7cb2_f67e
Restriction enzymes are proteins that cut DNA at specific sequences to produce fragments for further study. These enzymes are obtained from various types of bacteria and have the ability to recognize short nucleotide sequences within a larger DNA molecule.
The restriction enzyme we are focusing on is Bst1107I and is obtained from the bacteria Bacillus stearothermophilus RFL1107.
Bst1107I cuts the DNA sequence as follows: 5'-GTA|TAC-3' where the '|' indicates the cut location.
Based on this info, can you identify the type of cut this enzyme makes?
blunt end Correct overhang end Incorrect sticky end Incorrect hanger end Incorrect straight edge Incorrect MC9b0c_759d
Restriction enzymes are proteins that cut DNA at specific sequences to produce fragments for further study. These enzymes are obtained from various types of bacteria and have the ability to recognize short nucleotide sequences within a larger DNA molecule.
The restriction enzyme we are focusing on is SstI and is obtained from the bacteria Streptomyces stanford.
SstI cuts the DNA sequence as follows: 5'-GAGCT|C-3' where the '|' indicates the cut location.
Based on this info, can you identify the type of cut this enzyme makes?
hanger end Incorrect sticky end Correct blunt end Incorrect overhang end Incorrect straight edge Incorrect MC222f_3a71
Restriction enzymes are proteins that cut DNA at specific sequences to produce fragments for further study. These enzymes are obtained from various types of bacteria and have the ability to recognize short nucleotide sequences within a larger DNA molecule.
The restriction enzyme we are focusing on is Bsp13I and is obtained from the bacteria Bacillus species 13.
Bsp13I cuts the DNA sequence as follows: 5'-T|CCGGA-3' where the '|' indicates the cut location.
Based on this info, can you identify the type of cut this enzyme makes?
hanger end Incorrect sticky end Correct overhang end Incorrect straight edge Incorrect blunt end Incorrect MC0958_0d13
Restriction enzymes are proteins that cut DNA at specific sequences to produce fragments for further study. These enzymes are obtained from various types of bacteria and have the ability to recognize short nucleotide sequences within a larger DNA molecule.
The restriction enzyme we are focusing on is SspI and is obtained from the bacteria Sphaerotilus species.
SspI cuts the DNA sequence as follows: 5'-AAT|ATT-3' where the '|' indicates the cut location.
Based on this info, can you identify the type of cut this enzyme makes?
sticky end Incorrect straight edge Incorrect blunt end Correct hanger end Incorrect overhang end Incorrect MCcd1f_f65a
Restriction enzymes are proteins that cut DNA at specific sequences to produce fragments for further study. These enzymes are obtained from various types of bacteria and have the ability to recognize short nucleotide sequences within a larger DNA molecule.
The restriction enzyme we are focusing on is BspMII and is obtained from the bacteria Bacillus species M.
BspMII cuts the DNA sequence as follows: 5'-T|CCGGA-3' where the '|' indicates the cut location.
Based on this info, can you identify the type of cut this enzyme makes?
overhang end Incorrect blunt end Incorrect straight edge Incorrect hanger end Incorrect sticky end Correct MC6f2c_5fe4
Restriction enzymes are proteins that cut DNA at specific sequences to produce fragments for further study. These enzymes are obtained from various types of bacteria and have the ability to recognize short nucleotide sequences within a larger DNA molecule.
The restriction enzyme we are focusing on is Sth302II and is obtained from the bacteria Streptococcus thermophilus CNRZ302.
Sth302II cuts the DNA sequence as follows: 5'-CC|GG-3' where the '|' indicates the cut location.
Based on this info, can you identify the type of cut this enzyme makes?
straight edge Incorrect blunt end Correct overhang end Incorrect sticky end Incorrect hanger end Incorrect MC14e2_3204
Restriction enzymes are proteins that cut DNA at specific sequences to produce fragments for further study. These enzymes are obtained from various types of bacteria and have the ability to recognize short nucleotide sequences within a larger DNA molecule.
