85be_3d52
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 BspEI and is obtained from the bacteria Bacillus species.
BspEI 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?
sticky end Correct overhang end Incorrect straight edge Incorrect hanger end Incorrect blunt end Incorrect MCc699_8637
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 AsuII and is obtained from the bacteria Anabaena subcylindrica.
AsuII cuts the DNA sequence as follows: 5'-TT|CGAA-3' where the '|' indicates the cut location.
Based on this info, can you identify the type of cut this enzyme makes?
blunt end Incorrect hanger end Incorrect straight edge Incorrect overhang end Incorrect sticky end Correct MC3324_8cf2
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 AfaI and is obtained from the bacteria Acidiphilium facilis 28H.
AfaI cuts the DNA sequence as follows: 5'-GT|AC-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 blunt end Correct sticky end Incorrect MC6f2c_5b40
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?
sticky end Incorrect overhang end Incorrect blunt end Correct straight edge Incorrect hanger end Incorrect MC7386_47dd
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 XbaI and is obtained from the bacteria Xanthomonas badrii.
XbaI cuts the DNA sequence as follows: 5'-T|CTAGA-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 blunt end Incorrect straight edge Incorrect MC62c4_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 MspCI and is obtained from the bacteria Micrococcus species.
MspCI 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?
sticky end Correct hanger end Incorrect overhang end Incorrect blunt end Incorrect straight edge Incorrect MC5b66_12ca
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?
hanger end Incorrect blunt end Correct sticky end Incorrect straight edge Incorrect overhang end Incorrect MC003b_aa90
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 PciI and is obtained from the bacteria Planococcus citreus SE-F45.
PciI cuts the DNA sequence as follows: 5'-A|CATGT-3' where the '|' indicates the cut location.
Based on this info, can you identify the type of cut this enzyme makes?
sticky end Correct blunt end Incorrect straight edge Incorrect hanger end Incorrect overhang end Incorrect MCd1e2_08c8
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 KasI and is obtained from the bacteria Kluyvera ascorbata.
KasI cuts the DNA sequence as follows: 5'-G|GCGCC-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 straight edge Incorrect hanger end Incorrect MCb086_8637
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 BcuI and is obtained from the bacteria Bacillus coagulans Vs 29-022.
BcuI 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?
blunt end Incorrect hanger end Incorrect straight edge Incorrect overhang end Incorrect sticky end Correct MCcd1f_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 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?
blunt end Incorrect overhang end Incorrect sticky end Correct hanger end Incorrect straight edge Incorrect MC6f04_484d
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 DpnI and is obtained from the bacteria Diplococcus pneumoniae.
DpnI cuts the DNA sequence as follows: 5'-GA|TC-3' where the '|' indicates the cut location.
Based on this info, can you identify the type of cut this enzyme makes?
hanger end Incorrect blunt end Correct sticky end Incorrect overhang end Incorrect straight edge Incorrect MC7504_7b7b
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 BstHHI and is obtained from the bacteria Bacillus stearothermophilus HH.
BstHHI 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?
hanger end Incorrect blunt end Incorrect overhang end Incorrect sticky end Correct straight edge Incorrect MC4c66_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 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?
overhang end Incorrect sticky end Correct blunt end Incorrect straight edge Incorrect hanger end Incorrect MC3d08_0473
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 HspAI and is obtained from the bacteria Haemophilus species A.
HspAI cuts the DNA sequence as follows: 5'-G|CGC-3' where the '|' indicates the cut location.
Based on this info, can you identify the type of cut this enzyme makes?
blunt end Incorrect overhang end Incorrect straight edge Incorrect hanger end Incorrect sticky end Correct MCa549_7fb9
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?
overhang end Incorrect straight edge Incorrect sticky end Correct blunt end Incorrect hanger end Incorrect MC5626_3df8
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 PalAI and is obtained from the bacteria Pseudomonas alcaligenes BS17.
PalAI cuts the DNA sequence as follows: 5'-GG|CGCGCC-3' where the '|' indicates the cut location.
Based on this info, can you identify the type of cut this enzyme makes?
hanger end Incorrect blunt end Incorrect straight edge Incorrect overhang end Incorrect sticky end Correct MCd96d_ca44
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 Eco47III and is obtained from the bacteria Escherichia coli RFL47.
Eco47III cuts the DNA sequence as follows: 5'-AGC|GCT-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 hanger end Incorrect straight edge Incorrect blunt end Correct MC489c_25dc
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?
sticky end Correct hanger end Incorrect straight edge Incorrect blunt end Incorrect overhang end Incorrect MCc8c3_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 BspDI and is obtained from the bacteria Bacillus species.
BspDI 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?
straight edge Incorrect overhang end Incorrect sticky end Correct blunt end Incorrect hanger end Incorrect MCb745_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 ApaLI and is obtained from the bacteria Acetobacter pasteurianus.
ApaLI 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?
blunt end Incorrect sticky end Correct overhang end Incorrect hanger end Incorrect straight edge Incorrect MCe2b4_2f1a
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 Bsu15I and is obtained from the bacteria Bacillus subtilis 15.
Bsu15I 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?
hanger end Incorrect sticky end Correct blunt end Incorrect straight edge Incorrect overhang end Incorrect MCfe0b_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 Zsp2I and is obtained from the bacteria Zoogloea species 2.
Zsp2I cuts the DNA sequence as follows: 5'-ATGCA|T-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 MC4117_9168
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 BsiWI and is obtained from the bacteria Bacillus species BsiW.
BsiWI cuts the DNA sequence as follows: 5'-C|GTACG-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 overhang end Incorrect sticky end Correct hanger end Incorrect MCf6f1_7fb9
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 SspDI and is obtained from the bacteria Sphingomonas species RFL1.
