BIOLOGICAL DOMAIN
DNA engineering reagents support sequence-specific cutting, end modification, ligation, assembly and genome editing workflows.
Start with the change you want to make to DNA. Restriction digestion, ligation, assembly and end modification perform different steps, while genome editing introduces additional targeting requirements. Narrower categories distinguish enzyme identity, reaction role and formulation. A shared enzyme name alone does not establish matching cleavage behavior, buffer requirements or activity units.
Choose the required molecular activity before comparing substrate specificity, reaction conditions and supplied components.
Kinases, Phosphatases, Blunt-end preparation
48 productsDNA ligases, T4 DNA ligases, RNA ligases
77 productsProtelomerases, Helicases, Reverse gyrases
10 productsUracil excision, DNA repair enzymes, Base excision repair
32 productsCas9 reagents, Cas12 nucleases, Mutation detection
22 productsSite-specific recombinases, Recombination proteins
8 productsDNA polymerases, DNA polymerase fragments, Terminal transferases
27 productsDNA-degrading nucleases, Structure-specific nucleases, Exonucleases
113 productsSingle-stranded DNA binding
4 productsPCR cloning, Overlap assembly, Type IIS assembly
13 productsSite-directed mutagenesis
4 productsAatII restriction enzymes, Acc65I restriction enzymes, AccI restriction enzymes
942 productsDNA glucosylation
1 products
Hpy8I restriction enzymes / Fast-digest formulations
Candidate only. Confirm substrate methylation, cleavage geometry, formulation and application suitability against current manufacturer documentation.
HpyF10VI restriction enzymes / Fast-digest formulations
Restriction enzyme candidate from the manufacturer selection table. Verify recognition site, cleavage position, methylation sensitivity and buffer requirements. Name relationships do not establish identical behavior.
HpyF3I restriction enzymes / Fast-digest formulations
Restriction enzyme candidate from the manufacturer selection table. Verify recognition site, cleavage position, methylation sensitivity and buffer requirements. Name relationships do not establish identical behavior.
KflI restriction enzymes / Fast-digest formulations
Restriction enzyme candidate from the manufacturer selection table. Verify recognition site, cleavage position, methylation sensitivity and buffer requirements. Name relationships do not establish identical behavior.
Kpn2I restriction enzymes / Fast-digest formulations
Restriction enzyme candidate from the manufacturer selection table. Verify recognition site, cleavage position, methylation sensitivity and buffer requirements. Name relationships do not establish identical behavior.
KpnI restriction enzymes / Fast-digest formulations
Restriction enzyme candidate from the manufacturer selection table. Verify recognition site, cleavage position, methylation sensitivity and buffer requirements. Name relationships do not establish identical behavior.
KspAI restriction enzymes / Fast-digest formulations
Restriction enzyme candidate from the manufacturer selection table. Verify recognition site, cleavage position, methylation sensitivity and buffer requirements. Name relationships do not establish identical behavior.
LguI restriction enzymes / Fast-digest formulations
Restriction enzyme candidate from the manufacturer selection table. Verify recognition site, cleavage position, methylation sensitivity and buffer requirements. Name relationships do not establish identical behavior.
Lsp1109I restriction enzymes / Fast-digest formulations
Restriction enzyme candidate from the manufacturer selection table. Verify recognition site, cleavage position, methylation sensitivity and buffer requirements. Name relationships do not establish identical behavior.
MauBI restriction enzymes / Fast-digest formulations
Restriction enzyme candidate from the manufacturer selection table. Verify recognition site, cleavage position, methylation sensitivity and buffer requirements. Name relationships do not establish identical behavior.
MbiI restriction enzymes / Fast-digest formulations
Restriction enzyme candidate from the manufacturer selection table. Verify recognition site, cleavage position, methylation sensitivity and buffer requirements. Name relationships do not establish identical behavior.
MboI restriction enzymes / Fast-digest formulations
Restriction enzyme candidate from the manufacturer selection table. Verify recognition site, cleavage position, methylation sensitivity and buffer requirements. Name relationships do not establish identical behavior.
MboII restriction enzymes / Fast-digest formulations
Restriction enzyme candidate from the manufacturer selection table. Verify recognition site, cleavage position, methylation sensitivity and buffer requirements. Name relationships do not establish identical behavior.
MlsI restriction enzymes / Fast-digest formulations
Restriction enzyme candidate from the manufacturer selection table. Verify recognition site, cleavage position, methylation sensitivity and buffer requirements. Name relationships do not establish identical behavior.
MluI restriction enzymes / Fast-digest formulations
Restriction enzyme candidate from the manufacturer selection table. Verify recognition site, cleavage position, methylation sensitivity and buffer requirements. Name relationships do not establish identical behavior.
MnlI restriction enzymes / Fast-digest formulations
Restriction enzyme candidate from the manufacturer selection table. Verify recognition site, cleavage position, methylation sensitivity and buffer requirements. Name relationships do not establish identical behavior.
Mph1103I restriction enzymes / Fast-digest formulations
Restriction enzyme candidate from the manufacturer selection table. Verify recognition site, cleavage position, methylation sensitivity and buffer requirements. Name relationships do not establish identical behavior.
MreI restriction enzymes / Fast-digest formulations
Restriction enzyme candidate from the manufacturer selection table. Verify recognition site, cleavage position, methylation sensitivity and buffer requirements. Name relationships do not establish identical behavior.
MspI restriction enzymes / Fast-digest formulations
Restriction enzyme candidate from the manufacturer selection table. Verify recognition site, cleavage position, methylation sensitivity and buffer requirements. Name relationships do not establish identical behavior.
MssI restriction enzymes / Fast-digest formulations
Restriction enzyme candidate from the manufacturer selection table. Verify recognition site, cleavage position, methylation sensitivity and buffer requirements. Name relationships do not establish identical behavior.
MunI restriction enzymes / Fast-digest formulations
Restriction enzyme candidate from the manufacturer selection table. Verify recognition site, cleavage position, methylation sensitivity and buffer requirements. Name relationships do not establish identical behavior.
Mva1269I restriction enzymes / Fast-digest formulations
Restriction enzyme candidate from the manufacturer selection table. Verify recognition site, cleavage position, methylation sensitivity and buffer requirements. Name relationships do not establish identical behavior.
MvaI restriction enzymes / Fast-digest formulations
Restriction enzyme candidate from the manufacturer selection table. Verify recognition site, cleavage position, methylation sensitivity and buffer requirements. Name relationships do not establish identical behavior.
NcoI restriction enzymes / Fast-digest formulations
Restriction enzyme candidate from the manufacturer selection table. Verify recognition site, cleavage position, methylation sensitivity and buffer requirements. Name relationships do not establish identical behavior.
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ALTERNATIVE DOES NOT MEAN IDENTICAL
Final groups are designed around experimental substitution requirements. Group membership is provisional until the necessary technical details have been verified for the intended experiment.
Start with your application, then verify the technical requirements against each manufacturer’s documentation.
Broader catalog resources for this branch. These links are discovery starting points, not verified replacements for individual products.