Photo by Karyn Tapley, MD, MBA · JMGReptiles · Instagram
Super Yeti Female
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Component genes
Your MorphDex
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Snow Superconda
The genetics
Albino
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.
Axanthic
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.
Anaconda x2
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 Super Yeti
- Two copies of Albino — recessive, so it only shows when paired up.
- Two copies of Axanthic — recessive, so it only shows when paired up.
- Two copies of Anaconda — the 'Superconda' super form.
This describes the genetics of the animal itself — not the odds from a pairing. Outcome odds are the Genetics Calculator's job.
More in the Snow family
The same base with its Arctic and Anaconda modifier variants.
Snow
Snow
Snow Arctic
SnowSnow Antarctic
Snow
Yeti
Snow
Yeti Arctic
SnowAvalanche
SnowSuper Yeti Arctic
SnowSummit
SnowSuper Avalanche
SnowHave a Super Yeti photo?
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