SspDI cuts the DNA sequence as follows: 5'-G|GCGCC-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 Correct blunt end Incorrect hanger end Incorrect MCb458_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 BspLU11I and is obtained from the bacteria Bacillus species LU11.
BspLU11I cuts the DNA sequence as follows: 5'-A|CATGT-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 MC4306_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 PstI and is obtained from the bacteria Providencia stuartii 164.
PstI 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?
hanger end Incorrect sticky end Correct straight edge Incorrect blunt end Incorrect overhang end Incorrect MCb523_08c8
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?
blunt end Correct sticky end Incorrect overhang end Incorrect straight edge Incorrect hanger end Incorrect MC6ac1_2871
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 Acc65I and is obtained from the bacteria Acinetobacter calcoaceticus 65.
Acc65I cuts the DNA sequence as follows: 5'-G|GTACC-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 blunt end Incorrect straight edge Incorrect sticky end Correct MC37ec_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 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?
overhang end Incorrect blunt end Correct straight edge Incorrect hanger end Incorrect sticky end Incorrect MC5051_f588
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 RsaI and is obtained from the bacteria Rhodopseudomonas sphaeroides.
RsaI cuts the DNA sequence as follows: 5'-GT|AC-3' where the '|' indicates the cut location.
Based on this info, can you identify the type of cut this enzyme makes?
sticky end Incorrect hanger end Incorrect straight edge Incorrect overhang end Incorrect blunt end Correct MC7950_484d
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?
hanger end Incorrect blunt end Correct sticky end Incorrect overhang end Incorrect straight edge Incorrect MCb0a5_f2c4
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 BclI and is obtained from the bacteria Bacillus caldolyticus.
BclI cuts the DNA sequence as follows: 5'-T|GATCA-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 blunt end Incorrect straight edge Incorrect MCe593_9a7b
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 BspANI and is obtained from the bacteria Bacillus species AN.
BspANI cuts the DNA sequence as follows: 5'-GG|CC-3' where the '|' indicates the cut location.
Based on this info, can you identify the type of cut this enzyme makes?
hanger end Incorrect straight edge Incorrect blunt end Correct overhang end Incorrect sticky end Incorrect MCaac5_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 EgeI and is obtained from the bacteria Enterobacter gergoviae NA.
EgeI 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?
hanger end Incorrect sticky end Incorrect straight edge Incorrect blunt end Correct overhang end Incorrect MCbb15_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 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?
blunt end Incorrect overhang end Incorrect hanger end Incorrect straight edge Incorrect sticky end Correct MC95e5_2e5c
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?
overhang end Incorrect blunt end Incorrect hanger end Incorrect sticky end Correct straight edge Incorrect MCbbea_ec16
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?
blunt end Correct straight edge Incorrect overhang end Incorrect hanger end Incorrect sticky end Incorrect MCb695_1ad9
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 Cfr9I and is obtained from the bacteria Citrobacter freundii.
Cfr9I 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?
sticky end Correct overhang end Incorrect straight edge Incorrect blunt end Incorrect hanger end Incorrect MC5921_629b
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 MreI and is obtained from the bacteria Micromonospora rhodorangea RFL1.
MreI cuts the DNA sequence as follows: 5'-CG|CCGGCG-3' where the '|' indicates the cut location.
Based on this info, can you identify the type of cut this enzyme makes?
blunt end Incorrect hanger end Incorrect straight edge Incorrect sticky end Correct overhang end Incorrect MC757d_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 FbaI and is obtained from the bacteria Flavobacterium balustinum.
FbaI cuts the DNA sequence as follows: 5'-T|GATCA-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 hanger end Incorrect straight edge Incorrect sticky end Correct MC8a0f_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 NcoI and is obtained from the bacteria Nocardia corallina.
NcoI cuts the DNA sequence as follows: 5'-C|CATGG-3' where the '|' indicates the cut location.
Based on this info, can you identify the type of cut this enzyme makes?
blunt end Incorrect overhang end Incorrect sticky end Correct hanger end Incorrect straight edge Incorrect MC8b67_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 FnuDII and is obtained from the bacteria Fusobacterium nucleatum D.
FnuDII 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?
straight edge Incorrect sticky end Incorrect blunt end Correct hanger end Incorrect overhang end Incorrect MCd352_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 FspI and is obtained from the bacteria Fischerella species.
FspI cuts the DNA sequence as follows: 5'-TGC|GCA-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 MC7b5f_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 Ksp22I and is obtained from the bacteria Kurthia species 22.
Ksp22I cuts the DNA sequence as follows: 5'-T|GATCA-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 MCed13_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 HpySE526I and is obtained from the bacteria Helicobacter pylori SE526.
HpySE526I 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?
hanger end Incorrect sticky end Correct overhang end Incorrect straight edge Incorrect blunt end Incorrect MC31d6_36ff
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 Ecl136II and is obtained from the bacteria Enterobacter cloacae RFL136.
Ecl136II cuts the DNA sequence as follows: 5'-GAG|CTC-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 blunt end Correct sticky end Incorrect MC3fe2_6e64
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 KspAI and is obtained from the bacteria Kurthia species N88.
KspAI cuts the DNA sequence as follows: 5'-GTT|AAC-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 blunt end Correct sticky end Incorrect hanger end Incorrect MCe85c_0b19
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 SrfI and is obtained from the bacteria Streptomyces species Srf.
SrfI cuts the DNA sequence as follows: 5'-GCCC|GGGC-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 straight edge Incorrect blunt end Correct sticky end Incorrect MC0c3f_790d
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 BshTI and is obtained from the bacteria Bacillus sphaericus Jo22-024.
