pastel het albino

[koda]

I have a pastel het albino male going to norm het albino females.
In regards to a punnet square, the females are Na.
What would the pastel het albino be and how would the male and female fit in a punnet square?

[OhhWatALoser]

P= Pastel gene
A= Albino gene
Lower case latter = normal gene

[m00kfu]

I have a pastel het albino male going to norm het albino females.
In regards to a punnet square, the females are Na.
What would the pastel het albino be and how would the male and female fit in a punnet square?

Kind of off topic, but is your pastel het albino brighter than the average pastels out there?

[koda]

Kind of off topic, but is your pastel het albino brighter than the average pastels out there?

Not sure what you mean by brighter. He is for sure not lighter, like a baby might look.

[koda]

Not sure what you mean by brighter. He is for sure not lighter, like a baby might look.

In your opinion should he be brighter, like maybe having distinct yellow shading?

[OhhWatALoser]

In your opinion should he be brighter, like maybe having distinct yellow shading?

no, i'm not quite sure why he asked that question. Albino is recessive and will not show in the het form

[koda]

no, i'm not quite sure why he asked that question. Albino is recessive and will not show in the het form

So in the square you created the female het is on the side as pA and pa.
Does pa mean normal?


What would these actually be?

PpAA PpAa ppAA ppAa
PpAa Ppaa ppAa ppaa

[OhhWatALoser]

So in the square you created the female het is on the side as pA and pa.
Does pa mean normal?


What would these actually be?

PpAA PpAa ppAA ppAa
PpAa Ppaa ppAa ppaa

Punnett squares to me are a really bad way of depicting what going on. but you have to lay them out by possibility of what they can pass on.

the male is on top and with he genes he can do 1 of 4 things, pass both an albino and pastel gene, pass just pastel, pass just albino, or pass neither, the female only passes an albino gene or doesn't. now you do your matrix then look at your results, single capital letters are heterozygous (aka het) and 2 similar capital letters are homozygous.

PpAA Pastel Albino
PpAa Pastel het Albino
ppAA Albino
ppAa het Albino
PpAa Pastel het Albino
Ppaa Pastel
ppAa het Albino
ppaa Normal

so now you add up duplicates and you get

1/8 Pastel Albino
1/4 Pastel het Albino
1/8 Pastel
1/8 Albino
1/4 het Albino
1/8 Normal

or if you want the easy way www.owalreptiles.com

[koda]

Punnett squares to me are a really bad way of depicting what going on. but you have to lay them out by possibility of what they can pass on.

the male is on top and with he genes he can do 1 of 4 things, pass both an albino and pastel gene, pass just pastel, pass just albino, or pass neither, the female only passes an albino gene or doesn't. now you do your matrix then look at your results, single capital letters are heterozygous (aka het) and 2 similar capital letters are homozygous.

PpAA Pastel Albino
PpAa Pastel het Albino
ppAA Albino
ppAa het Albino
PpAa Pastel het Albino
Ppaa Pastel
ppAa het Albino
ppaa Normal

so now you add up duplicates and you get

1/8 Pastel Albino
1/4 Pastel het Albino
1/8 Pastel
1/8 Albino
1/4 het Albino
1/8 Normal

or if you want the easy way www.owalreptiles.com

Very cool, thank you
once my brain stops spinning I might figure this out.
What do you think about a cross between a butter and a pewter pastel?

[koda]

Very cool, thank you
once my brain stops spinning I might figure this out.
What do you think about a cross between a butter and a pewter pastel?

Also what is confusing is the only book i've used is Kevin McCurley's "The Complete Ball Python" and he seems to use NN and Na for the het albino.
You use pA and pa, why such a difference?