The restriction enzyme we are focusing on is PdiI and is obtained from the bacteria Pseudomonas diminuta Mck 33-321.
PdiI cuts the DNA sequence as follows: 5'-GCC|GGC-3' where the '|' indicates the cut location.
Based on this info, can you identify the type of cut this enzyme makes?
hanger end Incorrect overhang end Incorrect blunt end Correct sticky end Incorrect straight edge Incorrect MCac0d_2357
Restriction enzymes are proteins that cut DNA at specific sequences to produce fragments for further study. These enzymes are obtained from various types of bacteria and have the ability to recognize short nucleotide sequences within a larger DNA molecule.
The restriction enzyme we are focusing on is BspMAI and is obtained from the bacteria Bacillus stearothermophilus MA.
BspMAI cuts the DNA sequence as follows: 5'-CTGCA|G-3' where the '|' indicates the cut location.
Based on this info, can you identify the type of cut this enzyme makes?
overhang end Incorrect sticky end Correct straight edge Incorrect blunt end Incorrect hanger end Incorrect MC7a3e_7057
Restriction enzymes are proteins that cut DNA at specific sequences to produce fragments for further study. These enzymes are obtained from various types of bacteria and have the ability to recognize short nucleotide sequences within a larger DNA molecule.
The restriction enzyme we are focusing on is AvrII and is obtained from the bacteria Anabaena variabilis uw.
AvrII cuts the DNA sequence as follows: 5'-C|CTAGG-3' where the '|' indicates the cut location.
Based on this info, can you identify the type of cut this enzyme makes?
straight edge Incorrect hanger end Incorrect sticky end Correct overhang end Incorrect blunt end Incorrect MC9ec7_3204
Restriction enzymes are proteins that cut DNA at specific sequences to produce fragments for further study. These enzymes are obtained from various types of bacteria and have the ability to recognize short nucleotide sequences within a larger DNA molecule.
The restriction enzyme we are focusing on is BmcAI and is obtained from the bacteria Bacillus macroides.
BmcAI cuts the DNA sequence as follows: 5'-AGT|ACT-3' where the '|' indicates the cut location.
Based on this info, can you identify the type of cut this enzyme makes?
hanger end Incorrect overhang end Incorrect blunt end Correct sticky end Incorrect straight edge Incorrect MC09d0_a5e4
Restriction enzymes are proteins that cut DNA at specific sequences to produce fragments for further study. These enzymes are obtained from various types of bacteria and have the ability to recognize short nucleotide sequences within a larger DNA molecule.
The restriction enzyme we are focusing on is HpyCH4IV and is obtained from the bacteria Helicobacter pylori CH4.
HpyCH4IV cuts the DNA sequence as follows: 5'-A|CGT-3' where the '|' indicates the cut location.
Based on this info, can you identify the type of cut this enzyme makes?
blunt end Incorrect sticky end Correct overhang end Incorrect hanger end Incorrect straight edge Incorrect MC3847_8b24
Restriction enzymes are proteins that cut DNA at specific sequences to produce fragments for further study. These enzymes are obtained from various types of bacteria and have the ability to recognize short nucleotide sequences within a larger DNA molecule.
The restriction enzyme we are focusing on is SlaI and is obtained from the bacteria Streptomyces lavendulae.
SlaI cuts the DNA sequence as follows: 5'-C|TCGAG-3' where the '|' indicates the cut location.
Based on this info, can you identify the type of cut this enzyme makes?
overhang end Incorrect blunt end Incorrect straight edge Incorrect sticky end Correct hanger end Incorrect MCae1b_0164
Restriction enzymes are proteins that cut DNA at specific sequences to produce fragments for further study. These enzymes are obtained from various types of bacteria and have the ability to recognize short nucleotide sequences within a larger DNA molecule.
The restriction enzyme we are focusing on is MluNI and is obtained from the bacteria Micrococcus luteus N.