BshTI cuts the DNA sequence as follows: 5'-A|CCGGT-3' where the '|' indicates the cut location.
Based on this info, can you identify the type of cut this enzyme makes?
blunt end Incorrect overhang end Incorrect straight edge Incorrect sticky end Correct hanger end Incorrect MC1a47_0693
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 UpaP162I and is obtained from the bacteria Ureaplasma parvum serovar 3 OMC-P162.
UpaP162I cuts the DNA sequence as follows: 5'-CA|TG-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 hanger end Incorrect blunt end Correct overhang end Incorrect MC501e_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 SaqAI and is obtained from the bacteria Salinibacterium aquaticus RFL1.
SaqAI 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?
overhang end Incorrect sticky end Correct blunt end Incorrect straight edge Incorrect hanger end Incorrect MC8145_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 Sse8387I and is obtained from the bacteria Streptomyces species 8387.
Sse8387I cuts the DNA sequence as follows: 5'-CCTGCA|GG-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 MC254e_8411
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?
hanger end Incorrect straight edge Incorrect sticky end Incorrect overhang end Incorrect blunt end Correct MC7cb2_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 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?
hanger end Incorrect sticky end Incorrect blunt end Correct overhang end Incorrect straight edge Incorrect MCc534_aa90
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 TaqI and is obtained from the bacteria Thermus aquaticus YTI.
TaqI cuts the DNA sequence as follows: 5'-T|CGA-3' where the '|' indicates the cut location.
Based on this info, can you identify the type of cut this enzyme makes?
sticky end Correct blunt end Incorrect straight edge Incorrect hanger end Incorrect overhang end Incorrect MCa0c3_7fb9
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 Eco72I and is obtained from the bacteria Escherichia coli RFL72.
Eco72I 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?
overhang end Incorrect straight edge Incorrect sticky end Incorrect blunt end Correct hanger end Incorrect MCc107_1cd3
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 PinAI and is obtained from the bacteria Pseudomonas inequalis.
PinAI cuts the DNA sequence as follows: 5'-A|CCGGT-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 hanger end Incorrect straight edge Incorrect overhang end Incorrect MCc7e8_69e8
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 NlaIII and is obtained from the bacteria Neisseria lactamica.
NlaIII 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?
overhang end Incorrect hanger end Incorrect straight edge Incorrect blunt end Incorrect sticky end Correct MC84c4_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 NaeI and is obtained from the bacteria Nocardia aerocolonigenes.
NaeI 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?
sticky end Incorrect blunt end Correct hanger end Incorrect straight edge Incorrect overhang end Incorrect MC7140_5336
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?
sticky end Correct hanger end Incorrect blunt end Incorrect overhang end Incorrect straight edge Incorrect MC4215_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 BspT104I and is obtained from the bacteria Bacillus species T104.
BspT104I cuts the DNA sequence as follows: 5'-TT|CGAA-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 MC8409_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 AclI and is obtained from the bacteria Acinetobacter calcoaceticus M4.
AclI 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?
straight edge Incorrect hanger end Incorrect sticky end Correct overhang end Incorrect blunt end Incorrect MCd8cc_f2c4
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 BsiSI and is obtained from the bacteria Bacillus species BsiS.
BsiSI cuts the DNA sequence as follows: 5'-C|CGG-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 blunt end Incorrect straight edge Incorrect MC02b4_790d
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?
blunt end Correct overhang end Incorrect straight edge Incorrect sticky end Incorrect hanger end Incorrect MC3847_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 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?
blunt end Incorrect sticky end Correct straight edge Incorrect hanger end Incorrect overhang end Incorrect MC14e2_10b9
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?
straight edge Incorrect overhang end Incorrect blunt end Correct sticky end Incorrect hanger end Incorrect MC052d_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 ApaI and is obtained from the bacteria Acetobacter pasteurianus sub. pasteurianus.
ApaI cuts the DNA sequence as follows: 5'-GGGCC|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 hanger end Incorrect blunt end Incorrect straight edge Incorrect MC9fd6_a905
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 Kpn2I and is obtained from the bacteria Klebsiella pneumoniae RFL2.
Kpn2I 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?
blunt end Incorrect hanger end Incorrect sticky end Correct straight edge Incorrect overhang end Incorrect MCa018_ed99
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 Msp20I and is obtained from the bacteria Micrococcus species.
Msp20I 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?
hanger end Incorrect overhang end Incorrect sticky end Incorrect straight edge Incorrect blunt end Correct MC2168_a97b
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 SdaI and is obtained from the bacteria Streptomyces diastaticus Ng7-324.
SdaI cuts the DNA sequence as follows: 5'-CCTGCA|GG-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 sticky end Correct straight edge Incorrect hanger end Incorrect MC436a_2f1a
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 PmlI and is obtained from the bacteria Pseudomonas maltophilia.
PmlI 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?
hanger end Incorrect sticky end Incorrect blunt end Correct straight edge Incorrect overhang end Incorrect MC3037_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 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?
overhang end Incorrect straight edge Incorrect hanger end Incorrect sticky end Incorrect blunt end Correct MCdb25_dc75
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 PteI and is obtained from the bacteria Paenibacillus terrae RFL2.
PteI cuts the DNA sequence as follows: 5'-G|CGCGC-3' where the '|' indicates the cut location.
Based on this info, can you identify the type of cut this enzyme makes?
blunt end Incorrect overhang end Incorrect hanger end Incorrect sticky end Correct straight edge Incorrect MCc4cf_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 EsaBC3I and is obtained from the bacteria Environmental sample BC3.
EsaBC3I cuts the DNA sequence as follows: 5'-TC|GA-3' where the '|' indicates the cut location.
