Component genes
The genetics
Albino (T-)
RecessiveRecessive — an animal must inherit two copies for it to show visually. A single copy is a hidden 'het' carrier.
Lavender (T+)
RecessiveRecessive — an animal must inherit two copies for it to show visually. A single copy is a hidden 'het' carrier.
Sable
RecessiveRecessive — an animal must inherit two copies for it to show visually. A single copy is a hidden 'het' carrier.
Arctic
Incomplete-dominantIncomplete-dominant — a single copy already changes the look; two copies make the 'super' form.
Anaconda x2
Incomplete-dominantIncomplete-dominant, shown here in its two-copy 'super' form (the most dramatic expression).
What makes a Arctic Coralburst Superconda
- Two copies of Albino (T-) — recessive, so it only shows when paired up.
- Two copies of Lavender (T+) — recessive, so it only shows when paired up.
- Two copies of Sable — 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.
This describes the genetics of the animal itself — not the odds from a pairing. Outcome odds are the Genetics Calculator's job (coming soon).
More in the Coralburst family
The same base with its Arctic and Anaconda modifier variants.
Coralburst
CoralburstCoralburst Conda
CoralburstCoralburst Superconda
CoralburstArctic Coralburst
CoralburstArctic Coralburst Conda
CoralburstSuperarctic Coralburst
CoralburstSuperarctic Coralburst Conda
CoralburstSuperarctic Coralburst Superconda
CoralburstHave a Arctic Coralburst Superconda?
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