Closed TheLostLambda closed 2 years ago
This does mean that IUPAC DNA and RNA can yield non-IUPAC (Base) Protein, so I'll need to recompute sequence alphabet in the convert
method. I should probably be recomputing the alphabet for other functions like subseq
as well! I want to retain the parent kind, but I could tighten the alphabet without changing the meaning of anything :)
Closed by: 69a78b5fe5aa92d25e11536227c0587654680aa8
It looks like the codons containing IUPAC bases are checked against all of the possible bases they could be — either resolving to a single amino acid, or an
X
when ambiguoushttps://www.bioinformatics.org/sms2/translate.html