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Albino

Albino Antarctic Anaconda

Albino Antarctic Anaconda
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Component genes

AlbinoAntarcticAnaconda

The genetics

Albino

Recessive

Albino is a recessive, amelanistic mutation in which melanin is absent entirely. The normal blotched pattern stays visible but loses all black pigment, leaving red, orange, or yellow tones with red eyes.

Antarctic

Incomplete Dominant

Antarctic is a newer incomplete-dominant trait — one copy is visually expressed, two copies produce a super form (Superantarctic). Crucially, Antarctic is ALLELIC to Arctic: they occupy the same gene location, so they do not stack like unrelated traits. A snake cannot independently carry both Superarctic and Superantarctic. One Arctic allele plus one Antarctic allele produces the 'Antarctic Arctic' compound — a distinct combined expression, not a simple stack. Plan Arctic/Antarctic pairings carefully.

Anaconda

Incomplete Dominant

Anaconda, often shortened to Conda, is an incomplete-dominant pattern mutation. One copy reduces the normal blotched dorsal pattern, creating a cleaner, more open, simplified appearance — the pattern becomes reduced, broken, or simplified.

What makes a Albino Antarctic Anaconda

  • Two copies of Albino — recessive, so it only shows when paired up.
  • One copy of Anaconda — the single-gene form.
  • One copy of Antarctic — the single-gene Antarctic form (incomplete dominant, allelic with Arctic).

This describes the genetics of the animal itself — not the odds from a pairing. Outcome odds are the Genetics Calculator's job (coming soon).

Be the first to add a Albino Antarctic Anaconda photo

Help build the guide — got a clear, full-body photo of a real one? Add it to the Genetics Lab and get credited. Every photo is reviewed before it appears.