MluNI cuts the DNA sequence as follows: 5'-TGG|CCA-3' where the '|' indicates the cut location.
Based on this info, can you identify the type of cut this enzyme makes?
straight edge Incorrect overhang end Incorrect sticky end Incorrect blunt end Correct hanger end Incorrect MC95e5_b067
Restriction enzymes are proteins that cut DNA at specific sequences to produce fragments for further study. These enzymes are obtained from various types of bacteria and have the ability to recognize short nucleotide sequences within a larger DNA molecule.
The restriction enzyme we are focusing on is BshVI and is obtained from the bacteria Bacillus sphaericus CKJ18.
BshVI cuts the DNA sequence as follows: 5'-AT|CGAT-3' where the '|' indicates the cut location.
Based on this info, can you identify the type of cut this enzyme makes?
blunt end Incorrect sticky end Correct straight edge Incorrect hanger end Incorrect overhang end Incorrect MCc587_d46f
Restriction enzymes are proteins that cut DNA at specific sequences to produce fragments for further study. These enzymes are obtained from various types of bacteria and have the ability to recognize short nucleotide sequences within a larger DNA molecule.
The restriction enzyme we are focusing on is NotI and is obtained from the bacteria Nocardia otitidis-caviarum.
NotI cuts the DNA sequence as follows: 5'-GC|GGCCGC-3' where the '|' indicates the cut location.
Based on this info, can you identify the type of cut this enzyme makes?
sticky end Correct hanger end Incorrect overhang end Incorrect blunt end Incorrect straight edge Incorrect MCaad4_02f1
Restriction enzymes are proteins that cut DNA at specific sequences to produce fragments for further study. These enzymes are obtained from various types of bacteria and have the ability to recognize short nucleotide sequences within a larger DNA molecule.
The restriction enzyme we are focusing on is MunI and is obtained from the bacteria Mycoplasma species.
MunI cuts the DNA sequence as follows: 5'-C|AATTG-3' where the '|' indicates the cut location.
Based on this info, can you identify the type of cut this enzyme makes?
overhang end Incorrect sticky end Correct hanger end Incorrect blunt end Incorrect straight edge Incorrect MCa549_3b7f
Restriction enzymes are proteins that cut DNA at specific sequences to produce fragments for further study. These enzymes are obtained from various types of bacteria and have the ability to recognize short nucleotide sequences within a larger DNA molecule.
The restriction enzyme we are focusing on is MseI and is obtained from the bacteria Micrococcus species.
MseI cuts the DNA sequence as follows: 5'-T|TAA-3' where the '|' indicates the cut location.
Based on this info, can you identify the type of cut this enzyme makes?
sticky end Correct overhang end Incorrect hanger end Incorrect blunt end Incorrect straight edge Incorrect MCff01_04dc
Restriction enzymes are proteins that cut DNA at specific sequences to produce fragments for further study. These enzymes are obtained from various types of bacteria and have the ability to recognize short nucleotide sequences within a larger DNA molecule.
The restriction enzyme we are focusing on is CviRI and is obtained from the bacteria Chlorella virus XZ-6E.
CviRI cuts the DNA sequence as follows: 5'-TG|CA-3' where the '|' indicates the cut location.
Based on this info, can you identify the type of cut this enzyme makes?
overhang end Incorrect sticky end Incorrect straight edge Incorrect hanger end Incorrect blunt end Correct MC37ec_a5e4
Restriction enzymes are proteins that cut DNA at specific sequences to produce fragments for further study. These enzymes are obtained from various types of bacteria and have the ability to recognize short nucleotide sequences within a larger DNA molecule.
The restriction enzyme we are focusing on is AcvI and is obtained from the bacteria Aeromonas caviae.
AcvI cuts the DNA sequence as follows: 5'-CAC|GTG-3' where the '|' indicates the cut location.
