Translate a DNA sequence into the corresponding peptide sequences:

Translate an RNA sequence:

Translate using a "GeneticTranslationTable" entity:

Translate using the table corresponding to a NCBI genetic code number:

Use an Association to specify the translation table:

Use an arbitrary NCBI translation table:

Use the start translation of the automatically selected translation table:

Specify start codon translations with an association of the changed start codons:

Use NCBI notation to specify the start codon translation:

The translations to selenocysteine (U) and pyrrolysine (O) only happen in particular chemical contexts that are distinct from the translation system for a particular organism. One way to incorporate them is to change the codon translation association:

After splicing together coding sequences, translation yields the same sequence as the protein:

Inputs with degenerate letters may have multiple possible translations with no single generalization:

Using BioSequenceInstances first will avoid ambiguous results:

If the length of a DNA or RNA sequence is not a multiple of three, then the remaining letters after constructing codons are discarded from the end of the sequence:

See the peptides resulting from translation:

Reveal a phrase encoded in DNA: