Quote:
|
What's up with these clear finned bettas I'm seeing on aquabid? Is it an all new mutation, or is it a result of very strict breeding of whichever gene does that? (I'd like to know which gene is involved if you know)
|
I'm not sure how they exactly work. But it is genetic - thus it's safe to say that they were bred for that (clear fins). Personally I'm not a fan of clear fins and always try to breed it out. But I do like milk-white fins, whether in butterfly pattern or just plain. And because I've had clear fins since my early years, I can say that they're not new.
Quote:
|
I haven't really read into crossing butterflys and marbles, is that what you would get, a butterfly marble?
|
Both are dominant - they will appear for generations to come. Butterfly being the white/clear color at the end of the fins while marble is the jumping genes. IMO yes you will have both traits if you cross them (never actually crossed them - not a fan of marbles).
Quote:
|
Let me see if I'm understanding that somewhat correctly. It's as if royal blue is similar to having 4 genes instead of 2? (I'm not saying that literally, just for the sake of understanding.)
|
You could say that. ..... actually genes work in pairs. So a royal has a hetero-(one pair consist or 2 different alleles) gene while turquoise and steel blue have mono- (their pair consist of the same allele)
Quote:
|
I want to create my own line, but I don't want all the work done for me, but at the same time I certainly don't want to create a new mutation. I'm thinking one parent with the fancy genes, and one without. Would that be an okay place to start?
|
Yes that should work - IF you can't find 2 multi fancies (it would be easier to work with). If no offspring shows the pattern you desire, then breed back to parent.
Keep in mind that the genetic equation will not be like the theory. As far as I know fully grown females could lay up to 1300 (maybe more - I counted fry, not eggs). Assuming 1000 fry is 100% of the genetic equation, but only 100 fry survive - so which gene combo survived. I'm not trying to put you off, but this is something you need to be prepared for when expecting something specific. And this is why I say working with a pair of desired color/pattern is better than using only one...... another reason why determining genetic outcomes are confusing.
@MoonsandOwl: That is very rare - The best explanation I can think of is that every part of a betta is actually made up of tons of cells, each carrying its own code. Perhaps (wild guess) one side dominantly shows a turquoise code while the other side shows blue. Remember, a betta with pure genes is IMO non existent or very rare. But it is possible if you keep breeding for them.
@Sena; vibrant yellow and orange are rare. They usually come in a rather pale shade.
Dragons are said to be dominant. But IME dragon x non dragon = non dragon and partial dragon (percentage depends on how strong the dragon genes are). You need to inbreed offspring with dragon scales or breed back to parent.
PS:
Crowntaillover; Sorry I forgot what I originally wanted to explain. So instead I just answered your other questions.