Click on the link listed below and follow this set of steps and see if this helps you at all...
Number of abnormal traits: select 2, then hit "Build Query Form"
For Gene #1 type in Amel, for Gene #2 type in Stripe....now under the male and female select the appropriate boxes...i.e. homo, het or wt (normal)
On the male under Gene #1 assume the male is your homo for Amel, check the box homo...under Gene #2 ~Stripe check the WT box as he is not het for Stripe.
On the female under Gene #2 assume she is your homo for Stripe, check the box homo...under Gene #1 ~ Amel check the WT box as she is not het for Amel.
Your results should be:
Homozygous amel (male)
x
Homozygous Stripe (female)
--------------------------------------------------------------------------------
100% Normal Het. amel, Het. Stripe
So according to that Genetics calculator I do not think you would get some of each but rather simply be making your F1 generations het for both amel & stripe...if you breed these you will get some amel, some stripe and some amel stripe, like this:
Het. amel, Het. Stripe,
x
Het. amel, Het. Stripe,
--------------------------------------------------------------------------------
6.25% WT
12.5% Het. Stripe,
6.25% Homozygous Stripe,
12.5% Het. amel,
25% Het. amel, Het. Stripe,
12.5% Het. amel, Homozygous Stripe,
6.25% Homozygous amel,
12.5% Homozygous amel, Het. Stripe,
6.25% Homozygous amel, Homozygous Stripe
Not sure if the AFT genetics or gecko genetics in general behave in the same way this calculator works but I would think it applies...hope this helps and if I got it all wrong someone please speak up and correct me as I too am working on a breeding project and have been using this site to help me choose what my colony of animals should be to get what I desire in the F1 generation.
Thanks,
Lee
Genetics Wizard