Based on this info, can you identify the type of cut this enzyme makes?
blunt end Correct sticky end Incorrect overhang end Incorrect hanger end Incorrect straight edge Incorrect MCd504_f65a
Restriction enzymes are proteins that cut DNA at specific sequences to produce fragments for further study. These enzymes are obtained from various types of bacteria and have the ability to recognize short nucleotide sequences within a larger DNA molecule.
The restriction enzyme we are focusing on is MaeII and is obtained from the bacteria Methanococcus aeolicus PL-15/H.
MaeII cuts the DNA sequence as follows: 5'-A|CGT-3' where the '|' indicates the cut location.
Based on this info, can you identify the type of cut this enzyme makes?
overhang end Incorrect blunt end Incorrect straight edge Incorrect hanger end Incorrect sticky end Correct MC5673_8f68
Restriction enzymes are proteins that cut DNA at specific sequences to produce fragments for further study. These enzymes are obtained from various types of bacteria and have the ability to recognize short nucleotide sequences within a larger DNA molecule.
The restriction enzyme we are focusing on is Psp1406I and is obtained from the bacteria Pseudomonas pseudoalcaligenes RFL1406.
Psp1406I cuts the DNA sequence as follows: 5'-AA|CGTT-3' where the '|' indicates the cut location.
Based on this info, can you identify the type of cut this enzyme makes?
overhang end Incorrect hanger end Incorrect sticky end Correct straight edge Incorrect blunt end Incorrect MC0b6f_a875
Restriction enzymes are proteins that cut DNA at specific sequences to produce fragments for further study. These enzymes are obtained from various types of bacteria and have the ability to recognize short nucleotide sequences within a larger DNA molecule.
The restriction enzyme we are focusing on is FseI and is obtained from the bacteria Frankia species Eul1b.
FseI cuts the DNA sequence as follows: 5'-GGCCGG|CC-3' where the '|' indicates the cut location.
Based on this info, can you identify the type of cut this enzyme makes?
blunt end Incorrect straight edge Incorrect sticky end Correct hanger end Incorrect overhang end Incorrect MC7140_62ce
Restriction enzymes are proteins that cut DNA at specific sequences to produce fragments for further study. These enzymes are obtained from various types of bacteria and have the ability to recognize short nucleotide sequences within a larger DNA molecule.
The restriction enzyme we are focusing on is SpeI and is obtained from the bacteria Sphaerotilus natans.
SpeI cuts the DNA sequence as follows: 5'-A|CTAGT-3' where the '|' indicates the cut location.
Based on this info, can you identify the type of cut this enzyme makes?
overhang end Incorrect sticky end Correct blunt end Incorrect straight edge Incorrect hanger end Incorrect MC254e_f4f2
Restriction enzymes are proteins that cut DNA at specific sequences to produce fragments for further study. These enzymes are obtained from various types of bacteria and have the ability to recognize short nucleotide sequences within a larger DNA molecule.
The restriction enzyme we are focusing on is BbrPI and is obtained from the bacteria Bacillus brevis.
BbrPI cuts the DNA sequence as follows: 5'-CAC|GTG-3' where the '|' indicates the cut location.
Based on this info, can you identify the type of cut this enzyme makes?
sticky end Incorrect straight edge Incorrect overhang end Incorrect hanger end Incorrect blunt end Correct MCb2a1_d6c7
Restriction enzymes are proteins that cut DNA at specific sequences to produce fragments for further study. These enzymes are obtained from various types of bacteria and have the ability to recognize short nucleotide sequences within a larger DNA molecule.
The restriction enzyme we are focusing on is Bsp1407I and is obtained from the bacteria Bacillus stearothermophilus RFL1407.
Bsp1407I cuts the DNA sequence as follows: 5'-T|GTACA-3' where the '|' indicates the cut location.
