The base color and blotches produce a high-contrast snake that looks quite striking. Their botches are usually bright yellow with deep red eyes, similar to a normal albino. This gene produces a ball python that looks similar to an albino one, but with a lavender base. Lavender Albino Ball Python Image Credit: Natnaphat, Shutterstock They’ve only been around since 2013, which is one reason that they are more expensive than most.ġ1. These snakes are expensive, often costing upward of $2,000. If they have one, they will end up with a scaleless head, which is cool but not nearly as striking as a completely scaleless snake. To get a snake with no scales along their whole upper side, they need to have two of the gene. These scales are required for the snake to move. Scaleless Ball Python Image Credit: viper345, ShutterstockĪs the name suggests, this ball python morph is completely scaleless, except for the scales on their underside. It’s easy to breed due to its dominant nature, which helps bring the price down somewhat.ħ. This morph will cost you at least $2,000 in most cases. This line makes them relatively easy to identify. These snakes have a yellow underside with a solid black line running down the middle. They aren’t as striking as other morphs, though their rarity still makes them quite expensive. These snakes have a dark brown background color with lighter brown blotches. A pure morph often costs around $400, while a GHI mixed with other morphs costs less.Ī post shared by is a newer morph that was discovered in 2014.
Often, they are mixed with other morphs that complicate their appearance. The blotches have a bright yellow outline. This snake has an almost black base with brown blotches on their skin. Few breeders have snakes that carry the morph. Not enough time has passed to get the gene widely circulated. Therefore, they are still relatively rare. This basic morph wasn’t discovered until 2007. GHI Ball Python Image Credit: Taylor Kapuy, Shutterstock These pythons are not expensive, usually around $100.Ĥ. They are typically brighter in coloration. If a snake inherits two of the morph genes, they are referred to as a super butter. This morph creates a yellow and brown pattern that is unique for this morph. They’ve been around for a while, so they aren’t necessarily as rare as some other snakes. This morph was first discovered and bred in 2001. Butter Ball Python Morph Image Credit: bluedog studio, Shutterstock They are more common mainly because they’ve been around for so long.ģ. That’s much less than some other morphs out there. They are also called “white smokes” on account of their appearance. This snake has a dark lavender base with bright yellow blotches. Usually, snakes with two genes are more expensive than those with just one. It is co-dominant, so snakes that inherit two genes will end up even more affected. They were first bred in 2002 by the New England Reptile Distributors. Coral Glow Ball Python Morph Image Credit: TKBackyard, Shutterstock The tanner varieties are usually not much more than your average snake.Ģ. While this morph is rare, they aren’t that expensive. These snakes may also have scatterings of white. There are tanned variants and highly bright yellow specimens. This morph can look somewhat different depending on whether two pastel morph genes are inherited.
Bumblebee ball python full#
This gene is dominant, so the snake only needs to inherit one gene to have the full spider effect. The spider morph gene is also necessary to make this pattern. However, they will show an even starker difference if they inherit two. This trait means that the snake will show some signs of the gene if they inherit one gene. The pastel morph produces a yellow-tan base and is co-dominate. The bumblebee morph mixes two different morphs to create a unique pattern. Bumblebee Ball Python Image Credit: Ryan M.
However, this isn’t necessarily always the case. These combined morphs are usually the rarest. Since these are often not on the same gene, they can be stacked to reveal unique patterns. Combined morphs occur when a snake inherits more than one morph gene. Some of these morphs are rarer than others. Just like all creatures, snakes can randomly mutate, and sometimes this leads to new morphs. Some of these mutations are inherited from the snake’s parents, while others randomly appear. They are snakes with specific gene mutations that cause them to look different. These different colors are referred to as morphs. Therefore, we have influenced their development for a long time, leading to a wide range of ball python colors. Ball pythons have been kept in captivity for longer than nearly any other snake.
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