Based on this info, can you identify the type of cut this enzyme makes?
sticky end Incorrect hanger end Incorrect overhang end Incorrect blunt end Correct straight edge Incorrect MC504b_03ff
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?
hanger end Incorrect blunt end Incorrect overhang end Incorrect straight edge Incorrect sticky end Correct MCd44f_8cf2
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 BsePI and is obtained from the bacteria Bacillus stearothermophilus P6.
BsePI cuts the DNA sequence as follows: 5'-G|CGCGC-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 blunt end Incorrect sticky end Correct MCa840_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 PspOMI and is obtained from the bacteria Pseudomonas species OM2164.
PspOMI cuts the DNA sequence as follows: 5'-G|GGCCC-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 sticky end Correct hanger end Incorrect MC0e5c_2e5c
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 Sfr303I and is obtained from the bacteria Streptomyces fradiae 303.
Sfr303I cuts the DNA sequence as follows: 5'-CCGC|GG-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 hanger end Incorrect sticky end Correct straight edge Incorrect MCfdc7_bf13
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?
sticky end Correct blunt end Incorrect overhang end Incorrect hanger end Incorrect straight edge Incorrect MC9892_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 Csp6I and is obtained from the bacteria Corynebacterium species RFL6.
Csp6I cuts the DNA sequence as follows: 5'-G|TAC-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 MC3bfd_a97b
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 BsuTUI and is obtained from the bacteria Bacillus subtilis TU.
BsuTUI 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?
overhang end Incorrect blunt end Incorrect sticky end Correct straight edge Incorrect hanger end Incorrect MC0df7_2871
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 MssI and is obtained from the bacteria Methylobacterium species Dd 5-732.
MssI cuts the DNA sequence as follows: 5'-GTTT|AAAC-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 blunt end Correct straight edge Incorrect sticky end Incorrect MC9ec7_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 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 sticky end Incorrect overhang end Incorrect straight edge Incorrect blunt end Correct MC485d_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 PagI and is obtained from the bacteria Pseudomonas alcaligenes Sau 14-027.
PagI cuts the DNA sequence as follows: 5'-T|CATGA-3' where the '|' indicates the cut location.
Based on this info, can you identify the type of cut this enzyme makes?
blunt end Incorrect overhang end Incorrect hanger end Incorrect straight edge Incorrect sticky end Correct MC5f0f_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 AscI and is obtained from the bacteria Arthrobacter species.
AscI cuts the DNA sequence as follows: 5'-GG|CGCGCC-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 MC1103_131a
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 Sfr274I and is obtained from the bacteria Streptomyces fradiae 274.
Sfr274I 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 straight edge Incorrect blunt end Incorrect hanger end Incorrect sticky end Correct MC6008_8411
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 BglII and is obtained from the bacteria Bacillus globigii.
BglII cuts the DNA sequence as follows: 5'-A|GATCT-3' where the '|' indicates the cut location.
Based on this info, can you identify the type of cut this enzyme makes?
hanger end Incorrect straight edge Incorrect sticky end Correct overhang end Incorrect blunt end Incorrect MCc10e_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 SciI and is obtained from the bacteria Streptoverticillium cinnamoneum.
SciI cuts the DNA sequence as follows: 5'-CTC|GAG-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 MC5673_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 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 sticky end Correct straight edge Incorrect hanger end Incorrect blunt end Incorrect MCcc7f_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 KroI and is obtained from the bacteria Kocurea rosea 307.
KroI cuts the DNA sequence as follows: 5'-G|CCGGC-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 MCde30_d379
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 PabI and is obtained from the bacteria Pyrococcus abyssi.
PabI cuts the DNA sequence as follows: 5'-GTA|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 straight edge Incorrect overhang end Incorrect blunt end Incorrect hanger end Incorrect MC5d5f_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 Psp124BI and is obtained from the bacteria Pseudomonas species 124B.
Psp124BI 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?
straight edge Incorrect overhang end Incorrect sticky end Correct blunt end Incorrect hanger end Incorrect MC89fa_0b6e
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 BlnI and is obtained from the bacteria Brevibacterium linens.
BlnI 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 blunt end Incorrect hanger end Incorrect sticky end Correct overhang end Incorrect MC8050_2871
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 BmtI and is obtained from the bacteria Bacillus megaterium S2.
BmtI cuts the DNA sequence as follows: 5'-GCTAG|C-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 blunt end Incorrect straight edge Incorrect sticky end Correct MC9b0b_4a80
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 MfeI and is obtained from the bacteria Mycoplasma fermentans.
MfeI 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?
hanger end Incorrect overhang end Incorrect blunt end Incorrect straight edge Incorrect sticky end Correct MC9698_2871
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 VspI and is obtained from the bacteria Vibrio species 343.
VspI cuts the DNA sequence as follows: 5'-AT|TAAT-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 blunt end Incorrect straight edge Incorrect sticky end Correct MC7f5a_36ff
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 Cfr42I and is obtained from the bacteria Citrobacter freundii RFL42.
Cfr42I cuts the DNA sequence as follows: 5'-CCGC|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 hanger end Incorrect overhang end Incorrect blunt end Incorrect sticky end Correct MC0dae_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 EcoICRI and is obtained from the bacteria Escherichia coli 2bT.
EcoICRI cuts the DNA sequence as follows: 5'-GAG|CTC-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 MC97c2_8a91
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 RgaI and is obtained from the bacteria Rhizobium galegae.
RgaI 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 blunt end Incorrect sticky end Correct overhang end Incorrect MCed6f_1cd3
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 ClaI and is obtained from the bacteria Caryophanon latum L.
ClaI 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 hanger end Incorrect straight edge Incorrect overhang end Incorrect MC8e6f_6e64
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 SmaI and is obtained from the bacteria Serratia marcescens Sb.
