Small, skinnier ball pythons will be cheaper – while older and heavier ball python – more expensive. Other factors that determine the price of a ball python include sex, weight, age of a ball python and looks. Price of a ball python depends not only on a morph.
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‘Normal’ – sometimes can even get for free.What are least expensive ball python morphs? You can find more morphs on this website. Head is of similar color, but coloration fades towards their belly. Ball pythons of this morph are black in color, with very large and wide patterns on their back. Ball python morphs list with pictures #1: Normal ball pythonĪmur is a recessive gene. You will find more information on genetics and morphs with genetic issues below. When choosing a morph, please learn more about genetics to find out whether affected gene is part of that morph genotype (genes). If you are getting a ball python, please note that some basic morphs and morphs containing multi-genes, can lead to neurological issues and deformities in ball pythons. This leads to lighter brown, yellow and similar colorations. T+ albinism meaning – autosomal recessive condition, which leads to production of some melanin, but not the normal amount. T- albinism meaning – tyrosinase-negative, lack of production of tyrosinase enzyme, which accommodates conversion of tyrosine into melanin (pigment producing cells). ‘Ghi Ball’ for example, is a co-dominant trait. These offspring are often called ‘supers’. Appearance of this offspring will be different than in heterozygous or normal form. It can be called a ‘mutant’ allele, which changes the appearance in a homozygous form. Homozygous – this is when a ball python has both dominant (BB) or recessive (bb) genes.Ĭo-dominance– is when two versions of the allele (for the trait) are passed from both mother and father, resulting in a different visual appearance of homozygous vs. Heterozygous – this is when a ball python has one dominant and one recessive gene (for example Bb).
Ball pythons can carry multiple recessive genes (for example be double heterozygous) at the same time. Albinism, for example, is a recessive trait. Recessive gene – for a recessive gene to be visually present in a ball python, two of those genes (passed from mother and father) need to be present. ‘Pinstripe’, for example, is a dominant trait. If there’s one dominant and one recessive gene, a dominant gene’s traits will be visually present over a recessive gene’s trait. Genes, that are passed from parents, express these traits.ĭominant gene– a dominant gene is a gene that dominates over a recessive gene. Trait – a feature that you can see in your ball python. Using genetic predictions, breeders cross various morphs to result in new ones or at least new patterns/variations/colors. Genetics explainedīefore you can research various ball python morphs, variations and crosses, you need to have some understanding of how genetics work. These designer morphs have various coloration and patterns achieved due to selective breeding and genetic prediction.
In this post, you will find a list of ball python morphs with pictures and see how genetics work with breeding and prediction.īall python morphs include ball pythons that do not have a classic, or ‘normal’ color and pattern of the species. Selective breeding has allowed breeders to come up with great color and pattern ball pythons, which are called morphs (and designer morphs). Ball pythons are one of the most popular pet snakes, which means that there is a big number of ball python breeding projects.