Ribonuclease inhibitor for RNA workflows; concentration, formulation and manufacturing grade are product-specific. Candidate for the listed workflow; compare buffer, sample input and protocol requirements before substitution.
Ribonuclease inhibitor for RNA workflows; concentration, formulation and manufacturing grade are product-specific. Candidate for the listed workflow; compare buffer, sample input and protocol requirements before substitution.
100 mM N1-methylpseudouridine triphosphate sodium solution for modified RNA synthesis. Candidate for the specified application; follow the manufacturer protocol and validate sample and instrument compatibility.
100 mM N1-methylpseudouridine triphosphate Tris formulation for modified RNA synthesis. Candidate for the specified application; follow the manufacturer protocol and validate sample and instrument compatibility.
N1-methylpseudouridine triphosphate supplied as a 200 mM Tris solution for RNA synthesis; adjust concentration for the chosen reaction. Candidate for the specified application; follow the manufacturer protocol and validate sample and instrument compatibility.
N1-methylpseudouridine triphosphate sodium salt solution, 100-110 mM. Candidate for the specified application; follow the manufacturer protocol and validate sample and instrument compatibility.
RNA capping / Cap analogs / m7G(5′)ppp(5′)A dinucleotide cap analogs
Dinucleotide m7GpppA cap analog; CAS 62828-63-1. Review cap orientation and transcript initiation requirements. Candidate for the listed workflow; compare buffer, sample input and protocol requirements before substitution.
Same enzyme identity candidate. Verify recognition and cleavage specificity, methylation sensitivity, reaction buffer, concentration and heat inactivation in the source before substitution.
Manufacturer catalog identifies the named restriction enzyme and catalog code. Isoschizomer aliases are not treated as interchangeable products; check cleavage position, methylation sensitivity, temperature and buffer. Confirm the supplier protocol, formulation and activity units before substitution.
Same enzyme identity candidate. Verify recognition and cleavage specificity, methylation sensitivity, reaction buffer, concentration and heat inactivation in the source before substitution.
Native almond glycopeptidase A for N-glycan release from glycopeptides. Compare native substrate accessibility and required proteolytic pretreatment with recombinant PNGase A protocols.