Based on this info, can you identify the type of cut this enzyme makes?
straight edge Incorrect sticky end Correct hanger end Incorrect overhang end Incorrect blunt end Incorrect MC7dcf_5832
Restriction enzymes are proteins that cut DNA at specific sequences to produce fragments for further study. These enzymes are obtained from various types of bacteria and have the ability to recognize short nucleotide sequences within a larger DNA molecule.
The restriction enzyme we are focusing on is StuI and is obtained from the bacteria Streptomyces tubercidicus.
StuI cuts the DNA sequence as follows: 5'-AGG|CCT-3' where the '|' indicates the cut location.
Based on this info, can you identify the type of cut this enzyme makes?
overhang end Incorrect straight edge Incorrect sticky end Incorrect hanger end Incorrect blunt end Correct MCfdc7_a003
Restriction enzymes are proteins that cut DNA at specific sequences to produce fragments for further study. These enzymes are obtained from various types of bacteria and have the ability to recognize short nucleotide sequences within a larger DNA molecule.
The restriction enzyme we are focusing on is SgfI and is obtained from the bacteria Streptomyces griseoruber.
SgfI cuts the DNA sequence as follows: 5'-GCGAT|CGC-3' where the '|' indicates the cut location.
Based on this info, can you identify the type of cut this enzyme makes?
straight edge Incorrect hanger end Incorrect sticky end Correct blunt end Incorrect overhang end Incorrect MC3037_0624
Restriction enzymes are proteins that cut DNA at specific sequences to produce fragments for further study. These enzymes are obtained from various types of bacteria and have the ability to recognize short nucleotide sequences within a larger DNA molecule.
The restriction enzyme we are focusing on is BspFNI and is obtained from the bacteria Bacillus stearothermophilus FN.
BspFNI cuts the DNA sequence as follows: 5'-CG|CG-3' where the '|' indicates the cut location.
Based on this info, can you identify the type of cut this enzyme makes?
sticky end Incorrect blunt end Correct hanger end Incorrect straight edge Incorrect overhang end Incorrect MCff14_a06a
Restriction enzymes are proteins that cut DNA at specific sequences to produce fragments for further study. These enzymes are obtained from various types of bacteria and have the ability to recognize short nucleotide sequences within a larger DNA molecule.
The restriction enzyme we are focusing on is XmaIII and is obtained from the bacteria Xanthomonas malvacearum.
XmaIII cuts the DNA sequence as follows: 5'-C|GGCCG-3' where the '|' indicates the cut location.
Based on this info, can you identify the type of cut this enzyme makes?
straight edge Incorrect overhang end Incorrect hanger end Incorrect sticky end Correct blunt end Incorrect MCe93a_64ba
Restriction enzymes are proteins that cut DNA at specific sequences to produce fragments for further study. These enzymes are obtained from various types of bacteria and have the ability to recognize short nucleotide sequences within a larger DNA molecule.
The restriction enzyme we are focusing on is Eco32I and is obtained from the bacteria Escherichia coli RFL32.
Eco32I cuts the DNA sequence as follows: 5'-GAT|ATC-3' where the '|' indicates the cut location.
Based on this info, can you identify the type of cut this enzyme makes?
straight edge Incorrect hanger end Incorrect overhang end Incorrect sticky end Incorrect blunt end Correct MC04c1_229a
Restriction enzymes are proteins that cut DNA at specific sequences to produce fragments for further study. These enzymes are obtained from various types of bacteria and have the ability to recognize short nucleotide sequences within a larger DNA molecule.
The restriction enzyme we are focusing on is TspMI and is obtained from the bacteria Thermophilic strain M.
TspMI cuts the DNA sequence as follows: 5'-C|CCGGG-3' where the '|' indicates the cut location.
Based on this info, can you identify the type of cut this enzyme makes?
straight edge Incorrect blunt end Incorrect overhang end Incorrect hanger end Incorrect sticky end Correct MCbb15_8b81
Restriction enzymes are proteins that cut DNA at specific sequences to produce fragments for further study. These enzymes are obtained from various types of bacteria and have the ability to recognize short nucleotide sequences within a larger DNA molecule.
