furryrabbit
Fishaholic
oooh good look , this ones interesting
The blue look in bettas is a combination of pigment and iridescence, so yeah, there's no "blue" because there's no pigment, just the iridescence. I *think*, though I'm not 100% certain on this, that blue is iridescence over black pigment, as melanos with iridescence appear steel blue, and I've had a copper fish (coppers are genetically steel blue with metallic factor) throw me some black marbles. Different genes change the way the iridocytes refract light and are responsible for the differences in steel blue, royal blue, and turquoise bettasOooooh, shiny Good luck, mini albinos will be so cute. So, about the irredescent layer (which, apparently is also the 'blue layer'), I'm presuming the albino gene would make there no blue in that layer? Blue bettas with red eyes would be heck of a lotta cool.
Good idea!You might try enveloping one outside edge of teh tank with colored paper or a colored towel. This way he might pickup more contrast of her against it, as opposed to the container and water color where she sort of dissappears. I do this for my spawning males who are extra spooky since it hides their reflections some.
BTW the sister is gorgeous
Yep, an albino betta bred to a normal fish that doesn't carry the gene would produce approximately 25% albinos in the F2, or 50% albinos if you bred one of the offspring back to the albino parentOkay, so this is a theoretical Genetics Question
Albino is recessive, right? So, if an Albino was bred to a normal betta all of the offspring would look like the 'normal' parent, right?
If F1 were then bred together, as they would receive all their coloration genes from the 'single' dominant parent, then when the offspring of the first breeding were bred together isn't it likely that all the F2 offspring might show recessive traits of their 'normal' grandfather? (<- isn't sure about what's recessive and whats not, but say if Butterfly was recessive, then wouldn't F2 have a higher number of Butterfly?)
Hope I made that Question as clear as possible.
Yep, an albino betta bred to a normal fish that doesn't carry the gene would produce approximately 25% albinos in the F2, or 50% albinos if you bred one of the offspring back to the albino parentOkay, so this is a theoretical Genetics Question
the F2 offspring might show recessive traits of their 'normal' grandfather?
Hope I made that Question as clear as possible.
EDIT: But of course, that's the percentage of eggs that would get the gene, not the percentage that would survive any length of time, so the number of albinos you actually end up with is dramatically less.