Ball Python Recessive Morphs List
Recessive ball python genetics.
Ball python recessive morphs list. The fire ball python is a lot lighter in color compared to a normal ball python. In case you re new to ball pythons or snakes in general let s briefly discuss what exactly a morph is when one refers to ball python morphs they re essentially referring to the unique physical appearance of the snake due to an underlying genetic mutation. Another variation of dominance is what is known as incomplete dominance which is the case for a number of ball python morphs. Albino ball python the morph that arguably started the ball python morph craze this morph naturally occurs through the breeding of two normal ball pythons although that occurrence is quite rare.
Ball python morphs explained. A ghost ball python s colors will always appear to be hazy. They also have different markings. Recessive the recessive alleles can only be passed on to the offspring phenotypically visually when both the mother and father carry the same recessive gene.
If the morph is heterozygous has one copy of the gene it is known as het morph. Recessive ball python morphs better known as the long game when breeding ball pythons there are three types of genetics that you can work with. The ghost ball python is a recessive mutation that reduces the black pigmentation. The offspring would instead have the appearance of a normal ball python but would be heterozygous normal 100 het for.
When it comes to breeding having an albino as the parent is the best way to come about another albino. All of these morphs being recessive can only be visibly seen on the snake if it is homozygous has two copies of the gene. Recessive ball python morphs require both of the genes at a particular locus to contain the abnormality in order for the mutation to be visible. Ghost ball python photo by wikimedia ghost ball python.
With an incomplete dominant allele an animal that is heterozygous for the allele will have one mutant phenotype while an animal that is homozygous for that allele will have a different and often more extreme phenotype. If both the mother and father do not carry the albino gene albino offspring cannot be produced.