 yellow (580 nm); the acceptor protein absorbs blue (460 nm) and emits red (700 nm). Incorrect MC

ce79_9922

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 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 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 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 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 MC

ce79_263a

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 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 green (530 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 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 indigo (430 nm) and emits red (700 nm). Incorrect MC

ce79_955a

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 violet (410 nm) and emits green (530 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 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 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 MC

ce79_ff39

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 blue (460 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 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 violet (410 nm) and emits blue (460 nm); the acceptor protein absorbs orange (600 nm) and emits violet (410 nm). Incorrect MC

ce79_73cc

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 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 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 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 orange (600 nm) and emits indigo (430 nm). Incorrect MC

ce79_2ea4

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 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 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 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 green (530 nm); the acceptor protein absorbs green (530 nm) and emits indigo (430 nm). Incorrect MC

ce79_7b96

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 red (700 nm) and emits yellow (580 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 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 yellow (580 nm); the acceptor protein absorbs blue (460 nm) and emits red (700 nm). Incorrect MC

ce79_cc65

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 red (700 nm) and emits yellow (580 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 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 yellow (580 nm); the acceptor protein absorbs blue (460 nm) and emits red (700 nm). Incorrect MC

ce79_d455

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 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 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 blue (460 nm) and emits yellow (580 nm); the acceptor protein absorbs red (700 nm) and emits yellow (580 nm). Incorrect MC

ce79_b93e

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 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 violet (410 nm) and emits green (530 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 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 violet (410 nm) and emits green (530 nm). Incorrect