The restriction enzyme we are focusing on is FaeI and is obtained from the bacteria Flavobacterium aquatile N3.
FaeI cuts the DNA sequence as follows: 5'-CATG|-3' where the '|' indicates the cut location.
Based on this info, can you identify the type of cut this enzyme makes?
straight edge Incorrect sticky end Correct overhang end Incorrect hanger end Incorrect blunt end Incorrect MC504b_6dc7
Restriction enzymes are proteins that cut DNA at specific sequences to produce fragments for further study. These enzymes are obtained from various types of bacteria and have the ability to recognize short nucleotide sequences within a larger DNA molecule.
The restriction enzyme we are focusing on is AspLEI and is obtained from the bacteria Arthrobacter species LE3860.
AspLEI cuts the DNA sequence as follows: 5'-GCG|C-3' where the '|' indicates the cut location.
Based on this info, can you identify the type of cut this enzyme makes?
straight edge Incorrect overhang end Incorrect blunt end Incorrect hanger end Incorrect sticky end Correct MCe9ce_02f1
Restriction enzymes are proteins that cut DNA at specific sequences to produce fragments for further study. These enzymes are obtained from various types of bacteria and have the ability to recognize short nucleotide sequences within a larger DNA molecule.
The restriction enzyme we are focusing on is MluI and is obtained from the bacteria Micrococcus luteus.
MluI cuts the DNA sequence as follows: 5'-A|CGCGT-3' where the '|' indicates the cut location.
Based on this info, can you identify the type of cut this enzyme makes?
overhang end Incorrect sticky end Correct hanger end Incorrect blunt end Incorrect straight edge Incorrect MCd945_3a71
Restriction enzymes are proteins that cut DNA at specific sequences to produce fragments for further study. These enzymes are obtained from various types of bacteria and have the ability to recognize short nucleotide sequences within a larger DNA molecule.
The restriction enzyme we are focusing on is BstAFI and is obtained from the bacteria Bacillus stearothermophilus AF.
BstAFI cuts the DNA sequence as follows: 5'-C|TTAAG-3' where the '|' indicates the cut location.
Based on this info, can you identify the type of cut this enzyme makes?
hanger end Incorrect sticky end Correct overhang end Incorrect straight edge Incorrect blunt end Incorrect MC02b4_deb7
Restriction enzymes are proteins that cut DNA at specific sequences to produce fragments for further study. These enzymes are obtained from various types of bacteria and have the ability to recognize short nucleotide sequences within a larger DNA molecule.
The restriction enzyme we are focusing on is SnaBI and is obtained from the bacteria Sphaerotilus natans.
SnaBI cuts the DNA sequence as follows: 5'-TAC|GTA-3' where the '|' indicates the cut location.
Based on this info, can you identify the type of cut this enzyme makes?
overhang end Incorrect straight edge Incorrect hanger end Incorrect sticky end Incorrect blunt end Correct MC5b66_f4c8
Restriction enzymes are proteins that cut DNA at specific sequences to produce fragments for further study. These enzymes are obtained from various types of bacteria and have the ability to recognize short nucleotide sequences within a larger DNA molecule.
The restriction enzyme we are focusing on is SfoI and is obtained from the bacteria Serratia fonticola.
SfoI cuts the DNA sequence as follows: 5'-GGC|GCC-3' where the '|' indicates the cut location.
Based on this info, can you identify the type of cut this enzyme makes?
straight edge Incorrect sticky end Incorrect blunt end Correct overhang end Incorrect hanger end Incorrect MC825f_f66c
Restriction enzymes are proteins that cut DNA at specific sequences to produce fragments for further study. These enzymes are obtained from various types of bacteria and have the ability to recognize short nucleotide sequences within a larger DNA molecule.
The restriction enzyme we are focusing on is AatII and is obtained from the bacteria Acetobacter aceti IFO 3281.
