i also have a question in the ball python genetics but more ppl look here so thats why i posted here. thanks for the replies
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i also have a question in the ball python genetics but more ppl look here so thats why i posted here. thanks for the replies
A spider is a het, it has one mutant copy of the spider gene from one parent and a normal copy of the spider gene from the other. When a spider breeds it randomly gives either the mutant or non mutant copy to each offspring (or at least we think it's random). Theory predicts that 25% of the offspring from spider X spider should get the non mutant version of the spider gene from both parents and be completely normal.
The big question is what happens to the 25% that by theory should get the spider gene from both parents and be homozygous spider. No one has yet come forward with a homozygous spider which even if it did look like a normal heterozygous spider (i.e. if spider is a dominant mutation) could be proven by producing only spiders out of lots of babies when bred to non spiders.
You'd probably have to breed it 3-4 times to prove it wasn't just luck as well.
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"What is man without the beasts?
If all the beasts were gone,
men would die from great loneliness of spirit.
For what happens to the beasts,
soon happens to men.
All things are connected."
-Chief Seattle (Duwamish Tribe)
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