BIOLOGICAL DOMAIN
Follow RNA from synthesis to cDNA. Find reverse transcriptases, transcription kits and RNA processing reagents.
Poly(A) tailing, Poly(U) tailing, RNA capping
42 productsExoribonucleases, Ribonucleases, RNA linkers
47 productsReverse transcriptase enzymes, Two-step RT-PCR kits, First-strand cDNA synthesis kits
107 productsRNA polymerases, T7 transcription, SP6 transcription
52 productsRNase inhibitors
19 productsTransfer RNA
2 productsOligo(dT) primers, Random primers
17 products
RNA-DNA hybrid nucleases / Thermostable RNase H
Thermus thermophilus RNase H degrades RNA within DNA:RNA hybrids at elevated temperature. Candidate for this workflow; confirm formulation, substrate and protocol compatibility before substitution.
RNA-DNA hybrid nucleases / RNase H
RNase H for digestion of the RNA strand in RNA-DNA hybrids. Candidate for the listed workflow; compare buffer, sample input and protocol requirements before substitution.
RNA-DNA hybrid nucleases / RNase HII
RNase HII reagent; retain type-II substrate specificity and review glycerol formulation. Candidate for the listed workflow; compare buffer, sample input and protocol requirements before substitution.
RNA-DNA hybrid nucleases / RNase HII
RNase HII reagent; retain type-II substrate specificity and review glycerol formulation. Candidate for the listed workflow; compare buffer, sample input and protocol requirements before substitution.
RNA-DNA hybrid nucleases / RNase HII
Classification is based on the supplied product name. Confirm formulation, application and compatibility in the manufacturer documentation.
Ribonucleases / RNase I
RNase I hydrolyzes RNA with preference for single-stranded substrates and has no DNA nuclease activity. Candidate for the listed workflow; compare buffer, sample input and protocol requirements before substitution.
Ribonucleases / RNase I
E. coli RNase I for RNA digestion. Candidate for this workflow; confirm formulation, substrate and protocol compatibility before substitution.
Ribonucleases / RNase I
Classification is based on the supplied product name. Confirm formulation, application and compatibility in the manufacturer documentation.
Ribonucleases / RNase III
E. coli RNase III for double-stranded RNA processing. Candidate for this workflow; confirm formulation, substrate and protocol compatibility before substitution.
RNase inhibitors
Ribonuclease inhibitor for RNA-sensitive enzyme reactions. Confirm the inhibited RNase classes and reducing conditions. Candidate for the listed workflow; compare buffer, sample input and protocol requirements before substitution.
RNase inhibitors
Recombinant RNase inhibitor for protecting RNA in enzymatic workflows. Candidate for this workflow; confirm formulation, substrate and protocol compatibility before substitution.
RNase inhibitors
Recombinant RNase inhibitor for RNA-sensitive enzymatic reactions. Candidate for the listed workflow; compare buffer, sample input and protocol requirements before substitution.
RNase inhibitors
Classification is based on the supplied product name. Confirm formulation, application and compatibility in the manufacturer documentation.
RNase inhibitors
Classification is based on the supplied product name. Confirm formulation, application and compatibility in the manufacturer documentation.
Ribonucleases / RNase R
Classification is based on the supplied product name. Confirm formulation, application and compatibility in the manufacturer documentation.
Ribonucleases / RNase R
RNase R for processive digestion of linear RNA; structured substrates require protocol review. Candidate for this workflow; confirm formulation, substrate and protocol compatibility before substitution.
Ribonucleases / RNase R
RNase R exonuclease for degradation of linear RNA; manufacturing grade differs. Candidate for the listed workflow; compare buffer, sample input and protocol requirements before substitution.
Ribonucleases / RNase R
RNase R exonuclease for degradation of linear RNA; manufacturing grade differs. Candidate for the listed workflow; compare buffer, sample input and protocol requirements before substitution.
RNase inhibitors
Candidate for the stated function. Confirm substrate, formulation, reaction conditions and application before substitution.
RNase inhibitors
Ribonuclease inhibitor for RNA-sensitive enzyme reactions. Confirm the inhibited RNase classes and reducing conditions. Candidate for the listed workflow; compare buffer, sample input and protocol requirements before substitution.
RNase inhibitors
Candidate for the stated function. Confirm substrate, formulation, reaction conditions and application before substitution.
RNA 5′ end processing / RNA 5′ pyrophosphohydrolase (RppH)
Bacterial RppH converts triphosphorylated RNA 5-prime ends to monophosphate ends. Candidate for the listed workflow; compare buffer, sample input and protocol requirements before substitution.
RT master mixes / RT mixes with unspecified priming
See datasheet. Original first-strand formulation for downstream PCR or qPCR.
RT master mixes / RT mixes with gDNA removal
Mixed primers. A 2× RT mix follows a separate digestion step. The stock concentration changes the volume added per reaction.
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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.