My own opinion is that price has dropped because of supply and demand. Randy Remington thinks there are five or six mutants that can be combined to make a white snake. See the link below. And more snakes with the building blocks are being produced each year.
Here's a question I'd like to know the answer to. When were white snakes first produced? I only heard about them two or three years ago, as far as I can remember. Seems to me that if the first ones were in the 2005 crop, then they'd be entering the breeding cages for the first time last fall. So it may be a little too early to get answers.
If lesser platinum, mojave, phantom, butter, Vin Russo, and mocha are different mutant versions of the same normal gene, then there are many ways to make a white snake. Just write the list in two vertical columns (one for each member of the gene pair) and start making gene pairs. I figure there are 36 combinations, though we might want to delete some. From what I've read, a snake with two mojave mutant genes isn't white enough for me. YMMV.
Once we have the mutant gene pairs, we can make them do the Punnett square dance.
A white snake with a pair of lesser platinum mutant genes mated to another white snake with a pair of lesser platinum mutant genes. Result: All the babies would have a pair of lesser platinum mutant genes and be white.
A white snake with a lesser platinum mutant gene paired with a mojave mutant gene is mated to another white snake with a lesser platinum mutant gene paired with a mojave mutant gene. Result:
1/4 with a pair of lesser platinum mutant genes = white
2/4 with a lesser platinum mutant gene paired with a mojave mutant gene = white
1/4 with a pair of mojave mutant genes = nearly white.
And so on.
As to the question of the result from a white snake mated to a mojave, the answer would vary depending on the genetic make up of the white snake. But here is one possible answer.
A white snake with a lesser platinum mutant gene paired with a mojave mutant gene is mated to a mojave (with a mojave mutant gene paired with a normal gene). Result:
1/4 with a lesser platinum mutant gene paired with a mojave mutant gene = white
1/4 with a lesser platinum mutant gene paired with a normal gene = lesser platinum
1/4 with a pair of mojave mutant genes = nearly white.
1/4 with a mojave mutant gene paired with a normal gene = mojave
Of course, the observed results from all of these matings may not match the expected results just from the luck of the draw, not to mention unexpected environmental and genetic influences.
Paul Hollander
How to make Blue eyed lucy