SmaI cuts the DNA sequence as follows: 5'-CCC|GGG-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 blunt end Correct sticky end Incorrect hanger end Incorrect MC9a1f_ed99
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 AspA2I and is obtained from the bacteria Arthrobacter species A2.
AspA2I 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?
hanger end Incorrect overhang end Incorrect sticky end Correct straight edge Incorrect blunt end Incorrect MC8411_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 Aor13HI and is obtained from the bacteria Acidiphilium organovorum 13H.
Aor13HI 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?
blunt end Incorrect overhang end Incorrect hanger end Incorrect straight edge Incorrect sticky end Correct MC9ae1_0473
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 Bsp68I and is obtained from the bacteria Bacillus species RFL68.
Bsp68I 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?
blunt end Correct overhang end Incorrect straight edge Incorrect hanger end Incorrect sticky end Incorrect MCc215_c2b9
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 AgeI and is obtained from the bacteria Agrobacterium gelatinovorum.
AgeI cuts the DNA sequence as follows: 5'-A|CCGGT-3' where the '|' indicates the cut location.
Based on this info, can you identify the type of cut this enzyme makes?
hanger end Incorrect straight edge Incorrect overhang end Incorrect blunt end Incorrect sticky end Correct MC8699_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 MspGI and is obtained from the bacteria Microbacterium species Gd 4-13.
MspGI cuts the DNA sequence as follows: 5'-GCCGG|C-3' where the '|' indicates the cut location.
Based on this info, can you identify the type of cut this enzyme makes?
blunt end Incorrect hanger end Incorrect sticky end Correct overhang end Incorrect straight edge Incorrect MC82e1_ca44
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 BtuMI and is obtained from the bacteria Brevibacillus thermoruber.
BtuMI 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 sticky end Incorrect hanger end Incorrect straight edge Incorrect blunt end Correct MC6fc2_aa90
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 AluBI and is obtained from the bacteria Arthrobacter luteus B.
AluBI 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 blunt end Correct straight edge Incorrect hanger end Incorrect overhang end Incorrect MC548b_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 Bsp119I and is obtained from the bacteria Bacillus species RFL119.
Bsp119I cuts the DNA sequence as follows: 5'-TT|CGAA-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 Correct blunt end Incorrect straight edge Incorrect MC9b0c_4654
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?
blunt end Incorrect sticky end Correct hanger end Incorrect overhang end Incorrect straight edge Incorrect MC2b50_8637
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 Asi256I and is obtained from the bacteria Arthrobacter species strain Ck256.
Asi256I cuts the DNA sequence as follows: 5'-G|ATC-3' where the '|' indicates the cut location.
Based on this info, can you identify the type of cut this enzyme makes?
blunt end Incorrect hanger end Incorrect straight edge Incorrect overhang end Incorrect sticky end Correct MC63fa_2871
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 PauI and is obtained from the bacteria Paracoccus alcaliphilus ZVK3-3.
PauI cuts the DNA sequence as follows: 5'-G|CGCGC-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 blunt end Incorrect straight edge Incorrect sticky end Correct MC0b1b_1ad9
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 BalI and is obtained from the bacteria Brevibacterium albidum.
BalI 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?
sticky end Incorrect overhang end Incorrect straight edge Incorrect blunt end Correct hanger end Incorrect MCd36f_5ca3
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 SbfI and is obtained from the bacteria Streptomyces species Bf-61.
SbfI cuts the DNA sequence as follows: 5'-CCTGCA|GG-3' where the '|' indicates the cut location.
Based on this info, can you identify the type of cut this enzyme makes?
sticky end Correct blunt end Incorrect hanger end Incorrect overhang end Incorrect straight edge Incorrect MC4a2e_10b9
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 BshFI and is obtained from the bacteria Bacillus sphaericus.
BshFI cuts the DNA sequence as follows: 5'-GG|CC-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 Correct sticky end Incorrect hanger end Incorrect MC0958_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 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?
overhang end Incorrect sticky end Incorrect straight edge Incorrect hanger end Incorrect blunt end Correct MCafb7_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 SwaI and is obtained from the bacteria Staphylococcus warneri.
SwaI cuts the DNA sequence as follows: 5'-ATTT|AAAT-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 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 MC5f33_03ff
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 EagI and is obtained from the bacteria Enterobacter agglomerans.
EagI 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?
hanger end Incorrect blunt end Incorrect overhang end Incorrect straight edge Incorrect sticky end Correct MC58c7_8bbb
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 RsaNI and is obtained from the bacteria Rhodopseudomonas sphaeroides N.
RsaNI cuts the DNA sequence as follows: 5'-G|TAC-3' where the '|' indicates the cut location.
Based on this info, can you identify the type of cut this enzyme makes?
sticky end Correct straight edge Incorrect blunt end Incorrect overhang end Incorrect hanger end Incorrect MC64b4_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 CciI and is obtained from the bacteria Curtobacterium citreus.
CciI cuts the DNA sequence as follows: 5'-T|CATGA-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 MCf4c3_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 SphI and is obtained from the bacteria Streptomyces phaeochromogenes.
SphI cuts the DNA sequence as follows: 5'-GCATG|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 sticky end Correct blunt end Incorrect overhang end Incorrect hanger end Incorrect MCfbc5_c0b4
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 Eco147I and is obtained from the bacteria Escherichia coli RFL147.
Eco147I 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?
blunt end Correct hanger end Incorrect overhang end Incorrect sticky end Incorrect straight edge Incorrect MCd1d0_5b40
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 SacII and is obtained from the bacteria Streptomyces achromogenes.
