Nucleotides

Namespace: FSharpBio

Nested types and modules

Module	Description
Properties	Properties of a nucleatide like formula, name, symbole, but also Physicochemical features

Function or value	Description
`AmbiguousCodonMap` Signature: Map<(Nucleotide * Nucleotide * Nucleotide),AminoAcid>	Codon to AminoAcid
`antiparallel nuc` Signature: nuc:Nucleotide -> Nucleotide	Create the antiparallel DNA or RNA strand. For example, the sequence "ATGC" is converted to "GCAT". "Antiparallel" combines the two functions "Complement" and "Inverse".
`charToParsedNucleotideChar c` Signature: c:char -> ParsedNucleotideChar
`CodonMap` Signature: Map<(Nucleotide * Nucleotide * Nucleotide),AminoAcid>	Codon to AminoAcid
`complement nuc` Signature: nuc:Nucleotide -> Nucleotide	Create the complement DNA or RNA strand. For example, the sequence "ATGC" is converted to "TACG"
`inverse nuc` Signature: nuc:Nucleotide -> Nucleotide	Create the inverse DNA or RNA strand. For example, the sequence "ATGC" is converted to "CGTA"
`lookupBytes (n1, n2, n3)` Signature: (n1:Nucleotide * n2:Nucleotide * n3:Nucleotide) -> AminoAcid	Lookup an amino acid based on a triplet of nucleotides. U U U for instance will result in Phenylalanine. If the values cannot be found in the lookup table, false will be returned.
`replaceTbyU nuc` Signature: nuc:Nucleotide -> Nucleotide	Replace thymidine (T) by uracil (U). For example, the sequence "ATUGC" is converted to "AUUGC".
`replaceUbyT nuc` Signature: nuc:Nucleotide -> Nucleotide	Replace uracil (U) by thymidine (T). For example, the sequence "ATUGC" is converted to "ATTGC".