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Axanthic Chocolate

Axanthic Chocolate Superarctic Superconda

Axanthic Chocolate Superarctic Superconda
Photo coming soon

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Component genes

AxanthicSwiss ChocolateArctic x2Anaconda x2

The genetics

Axanthic

Recessive

Axanthic is a recessive mutation that removes yellow (xanthin) pigment while leaving melanin intact. The result is a gray, black, and white snake that keeps its normal pattern and dark eyes but loses all warm coloration.

Swiss Chocolate

Recessive

Swiss Chocolate is a recessive, hypermelanistic mutation that increases melanin production, concentrated most heavily on the head. Hatchlings are born dark and stay that way, producing a rich chocolate-brown snake — similar to Sable but darker and warmer in tone.

Arctic x2

Incomplete Dominant

Superarctic is the two-copy (super) form of the Arctic gene — not a separate gene. It produces a stronger, more dramatic expression of the Arctic look: brighter, cleaner, often with very strong black-and-white contrast. It occurs when a hognose inherits Arctic from both parents.

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 Axanthic Chocolate Superarctic Superconda

  • Two copies of Axanthic — recessive, so it only shows when paired up.
  • Two copies of Swiss Chocolate — recessive, so it only shows when paired up.
  • Two copies of Anaconda — the 'Superconda' super form.
  • Two copies of Arctic — the 'Superarctic' super form.

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 Axanthic Chocolate Superarctic 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.