SacII cuts the DNA sequence as follows: 5'-CCGC|GG-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 straight edge Incorrect hanger end Incorrect MC65b2_0473
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 MscI and is obtained from the bacteria Micrococcus species.
MscI 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?
blunt end Correct overhang end Incorrect straight edge Incorrect hanger end Incorrect sticky end Incorrect MCbc63_66f9
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 Ple19I and is obtained from the bacteria Pseudomonas lemoignei 19.
Ple19I cuts the DNA sequence as follows: 5'-CGAT|CG-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 hanger end Incorrect overhang end Incorrect MC3c51_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 MlsI and is obtained from the bacteria Micrococcus luteus Ng 16-122.
MlsI 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?
overhang end Incorrect blunt end Correct straight edge Incorrect hanger end Incorrect sticky end Incorrect MCf103_2c38
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 BfrI and is obtained from the bacteria Bacteroides fragilis.
BfrI 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?
sticky end Correct blunt end Incorrect straight edge Incorrect overhang end Incorrect hanger end Incorrect MC42c7_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 NgoMIV and is obtained from the bacteria Neisseria gonorrhoeae MS11.
NgoMIV cuts the DNA sequence as follows: 5'-G|CCGGC-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 Correct blunt end Incorrect MC753f_2c38
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 PspLI and is obtained from the bacteria Pseudomonas species L.
PspLI cuts the DNA sequence as follows: 5'-C|GTACG-3' where the '|' indicates the cut location.
Based on this info, can you identify the type of cut this enzyme makes?
sticky end Correct blunt end Incorrect straight edge Incorrect overhang end Incorrect hanger end Incorrect MCd254_4654
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 RigI and is obtained from the bacteria Rhizobium yangligense.
RigI 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 sticky end Correct hanger end Incorrect overhang end Incorrect straight edge Incorrect MCd504_8a91
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?
straight edge Incorrect hanger end Incorrect blunt end Incorrect sticky end Correct overhang end Incorrect MC42dd_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 MroI and is obtained from the bacteria Micrococcus roseus.
MroI 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 overhang end Incorrect sticky end Correct blunt end Incorrect straight edge Incorrect MCadff_8cf2
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 BseCI and is obtained from the bacteria Bacillus species.
BseCI 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?
overhang end Incorrect straight edge Incorrect hanger end Incorrect blunt end Incorrect sticky end Correct MCccf2_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 Eco52I and is obtained from the bacteria Escherichia coli RFL52.
Eco52I 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?
blunt end Incorrect hanger end Incorrect sticky end Correct overhang end Incorrect straight edge Incorrect MC0b6f_9168
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 overhang end Incorrect sticky end Correct hanger end Incorrect MC6b40_2e5c
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 NheI and is obtained from the bacteria Neisseria mucosa.
NheI cuts the DNA sequence as follows: 5'-G|CTAGC-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 hanger end Incorrect sticky end Correct straight edge Incorrect MC5f0c_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 PvuI and is obtained from the bacteria Proteus vulgaris.
PvuI cuts the DNA sequence as follows: 5'-CGAT|CG-3' where the '|' indicates the cut location.
Based on this info, can you identify the type of cut this enzyme makes?
blunt end Incorrect overhang end Incorrect sticky end Correct hanger end Incorrect straight edge Incorrect MC7a3e_d954
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?
hanger end Incorrect blunt end Incorrect straight edge Incorrect sticky end Correct overhang end Incorrect MCcab7_2e5c
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 AfeI and is obtained from the bacteria Alcaligenes faecalis T2774.
AfeI cuts the DNA sequence as follows: 5'-AGC|GCT-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 sticky end Incorrect straight edge Incorrect MCbf29_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 AsuNHI and is obtained from the bacteria Actinobacillus suis NH.
AsuNHI cuts the DNA sequence as follows: 5'-G|CTAGC-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 MC2512_0473
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 AccII and is obtained from the bacteria Acinetobacter calcoaceticus.
AccII 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 overhang end Incorrect straight edge Incorrect hanger end Incorrect sticky end Incorrect MCa300_ec16
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 BstZ17I and is obtained from the bacteria Bacillus stearothermophilus 38M.
BstZ17I 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 straight edge Incorrect overhang end Incorrect hanger end Incorrect sticky end Incorrect MCa3fc_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 Aor51HI and is obtained from the bacteria Acidiphilium organovorum 51H.
Aor51HI cuts the DNA sequence as follows: 5'-AGC|GCT-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 MC5b50_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 McaTI and is obtained from the bacteria Methylococcus capsulatus str. Bath.
McaTI cuts the DNA sequence as follows: 5'-GCGC|GC-3' where the '|' indicates the cut location.
Based on this info, can you identify the type of cut this enzyme makes?
sticky end Correct blunt end Incorrect hanger end Incorrect straight edge Incorrect overhang end Incorrect MC972a_c0b4
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 BseAI and is obtained from the bacteria Bacillus sphaericus BseA.
BseAI 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?
blunt end Incorrect hanger end Incorrect overhang end Incorrect sticky end Correct straight edge Incorrect MC5426_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 TagI and is obtained from the bacteria Thermocrispum agreste.
TagI cuts the DNA sequence as follows: 5'-AC|GT-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 MC9fef_4654
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 Vha464I and is obtained from the bacteria Vibrio harveyi 464.
Vha464I 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 hanger end Incorrect overhang end Incorrect straight edge Incorrect MCac0d_a905
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?
blunt end Incorrect hanger end Incorrect sticky end Correct straight edge Incorrect overhang end Incorrect MC6947_0473
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 Acc16I and is obtained from the bacteria Acinetobacter calcoaceticus 16.
