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Post by felix93 on Jan 13, 2006 17:01:38 GMT
Can an Albino Archachatina Marginata and an Ovum Archachatina Marginata mate at all? *Sorry if you think this question is dumb, but I really want to know, thanks. *
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Post by sezzy5889 on Jan 13, 2006 17:07:57 GMT
yes i should think so
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Post by sonicsnail on Jan 13, 2006 17:08:32 GMT
Yup, snails can sometimes cross breed.
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Post by Paul on Jan 13, 2006 17:15:56 GMT
It's not technically crossbreeding because variants which marginata, ovum and suturalis are, are really just variations in appearance that have standardised in certain areas, perhaps where they were cut off from other populations. Same goes for albino snails, they still have compatible sexual organs, they just lack pigment.
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Post by felix93 on Jan 13, 2006 17:24:20 GMT
So if the breeding is successful, will the babies infertile or they are just like the same margies? And will it have like half half chance to get either albino and ovum?
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Post by sonicsnail on Jan 13, 2006 17:26:46 GMT
It's not technically crossbreeding because variants which marginata, ovum and suturalis are, are really just variations in appearance Ohhhhh....
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Post by Paul on Jan 13, 2006 18:22:24 GMT
So if the breeding is successful, will the babies infertile or they are just like the same margies? And will it have like half half chance to get either albino and ovum? Well, in a normal margie/albino ovum pairing the eggs and resulting babies will be fertile. Albinoism is a recessive trait so it is unlikely you will get any albino babies unless the normal margie carries this gene. If it does then you may get an even split of albinos and normal babies. If it doesn't you won't get any unless you are lucky enough to get a genetic throw-back.
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Post by felix93 on Jan 13, 2006 18:53:06 GMT
Thanks Paul, so basically just they will get the darker genes if there is no throw back albino genes in the normal margie. I am asking is because I don't know which tank I should put the margie I received this morning in.
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Post by Paul on Jan 13, 2006 19:55:51 GMT
That's basically it yes, it could be more complicated as there could well be more than one gene at work.
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