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SunglowUnverified

Sunglow Arctic Superconda

Sunglow Arctic Superconda
Photo coming soon

Be the first to add a Sunglow Arctic Superconda photo.

Component genes

AlbinoHypoArcticAnaconda x2
Unverified

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

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.

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 x2

Incomplete Dominant

Superconda is the two-copy (super) form of the Anaconda gene — not a separate gene. It produces an extreme reduction in pattern on the body, often resulting in a nearly patternless or greatly simplified appearance. The head stamp remains. It occurs when a hognose inherits Anaconda from both parents.

What makes a Sunglow Arctic Superconda

  • Two copies of Albino — recessive, so it only shows when paired up.
  • Two copies of Hypo — recessive, so it only shows when paired up.
  • Two copies of Anaconda — the 'Superconda' super 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 Sunglow Arctic Superconda 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.