
T4 RNA Ligase 2, truncated K227Q
Read or write a reviewRNA ligases / T4 RNA Ligase 2, truncated K227Q
Classification is based on the supplied product name. Confirm formulation, application and compatibility in the manufacturer documentation.

T4 RNA Ligase 2, truncated K227Q from Yeasen is cataloged for nucleic acid ligation.
Pack sizes & catalog numbers
See manufacturer · 14655ES
PRODUCT OVERVIEW
Product type: RNA ligases. Indexed format and requirements: T4 RNA Ligase 2, truncated K227Q.
Workflow context: RNA ligases support defined nucleic acid joining reactions, including workflows involving RNA ends. Compare donor and acceptor requirements, terminal chemistry and any supplied reaction components.
Before choosing an alternative, compare substrate and end structure, cofactor requirements, temperature and included buffers. Products in the same category are comparison candidates, not validated interchangeable replacements.
Manufacturer catalog number and pack: 14655ES.
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EXPLORE YOUR OPTIONS
1 cross-manufacturer candidates and 0 same-manufacturer related products.
These products share a candidate substitution group. Interchangeability has not yet been validated against all experimental requirements. Check the listed selection criteria before switching.

RNA ligases / T4 RNA Ligase 2, truncated K227Q
Classification is based on the supplied product name. Confirm formulation, application and compatibility in the manufacturer documentation.
Broader catalog resources for this branch. These links are discovery starting points, not verified replacements for individual products.
FROM THE LAB
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Join the research communityTRACE THE EVIDENCE
Verify substrate, formulation, activity units, buffers and experimental conditions before substitution.
Manufacturer-authored launch article lists MBP fusion, K227Q mutation, ATP-independent preadenylated adapter ligation. Official standalone product page remains unresolved.
Primary classification is an editorial interpretation of the product name and cited source. Technical equivalence is not established by category membership. Read our methodology.