Re: I found this very interesting
Quote:
Originally Posted by
paulh
Such chromosomes are passed on to following generations just like normal chromosomes. But the action of the deleted gene or genes no longer happens.
so if im understanding this correctly, the punnet squares above would apply to this right? or does it not pass to the next generation like that?
Re: I found this very interesting
Quote:
Originally Posted by
MakiMaki
Maybe I'm missing something, but isn't possible that the the "normal" female is a really normal looking new variant of the BEL complex? In which case we'd also say that the clutch hit bad odds in that 50% weren't BELs.
I understand the other explanation that the null phenomenon may have occurred in this baby, but then one would have to assume that the mutation occurred very early in development for the snake to be completely affected, and not look like a paradox. It will be interesting to breed it out, but one has to keep in mind that the mutation may not necessarily be expressed in all the cells of the snake, such as in the reproductive cells. Very cool stuff.
its all theory right now, it's possible anything could of happened. but for the variant that looks normal to act exactly like mojave when paired up to another mojave? also the odds would be 25%
the current theory on paradox is that twins early in development merge into one snake, and it makes sense with how random but yet how often it happens. supposedly if you take dna from one part and dna from the other different part of the snake, the dna will show as siblings, not the same snake. This has been documented in other animals, call chimeras. This has nothing to do with what we are seeing in this thread.
we will be stuck waiting on more info, for now we gossip and theorize. :)
Re: I found this very interesting
Quote:
Originally Posted by
MakiMaki
I understand the other explanation that the null phenomenon may have occurred in this baby, but then one would have to assume that the mutation occurred very early in development for the snake to be completely affected, and not look like a paradox. It will be interesting to breed it out, but one has to keep in mind that the mutation may not necessarily be expressed in all the cells of the snake, such as in the reproductive cells. Very cool stuff.
If there has been a deletion, it probably occurred when the egg cell was developing in the mother, before the egg cell was fertilized. Then the deletion would be in all of the baby snake's cells.
Quote:
Originally Posted by
OhhWatALoser
so if im understanding this correctly, the punnet squares above would apply to this right? or does it not pass to the next generation like that?
The Punnett squares in post 29 apply. Just change the word "null" to "deletion"