Acc16I cuts the DNA sequence as follows: 5'-TGC|GCA-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 straight edge Incorrect hanger end Incorrect sticky end Incorrect MC64f9_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 CviAII and is obtained from the bacteria Chlorella virus NC64A (PBCV-1).
CviAII cuts the DNA sequence as follows: 5'-C|ATG-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 Incorrect sticky end Correct straight edge Incorrect MC88bf_5b52
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 BstSNI and is obtained from the bacteria Bacillus stearothermophilus SN.
BstSNI 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?
blunt end Correct overhang end Incorrect sticky end Incorrect straight edge Incorrect hanger end Incorrect MC72e5_b830
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 AflII and is obtained from the bacteria Anabaena flos-aquae.
AflII 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 hanger end Incorrect overhang end Incorrect straight edge Incorrect sticky end Correct MC7940_a9b4
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 SgrDI and is obtained from the bacteria Streptomyces griseus RFL6.
SgrDI cuts the DNA sequence as follows: 5'-CG|TCGACG-3' where the '|' indicates the cut location.
Based on this info, can you identify the type of cut this enzyme makes?
sticky end Correct straight edge Incorrect hanger end Incorrect overhang end Incorrect blunt end Incorrect MCc80b_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 PceI and is obtained from the bacteria Planococcus citreus 55.
PceI 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?
straight edge Incorrect sticky end Incorrect blunt end Correct overhang end Incorrect hanger end Incorrect MC8b42_5445
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 HaeIII and is obtained from the bacteria Haemophilus aegyptius.
HaeIII cuts the DNA sequence as follows: 5'-GG|CC-3' where the '|' indicates the cut location.
Based on this info, can you identify the type of cut this enzyme makes?
hanger end Incorrect straight edge Incorrect sticky end Incorrect blunt end Correct overhang end Incorrect MC04e9_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 KspI and is obtained from the bacteria Kluyvera species.
KspI cuts the DNA sequence as follows: 5'-CCGC|GG-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 MC9417_3df8
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?
hanger end Incorrect blunt end Correct straight edge Incorrect overhang end Incorrect sticky end Incorrect MC6dc6_dc75
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 NdeI and is obtained from the bacteria Neisseria denitrificans.
NdeI cuts the DNA sequence as follows: 5'-CA|TATG-3' where the '|' indicates the cut location.
Based on this info, can you identify the type of cut this enzyme makes?
blunt end Incorrect overhang end Incorrect hanger end Incorrect sticky end Correct straight edge Incorrect MC3371_0b6e
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 Tru1I and is obtained from the bacteria Thermus ruber RFL1.
Tru1I 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?
straight edge Incorrect blunt end Incorrect hanger end Incorrect sticky end Correct overhang end Incorrect MC00ab_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 HpaI and is obtained from the bacteria Haemophilus parainfluenzae.
HpaI cuts the DNA sequence as follows: 5'-GTT|AAC-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 Incorrect overhang end Incorrect blunt end Correct MCfe2e_b830
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 BsrGI and is obtained from the bacteria Bacillus stearothermophilus GR75.
BsrGI 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?
blunt end Incorrect hanger end Incorrect overhang end Incorrect straight edge Incorrect sticky end Correct MCe140_b830
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 AhlI and is obtained from the bacteria Alteromonas haloplanktis SP.
AhlI 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?
blunt end Incorrect hanger end Incorrect overhang end Incorrect straight edge Incorrect sticky end Correct MC739f_a905
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 BstBI and is obtained from the bacteria Bacillus stearothermophilus B225.
BstBI cuts the DNA sequence as follows: 5'-TT|CGAA-3' where the '|' indicates the cut location.
Based on this info, can you identify the type of cut this enzyme makes?
blunt end Incorrect hanger end Incorrect sticky end Correct straight edge Incorrect overhang end Incorrect MC41af_0693
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 BfaI and is obtained from the bacteria Bacteroides fragilis.
BfaI 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 hanger end Incorrect blunt end Incorrect overhang end Incorrect MCb74f_aa90
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 HpyCH4V and is obtained from the bacteria Helicobacter pylori CH4.
HpyCH4V 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?
sticky end Incorrect blunt end Correct straight edge Incorrect hanger end Incorrect overhang end Incorrect MC5f2d_50f5
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 EcoT22I and is obtained from the bacteria Escherichia coli TB22.
EcoT22I cuts the DNA sequence as follows: 5'-ATGCA|T-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 blunt end Incorrect sticky end Correct straight edge Incorrect MCcf7a_0b6e
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 BssHII and is obtained from the bacteria Bacillus stearothermophilus H3.
BssHII cuts the DNA sequence as follows: 5'-G|CGCGC-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 hanger end Incorrect sticky end Correct overhang end Incorrect MC57b6_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 Tru9I and is obtained from the bacteria Thermus ruber 9.
Tru9I 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 hanger end Incorrect overhang end Incorrect blunt end Incorrect straight edge Incorrect MC6e11_ed99
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 ZrmI and is obtained from the bacteria Zoogloea ramigera SCA.
ZrmI 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 sticky end Incorrect straight edge Incorrect blunt end Correct MC09d0_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 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?
straight edge Incorrect sticky end Correct blunt end Incorrect overhang end Incorrect hanger end Incorrect MC6af2_ed99
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 HapII and is obtained from the bacteria Haemophilus aphrophilus.
HapII cuts the DNA sequence as follows: 5'-C|CGG-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 Correct straight edge Incorrect blunt end Incorrect MC3b53_5336
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 XmaJI and is obtained from the bacteria Xanthomonas maltophilia Jo 85-025.
XmaJI 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?
sticky end Correct hanger end Incorrect blunt end Incorrect overhang end Incorrect straight edge Incorrect MC0101_790d
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 SgsI and is obtained from the bacteria Streptomyces griseus RFL5.
