I like White

[LadyOhh]

Super fire-super mojave?

We have a winner... Not sure if you read the blog, but there you go!!!

LOL.

Blog readers do have a heads up on these kind of questions..

This is a Super Fire Super Mojave.

[Valentine Pirate]

We have a winner... Not sure if you read the blog, but there you go!!!

LOL.

Blog readers do have a heads up on these kind of questions..

This is a Super Fire Super Mojave.

That is SO COOL! Talk about genetic powerhouse! Really pretty snake too!

[snakemansnakes]

Honestly it was just a guess. It looked similar to a snake my friend was going to pick up.

[joe23]

congrats. but now i got a question.what happens when u breed it to a normal. do u get 50/50 fire mojos or is the fire gene more dominant than the mojo gene or vice versa?

i think u would get 50/50 but thats just because its the logic thought..lol


would really be cool to know if all co dom and dom morphs are equal dominant or if there are more dominant genes and less dominant genes.

[LadyOhh]

congrats. but now i got a question.what happens when u breed it to a normal. do u get 50/50 fire mojos or is the fire gene more dominant than the mojo gene or vice versa?

i think u would get 50/50 but thats just because its the logic thought..lol


would really be cool to know if all co dom and dom morphs are equal dominant or if there are more dominant genes and less dominant genes.

If she is bred to a normal, she will produce ALL FIRE MOJAVES.

[Russ Lawson]

congrats. but now i got a question.what happens when u breed it to a normal. do u get 50/50 fire mojos or is the fire gene more dominant than the mojo gene or vice versa?

i think u would get 50/50 but thats just because its the logic thought..lol


would really be cool to know if all co dom and dom morphs are equal dominant or if there are more dominant genes and less dominant genes.

As Heather stated, all offspring will be at least fire mojaves. The type of inheritance mutations are lumped into is based only on their appearance relative to the wild-type. Typically mutations will combine in dihybrid crosses, resulting in animals that appear to express both mutations equally, though there are always exceptions, such as when the two mutations are different alleles of the same gene.

[twistedtails]

Very nice Heather. So it is safe to say the Black Eyed Lucy is dominant over the Blue Eyed Lucy? That's interesting.