AatII cuts the DNA sequence as follows: 5'-GACGT|C-3' where the '|' indicates the cut location.
Based on this info, can you identify the type of cut this enzyme makes?
sticky end Correct overhang end Incorrect blunt end Incorrect hanger end Incorrect straight edge Incorrect MC2839_3bad
Restriction enzymes are proteins that cut DNA at specific sequences to produce fragments for further study. These enzymes are obtained from various types of bacteria and have the ability to recognize short nucleotide sequences within a larger DNA molecule.
The restriction enzyme we are focusing on is AccIII and is obtained from the bacteria Acinetobacter calcoaceticus.
AccIII cuts the DNA sequence as follows: 5'-T|CCGGA-3' where the '|' indicates the cut location.
Based on this info, can you identify the type of cut this enzyme makes?
overhang end Incorrect hanger end Incorrect straight edge Incorrect sticky end Correct blunt end Incorrect MCc88c_0377
Restriction enzymes are proteins that cut DNA at specific sequences to produce fragments for further study. These enzymes are obtained from various types of bacteria and have the ability to recognize short nucleotide sequences within a larger DNA molecule.
The restriction enzyme we are focusing on is MaeI and is obtained from the bacteria Methanococcus aeolicus PL-15/H.
MaeI cuts the DNA sequence as follows: 5'-C|TAG-3' where the '|' indicates the cut location.
Based on this info, can you identify the type of cut this enzyme makes?
hanger end Incorrect sticky end Correct straight edge Incorrect blunt end Incorrect overhang end Incorrect MC5108_3b7f
Restriction enzymes are proteins that cut DNA at specific sequences to produce fragments for further study. These enzymes are obtained from various types of bacteria and have the ability to recognize short nucleotide sequences within a larger DNA molecule.
The restriction enzyme we are focusing on is AluI and is obtained from the bacteria Arthrobacter luteus.
AluI cuts the DNA sequence as follows: 5'-AG|CT-3' where the '|' indicates the cut location.
Based on this info, can you identify the type of cut this enzyme makes?
sticky end Incorrect overhang end Incorrect hanger end Incorrect blunt end Correct straight edge Incorrect MC7950_a4f1
Restriction enzymes are proteins that cut DNA at specific sequences to produce fragments for further study. These enzymes are obtained from various types of bacteria and have the ability to recognize short nucleotide sequences within a larger DNA molecule.
The restriction enzyme we are focusing on is BssNAI and is obtained from the bacteria Bacillus stearothermophilus NA.
BssNAI cuts the DNA sequence as follows: 5'-GTA|TAC-3' where the '|' indicates the cut location.
Based on this info, can you identify the type of cut this enzyme makes?
blunt end Correct overhang end Incorrect hanger end Incorrect straight edge Incorrect sticky end Incorrect MCce1d_f382
Restriction enzymes are proteins that cut DNA at specific sequences to produce fragments for further study. These enzymes are obtained from various types of bacteria and have the ability to recognize short nucleotide sequences within a larger DNA molecule.
The restriction enzyme we are focusing on is Bsh1236I and is obtained from the bacteria Bacillus sphaericus RFL1236.
Bsh1236I cuts the DNA sequence as follows: 5'-CG|CG-3' where the '|' indicates the cut location.
Based on this info, can you identify the type of cut this enzyme makes?
blunt end Correct hanger end Incorrect sticky end Incorrect overhang end Incorrect straight edge Incorrect MC4c66_a5e4
Restriction enzymes are proteins that cut DNA at specific sequences to produce fragments for further study. These enzymes are obtained from various types of bacteria and have the ability to recognize short nucleotide sequences within a larger DNA molecule.
The restriction enzyme we are focusing on is BspTI and is obtained from the bacteria Bacillus species RFL1265.
BspTI cuts the DNA sequence as follows: 5'-C|TTAAG-3' where the '|' indicates the cut location.
