Applied to each strand; 5′ triphosphate is common for in-vitro transcripts.
Maximum 5,000,000 bases.
Enter your parameters to see conversion results
1. Calculate Moles of RNA
moles of RNA [mol] = RNA mass [g] / RNA molecular weight [g/mol]
This equation converts the physical mass of RNA to the number of moles using the molecular weight.
2. Calculate Moles of RNA Ends
moles of ssRNA ends [mol] = moles of ssRNA [mol] × 1
Each single-stranded RNA molecule has one 3' and one 5' end counted as one end unit for ligation calculations.
3. Calculate RNA Copy Number
RNA copy number [molecules] = moles of RNA [mol] × 6.022e23 [molecules/mol]
Uses Avogadro's number to convert moles to actual number of RNA molecules.
4. Calculate RNA Molecular Weight
MW = strand residue sum − 61.96 + selected 5′ adjustment
When a sequence is provided, A/U and C/G complements are calculated explicitly. Length-only estimates use an average RNA residue weight of approximately 321.44 g/mol per nucleotide.