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OxideUnverified

Oxide Arctic Anaconda

Oxide Arctic Anaconda
Photo coming soon

Be the first to add a Oxide Arctic Anaconda photo.

Component genes

SableHypoArcticAnaconda
Unverified

This morph's genetics are pending breeder review and may be refined.

The genetics

Sable

Recessive

Sable is a recessive mutation that increases melanin production, producing a darker, richer brown snake than normal. It's often bred into lighter morphs like Albino specifically to deepen contrast. They typically have 2 clear scales under their chin, creating a heart shape.

Hypo

Recessive

(Evans/Dutch Hypo) — Hypo is a recessive, true hypomelanistic mutation that reduces rather than eliminates melanin. Dorsal blotches come out brighter and more saturated — often orange instead of brown — while the dark eyes are retained.

Arctic

Incomplete Dominant

Arctic is an incomplete-dominant gene that tends to brighten, clean up, and cool the overall appearance of a Western Hognose. Arctic animals often show a lighter base color, sharper contrast, cleaner pattern, brighter coloration, white outlines around pattern elements, and speckling/flecking compared to non-Arctic animals.

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 Oxide Arctic Anaconda

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

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 Oxide Arctic 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.