Genetics question...

[NYCSpeedcore]

I am a little confused on a few things if anyone can help shed some light on the mater. If I buy a 66% het female and a 66% het male for albino when breed together should I get some albino's? I was not sure if the percentage means they may be a het, or that they will produce that percentage of babies with the trait. My next question is that if I do understand what is going on, a 100% het breed to a 66% het should produce 6.6 babies out of 10 babies with that trait visable, is that right?
[addsig]

	Heterozygous Heterozygous - the animal carries the gene for a genetic trait but does not outwardly demonstrate the trait. Example: A boa that is het for albino looks normal but carries the albino gene. When it is bred to another het for albino boa or an albino boa, a percentage of the offspring will be albino.

[cb76]

tween you and me, and every one else here- i would never buy a 66% het for anything unless its at a normal or near normal price!

reason why, people lie. i can tell you i have 66% het for anything i want, charge what ever i want- when you grow it out and breed it, and its nothing- hey, you had a 66% shot and didnt make it.

thats all 66% means. it may or may not carry the gene. you have a 66% chance of it being. you may be lucky, or if your like me, you wont be [img]modules/Forum/images/smiles/icon_eek.gif[/img]

also, the guy MUST be able to prove the genetics for you.

my opinion. be careful.


[addsig]

	Heterozygous Heterozygous - the animal carries the gene for a genetic trait but does not outwardly demonstrate the trait. Example: A boa that is het for albino looks normal but carries the albino gene. When it is bred to another het for albino boa or an albino boa, a percentage of the offspring will be albino.

[Ti]

the percentages are in referrence to the potential of being het for a trait. 66% hets come from a het x het breeding. Two out of every three normal looking babies should be het for the trait. You are gambling on wether or not the animal in question contains the het gene. It would look lik this (sorry for the crudness):
B = Normal
A = desired trait

BA

BA BB BA
AB AA

One would display the trait, and three would not (assuming this is a dom desired trait). Of the three that dont display the trait, two are hets for the trait, and one is not. Hence 2 out of three, or 66% chance of het.

If I am wrong, Please delete this.
[addsig]

	Heterozygous Heterozygous - the animal carries the gene for a genetic trait but does not outwardly demonstrate the trait. Example: A boa that is het for albino looks normal but carries the albino gene. When it is bred to another het for albino boa or an albino boa, a percentage of the offspring will be albino.

[Ti]

Here is a better representation:

BA
BA

breed together would equal four genetic possibilities:

BB
BA
AB
AA

AA is dom desired trait.
[addsig]

[Joltman]

no that 66% het is a crock unless you buy from someone you trust. Like CB said I can say anything to get you to buy. a het-het breeding should bring in 25% albino stat wise. Not always the case though. I have seen them only bring in 10% of albinos. It is all playing the odds. pay the extra money and get 100% hets from a repetuable breeder.
[addsig]

	Heterozygous Heterozygous - the animal carries the gene for a genetic trait but does not outwardly demonstrate the trait. Example: A boa that is het for albino looks normal but carries the albino gene. When it is bred to another het for albino boa or an albino boa, a percentage of the offspring will be albino.

[NYCSpeedcore]

Ok, then the only way to know you are going to know that the trait will be passed on is to get two 100% hets. I sort of had the impression that a 66% het would produce young in that ratio, not the possibility of it carrying that trait. Thanks for the help guys.
[addsig]

	Heterozygous Heterozygous - the animal carries the gene for a genetic trait but does not outwardly demonstrate the trait. Example: A boa that is het for albino looks normal but carries the albino gene. When it is bred to another het for albino boa or an albino boa, a percentage of the offspring will be albino.

[rottie]

CB is right ... I believe we had this disscussion on another forum once.

50%,66% just means that you bred a combination and there are normals and hets left.
scientifically 50%,66% of the litter should be het for the trait.. So the one you buy could or could not have the trait. I also aggree with Jolt. If you are looking to start up something .. buy the sure thing or else you will put in like 2-3 years work only to get let down when all you babies come out normal looking.

Its like playing the lottery. Some times you win sometimes you dont.

good luck!

rottie
[addsig]

	Heterozygous Heterozygous - the animal carries the gene for a genetic trait but does not outwardly demonstrate the trait. Example: A boa that is het for albino looks normal but carries the albino gene. When it is bred to another het for albino boa or an albino boa, a percentage of the offspring will be albino.

[ffxmax]

I am new to this too and have a similar question. If you breed two 100% Hets do you get your desired trait? Or do you have to have one 100% Het and one that is the trait you are breeding for. Thanks so much you guys are great with answering questions.
[addsig]

	Heterozygous Heterozygous - the animal carries the gene for a genetic trait but does not outwardly demonstrate the trait. Example: A boa that is het for albino looks normal but carries the albino gene. When it is bred to another het for albino boa or an albino boa, a percentage of the offspring will be albino.

[Boaguy]

when u bred two 100% het you should
scientificly get 25% of the babys albino (or whatever they are het for)
50% het albino's and 50% normals.. but u cant tell which are the hets from the litter and which are the normals.. so u call all the normal looking ones 66% het albino.
if u breed a het to a albino,you should get 50% albino's and 50% hets,
but u can get diffrent percentages,you could get 75% albinos,and 25% hets
or 5% albinos and 95% hets... but scientifictly u should get around the range.



Boaguy
[addsig]

	Heterozygous Heterozygous - the animal carries the gene for a genetic trait but does not outwardly demonstrate the trait. Example: A boa that is het for albino looks normal but carries the albino gene. When it is bred to another het for albino boa or an albino boa, a percentage of the offspring will be albino.

<TABLE BORDER=0 ALIGN=CENTER WIDTH=85%><TR><TD><font class="pn-sub">Quote:</font><HR></TD></TR><TR><TD><FONT class="pn-sub"><BLOCKQUOTE>when u bred two 100% het you should
scientificly get 25% of the babys albino (or whatever they are het for)
50% het albino's and 50% normals.. but u cant tell which are the hets from the litter and which are the normals.. so u call all the normal looking ones 66% het albino.</BLOCKQUOTE></FONT></TD></TR><TR><TD><HR></TD></TR></TABLE>

that should actually be 25% albino, 50% het and 25% normal

[addsig]

	Heterozygous Heterozygous - the animal carries the gene for a genetic trait but does not outwardly demonstrate the trait. Example: A boa that is het for albino looks normal but carries the albino gene. When it is bred to another het for albino boa or an albino boa, a percentage of the offspring will be albino.

[Boaguy]

ya.. typo .. lol
25% albinos 50% het and 50% normaL?? hehehe

[addsig]

	Heterozygous Heterozygous - the animal carries the gene for a genetic trait but does not outwardly demonstrate the trait. Example: A boa that is het for albino looks normal but carries the albino gene. When it is bred to another het for albino boa or an albino boa, a percentage of the offspring will be albino.

[NYCSpeedcore]

I have come to the conclusion that I would never purchase anything but a 100% het, and that would be only from certain people... ones that I know I CAN FIND in three years if I find out it's not a 100% het...
[addsig]

	Heterozygous Heterozygous - the animal carries the gene for a genetic trait but does not outwardly demonstrate the trait. Example: A boa that is het for albino looks normal but carries the albino gene. When it is bred to another het for albino boa or an albino boa, a percentage of the offspring will be albino.