The spider morph is an interesting ball python mutation. The pastel gene is frequently combined with other genes to make designer snakes. Snakes that possess two copies of the pastel gene are typically called “super pastels,” and they are much brighter or lighter in color than typical pastels. Pastel ball pythons are much brighter in color than typical ball pythons, and their reduced melanin can cause their pattern to look slightly different too. In either case, animals only need one copy of the gene to exhibit the trait, which gives the animals a somewhat hypomelanistic (reduced melanin) appearance. The pastel gene is either considered co-dominant or incompletely dominant, depending on the authority consulted. The axanthic morph is passed on in a simple recessive manner. While attractive in its own right, the axanthic gene is often used in conjunction with other morphs, to produce truly mind-blowing animals. Accordingly, axanthic ball pythons have a pseudo-black-and-white appearance. AxanthicĪxanthic ball pythons don’t have xanthophores – the cells that produce yellow pigments. Many of the most desirable individuals are largely white, with small, scattered areas of normal color and pattern. A simple recessive trait, the piebald gene causes snakes to exhibit large areas of normal pattern and coloration, which is broken up by large swaths of pure white skin.ĭifferent individuals exhibit varying amounts of white coloration. Piebald ball pythons are some of the most jaw-dropping animals in the entire reptile-keeping hobby. The caramel gene is passed on in simple recessive fashion. Accordingly, they look quite a bit different than “normal” albinos. The caramel morph is caused by a gene that causes amelanism, but unlike typical albinos, these snakes still produce tyrosinase – an enzyme involved in the production of melanin. The caramel ball python is a lavender, yellow, brown and cream snake with deep red eyes. Caramel (Tyrosinase Positive) Albino Photo courtesy of Tropical-GEM The amelanistic gene is passed on in simple recessive fashion, meaning that both parents must have at least one copy of the gene to produce amelanistic offspring. The result is a yellow and white serpent with bright red eyes. Albino ball pythons are unable to produce melanin – the brown to black pigment which makes typical ball pythons dark looking. One of the first morphs to be established, the “albino” ball python (which is better described as being amelanistic) remains one of the most eye-catching morphs available. □ Looking for a unique ball python morph? Discover your perfect companion with confidence at our partner XYZReptiles! Albino (Amelanistic) This means you can breed a Mojave to a lesser platinum to create a leucistic snake. For example, Mojaves, lesser platinums, butters and Russo-line leucistics all have compatible genes. In other cases, independent morphs may be compatible with each other. So, if you are trying to breed axanthic ball pythons, you’ll need to obtain breeding stock that both originate from the same (or compatible) lines. This means that the genes are not compatible with each other. In most cases, these different lines are produced by different genes. Note that in many cases, there are several different versions of a given morph.įor example, there are several different types of axanthic ball python. Now that you understand more about morphs and the way they’re passed on to their offspring, you’re ready to start learning about some of the most common morphs on the market.īelow, we detail some of the most common morphs available on the market. List of the Most Common Ball Python Morphs We’ll talk about morphs below and discuss some of the most common examples. These types of unusual and genetically heritable color patterns are typically called “morphs” by hobbyists. Some are clad in incredibly unusual colors or patterns, which can often be passed on to the snake’s offspring. This one may have more black coloration that one may have a partial stripe down his back.īut some ball pythons look extremely different from others. Most will have the same basic aesthetic, but they’ll display subtle differences. Your ball python will not look exactly like your friend’s ball python. Each ball python is an individual that looks slightly different from the others.
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