lol, please tell me thats not what you have ordered? lol... that would be one hell of a breeding lol

yeah i just did the same,...
1/1 Amel, het. Stripe, het. Caramel
which is what we all knew anyway.
breed the babies back together and you will get this...
1/16 Amel
1/8 Amel, het. Stripe
1/8 Amel, het. Caramel
1/4 Amel, het. Stripe, het. Caramel
1/16 Amel, Stripe
1/8 Amel, Stripe, het. Caramel
1/16 Butter
1/8 Butter, het. Stripe
1/16 Butter, Stripe
nice and easy.

lol,nah,just thought i would F with your head a bit lol

lol, what WOULD you get from that though? lol

dono? will try to work it out ,for a laugh

shit dude! it wasnt actually that hard to work out!!

1/4 goldust mot het stripe
1/4 caramel mot het stripe and amel
1/4 ultra caramel mot het stripe
1/4 caramel mot het ultra and stripe

at least i think thats right

how about a (male) ghost to a classic het amel, het caramel, het butter.

I can do this! LOL! You'll get normals het for anery and hypo (ghost), poss het amel and caramel.

This is the sort of post I love to see! Corn genetics is my anorak!

thanks JaneW, i don`t understand genetics it just goes in 1 ear and out the other.

how about if a breed a amber (male) with a ghost.

Well, amber is hypomelanistic caramel, and ghost is hypomelanistic anery. So, bred together, you'll get all hypomelanistics het for caramel and anery.

Corn genetics is mostly really straightforward - the majority of the morphs are simple recessive mutations, so you can work them out fairly easily once you've got the hang of it. The trick (I've found) is getting the basic knowledge first - learn what makes up the different morphs too, the rest just falls into place after that!

The difficult ones are the newer rarer morphs such as ultra, ultramel, golddust etc. Nigel is extremely lucky that he's got his hands on some of them - I'm quite envious! LOL! Ultra and amel are what is known as "co-dominant", which means that they share the same locus. So, you can't have a corn "het for ultramel", because if that gene is mutated on one side with ultra and the other side with amel, the animal is ultramel. If just one side has ultra and the other side is normal, the animal is het for ultra, but not ultramel, if that makes sense!

Also, morphs such as bloodred, caramel, hypo and sometimes motley, can show a difference in the heterozygous form, but not always, so that can be quite confusing too!

Its such an intriguing subject though!