Based on this info, can you identify the type of cut this enzyme makes?
blunt end Incorrect sticky end Correct overhang end Incorrect hanger end Incorrect straight edge Incorrect MCb523_252c
Restriction enzymes are proteins that cut DNA at specific sequences to produce fragments for further study. These enzymes are obtained from various types of bacteria and have the ability to recognize short nucleotide sequences within a larger DNA molecule.
The restriction enzyme we are focusing on is AanI and is obtained from the bacteria Arthrobacter aurescens RFL2.
AanI cuts the DNA sequence as follows: 5'-TTA|TAA-3' where the '|' indicates the cut location.
Based on this info, can you identify the type of cut this enzyme makes?
hanger end Incorrect overhang end Incorrect sticky end Incorrect blunt end Correct straight edge Incorrect MC2c99_7260
Restriction enzymes are proteins that cut DNA at specific sequences to produce fragments for further study. These enzymes are obtained from various types of bacteria and have the ability to recognize short nucleotide sequences within a larger DNA molecule.
The restriction enzyme we are focusing on is XspI and is obtained from the bacteria Xanthomonas species YK1.
XspI cuts the DNA sequence as follows: 5'-C|TAG-3' where the '|' indicates the cut location.
Based on this info, can you identify the type of cut this enzyme makes?
straight edge Incorrect sticky end Correct blunt end Incorrect hanger end Incorrect overhang end Incorrect MC489c_e051
Restriction enzymes are proteins that cut DNA at specific sequences to produce fragments for further study. These enzymes are obtained from various types of bacteria and have the ability to recognize short nucleotide sequences within a larger DNA molecule.
The restriction enzyme we are focusing on is Alw44I and is obtained from the bacteria Acinetobacter lwoffi RFL44.
Alw44I cuts the DNA sequence as follows: 5'-G|TGCAC-3' where the '|' indicates the cut location.
Based on this info, can you identify the type of cut this enzyme makes?
straight edge Incorrect blunt end Incorrect sticky end Correct overhang end Incorrect hanger end Incorrect MCf1ea_8f68
Restriction enzymes are proteins that cut DNA at specific sequences to produce fragments for further study. These enzymes are obtained from various types of bacteria and have the ability to recognize short nucleotide sequences within a larger DNA molecule.
The restriction enzyme we are focusing on is RruI and is obtained from the bacteria Rhodococcus ruber RFL5.
RruI cuts the DNA sequence as follows: 5'-TCG|CGA-3' where the '|' indicates the cut location.
Based on this info, can you identify the type of cut this enzyme makes?
overhang end Incorrect hanger end Incorrect sticky end Incorrect straight edge Incorrect blunt end Correct MCbbea_56d8
Restriction enzymes are proteins that cut DNA at specific sequences to produce fragments for further study. These enzymes are obtained from various types of bacteria and have the ability to recognize short nucleotide sequences within a larger DNA molecule.
The restriction enzyme we are focusing on is BstFNI and is obtained from the bacteria Bacillus stearothermophilus.
BstFNI cuts the DNA sequence as follows: 5'-CG|CG-3' where the '|' indicates the cut location.
Based on this info, can you identify the type of cut this enzyme makes?
overhang end Incorrect blunt end Correct hanger end Incorrect straight edge Incorrect sticky end Incorrect MC9417_8f68
Restriction enzymes are proteins that cut DNA at specific sequences to produce fragments for further study. These enzymes are obtained from various types of bacteria and have the ability to recognize short nucleotide sequences within a larger DNA molecule.
The restriction enzyme we are focusing on is SseBI and is obtained from the bacteria Streptomyces species B.
SseBI cuts the DNA sequence as follows: 5'-AGG|CCT-3' where the '|' indicates the cut location.
Based on this info, can you identify the type of cut this enzyme makes?
overhang end Incorrect hanger end Incorrect sticky end Incorrect straight edge Incorrect blunt end Correct