What kinds of morphs can I get from my normal female?

I just obtained a baby female Ball Python, it is my first snake. I absolutely love her and find her fascinating. I have been reading everything I can find about her care and I have decided that I would like to eventually breed them but I am getting really confused about it. I want to get a baby male that is a different morph that will let me breed it with my normal female to get some non normal babies in the future. I have found some ones that I like but I am reading that some of them you need to have both the parents be non normal to get any babies that are non normal morphs. For instance, if my normal female breeds with a Axanthic male will any of the kids have a chance to be Axanthic? If not, what male can I get that will breed with my female for a chance of the children to be of that kind? Anyhow, pard my ignorance, I am new to this. :(

The reason that if you bred an Axanthic to your normal you will get all normal looking snakes het for Axanthic is becuase the Axanthic gene is recessive. In order for it to show there must be a Axanthic gene from both the male and female passed to the babie.

What you are looking for is a male with a Codom gene. Such as a:
Lesser
Pastel
Mojave
Cinnamon
Black Pastel
etc (tons more)

I'm not very good at explaining genetics so I would reccomd checking out this post about them:
http://ball-pythons.net/forums/showt...Basic-Genetics
That should get you up to speed.

If I bred a normal and a Axanthic and then bred those children would their children have a chance for it?

Is the spider morph one that is condominant?

I appreciate your response.

You want a co-dom or a dominant male. Axanthic is a recessive, parents have to have a copy of the gene (being axanthic or a het) to provide babies who aren't normal looking, however, an axanthic male would give you all 100% hets, they would look normal, but carry the gene.

For instant results of a morph in only one breeding, you need a co-dom or dom.
Some of those would be:
Pastels, spiders, pinstripes, mojaves, butters/lesser, so on and so forth. Or you can get double codom/dom morphs like: Bumblebees, spinners, lemonblasts, pastaves, so on so forth.

Any of those will have a chance of popping out a morph baby.:)

Spiders are dominant. If you bred a Spider male to your normal female each egg woul dhave a 50% chance of being a Spider and a 50% chance of being normal.

If you bred a Axanthic male to your normal female each egg would look normal and would be het Ananthic. If you took a baby het Axanthic female from that clutch and bred it back to the Axantic male each egg would have a 50% chance of coming out Axanthic and 50% chance of being a het Axanthic.

Wow, thanks for that link. I do not fully understand it but it has helped. From what I gather.

My normal and any co-dom or dominant can give me a chance to get babies that are the same as each.

The recessive ones mean I need both mother and father to have that gene.

I guess the only thing I still cant figure out is. Normal female with recessive type dad=children that have the recessive gene and can make children who of that recessive pattern?

Oh, so I was right! Except my lingo is all noobish. Thankyou guys! Man, I love this stuff and I love Eve, my little normal female Ball Python. :)

I will need to call the guy who told Eve to me and find out if what her parents our, maybe she has a gene I dont know about.

Congrats on your new Ball Python and welcome to the wonderful world of Ball Python morphs!

If you are serious about going into morphs I would recommend checking out one of these books.

Pythons of the World, vol.2 from VPI. This is by far the most complete book on Ball Pythons. Every detail you could ever want to know, from how well thier eyesight is to indepth breeding and care, also has a ton of differant morph pictures http://www.vpi.com/pythons_of_the_world_vol_2_0

Designer-Morphs 2nd edition, by John Berry. This just came out last month. It is the largest and most current book of morphs availible. Over 600 color morph photos in it. http://www.designermorphs.com/