SgsI cuts the DNA sequence as follows: 5'-GG|CGCGCC-3' where the '|' indicates the cut location.
Based on this info, can you identify the type of cut this enzyme makes?
blunt end Incorrect overhang end Incorrect straight edge Incorrect sticky end Correct hanger end Incorrect MC03de_0693
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 PmeI and is obtained from the bacteria Pseudomonas mendocina.
PmeI cuts the DNA sequence as follows: 5'-GTTT|AAAC-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 hanger end Incorrect blunt end Correct overhang end Incorrect MCd945_7fb9
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?
overhang end Incorrect straight edge Incorrect sticky end Correct blunt end Incorrect hanger end Incorrect MCcf8d_ec16
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 GlaI and is obtained from the bacteria Glacial ice bacterium GL29.
GlaI cuts the DNA sequence as follows: 5'-GC|GC-3' where the '|' indicates the cut location.
Based on this info, can you identify the type of cut this enzyme makes?
blunt end Correct straight edge Incorrect overhang end Incorrect hanger end Incorrect sticky end Incorrect MC6db0_d323
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 SplI and is obtained from the bacteria Spirulina platensis.
SplI cuts the DNA sequence as follows: 5'-C|GTACG-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 overhang end Incorrect blunt end Incorrect MC9f4b_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 PshBI and is obtained from the bacteria Plesiomonas shigelloides TPS970.
PshBI cuts the DNA sequence as follows: 5'-AT|TAAT-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 hanger end Incorrect blunt end Incorrect MC2f37_08c8
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 BseX3I and is obtained from the bacteria Bacillus stearothermophilus X3.
BseX3I 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?
blunt end Incorrect sticky end Correct overhang end Incorrect straight edge Incorrect hanger end Incorrect MC9422_f22f
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 Pfl23II and is obtained from the bacteria Pseudomonas fluorescens RFL23.
Pfl23II cuts the DNA sequence as follows: 5'-C|GTACG-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 blunt end Incorrect sticky end Correct MC2839_9168
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?
blunt end Incorrect straight edge Incorrect overhang end Incorrect sticky end Correct hanger end Incorrect MCb368_69e8
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 BstUI and is obtained from the bacteria Bacillus stearothermophilus U458.
BstUI 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 hanger end Incorrect straight edge Incorrect blunt end Correct sticky end Incorrect MC7e1f_123f
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 Sse232I and is obtained from the bacteria Streptomyces species RH232.
Sse232I cuts the DNA sequence as follows: 5'-CG|CCGGCG-3' where the '|' indicates the cut location.
Based on this info, can you identify the type of cut this enzyme makes?
sticky end Correct blunt end Incorrect overhang end Incorrect straight edge Incorrect hanger end Incorrect MC87ff_595c
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 CviQI and is obtained from the bacteria Chlorella virus NY-2A.
CviQI cuts the DNA sequence as follows: 5'-G|TAC-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 straight edge Incorrect sticky end Correct blunt end Incorrect MCe05d_4654
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 HpaII and is obtained from the bacteria Haemophilus parainfluenzae.
HpaII cuts the DNA sequence as follows: 5'-C|CGG-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 hanger end Incorrect overhang end Incorrect straight edge Incorrect MC7649_ac0a
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 AhaIII and is obtained from the bacteria Aphanothece halophytica.
AhaIII cuts the DNA sequence as follows: 5'-TTT|AAA-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 overhang end Incorrect blunt end Correct hanger end Incorrect MCcb5d_7ed7
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 BspHI and is obtained from the bacteria Bacillus species H.
BspHI cuts the DNA sequence as follows: 5'-T|CATGA-3' where the '|' indicates the cut location.
Based on this info, can you identify the type of cut this enzyme makes?
hanger end Incorrect straight edge Incorrect blunt end Incorrect sticky end Correct overhang end Incorrect MCac11_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 MspI and is obtained from the bacteria Moraxella species ATCC 49670.
MspI cuts the DNA sequence as follows: 5'-C|CGG-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 MCbad1_8cf2
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 NsbI and is obtained from the bacteria Neisseria subflava Va-1.
NsbI cuts the DNA sequence as follows: 5'-TGC|GCA-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 blunt end Correct sticky end Incorrect MC8948_f22f
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 EheI and is obtained from the bacteria Erwinia herbicola 9/5.
EheI 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 overhang end Incorrect hanger end Incorrect blunt end Correct sticky end Incorrect MC222f_c2b9
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 straight edge Incorrect overhang end Incorrect blunt end Incorrect sticky end Correct MC8f1f_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 HhaI and is obtained from the bacteria Haemophilus haemolyticus.
HhaI 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?
hanger end Incorrect sticky end Correct blunt end Incorrect overhang end Incorrect straight edge Incorrect MCce1d_47dd
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?
overhang end Incorrect hanger end Incorrect sticky end Incorrect blunt end Correct straight edge Incorrect MCdd6e_aa90
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 Bsa29I and is obtained from the bacteria Bacillus species 29.
Bsa29I 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?
sticky end Correct blunt end Incorrect straight edge Incorrect hanger end Incorrect overhang end Incorrect MCe9ce_8bbb
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?
sticky end Correct straight edge Incorrect blunt end Incorrect overhang end Incorrect hanger end Incorrect MC1ee9_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 Bsp19I and is obtained from the bacteria Bacillus species 19.
Bsp19I cuts the DNA sequence as follows: 5'-C|CATGG-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 MCe4e8_f588
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 NsiI and is obtained from the bacteria Neisseria sicca.
NsiI cuts the DNA sequence as follows: 5'-ATGCA|T-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 straight edge Incorrect overhang end Incorrect blunt end Incorrect