![]() PriceĪn axolotl morph that’s quite similar to leucistics. It also has spots all over its body that resemble a dalmatian, hence the fitting name. PriceĪn extremely rare morph that gives an axolotl a lavender coloration. However, piebalds have more prominent black pigmentation all over their body - not just on their head. Similar to dirty leucistic axolotl, piebalds have black markings. However, the difference is that each cell displays phenotypes of both cells. Similar to the chimera axolotl, mosaics are the result of cells combining early on. It also lacks shiny pigments that other axolotl have. While melanoid axolotl are very similar to wild types, they have a higher quantity of melanophores which makes them black. This coloration has made them extremely popular. Leucistic bodies are white-colored with light pink gills. Very similar axolotl to albinos, with the main distinction being its dark-colored eyes. They also have random iridophores over their bodies. Gill colors vary from red to pink to yellow, and eyes can be red or transparent. PriceĪn albino morph with a body that’s colored goldish-yellow. This protein glows a vibrant green under UV or black lights and can be combined with all other morphs. These axolotl are created from a protein in their genomes called Green Fluorescent Protein. Dark firefly axolotl have light tales, and vise-vera for light axolotl. These are man-made axolotl created by Lloyd Strohl II through embryonic graphing. This coloring is rare and random, but has been seen in several different axolotl. PriceĮssentially, this axolotl morph is a normal type with unique coloring through sparkly iridophores. These spots are used as camouflage and can disappear over time. This name is reserved for leucistic axolotl that have black spots on their head and back. ![]() PriceĪ variation of the leucistic axolotl. They’re copper colored and may have dark spots but entirely lack black pigment. This is a special type of albino axolotl that exists primarily in the US, Australia, and Germany. Coloration is split right down the middle, and survival rates are very low. Most of the axolotl morphs sell for the price ranges listed, but there are definitely outliers.Īdditionally, some axolotl are so rare that they’re never actually sold, resulting in their price being incalculable!Ĭaused by the rare fusing of two eggs, one side of this axolotl is from one egg while the other side is from another. Please note that the prices listed in this chart are simply estimates. This post will highlight 14 axolotl morphs, including some common and extremely rare colors that exist today or have existed in the past. What Are The Different Axolotl Colors?Īs of now, there are many different axolotl morphs that result in hundreds of different colors and color combinations. ![]() Whether it be increased iridophores or decreased melanophores, these mutations can create very unique-looking axolotl. ![]() While basic genetics plays a big role in coloring axolotl, mutations also play a role! An axolotl may be genetically designed to be one way, but their DNA may mutate slightly to give them a slightly different appearance. These alleles will then determine what physical appearances are present in an axolotl depending on which gene is dominant and which is recessive! Each parent will contribute a gene for that pigment. These genes are inherited independently from each other, so a pair of genes will come together into an allele and code for the same physical characteristic - in this case pigment. Iridophores – Shiny iridescence caused by crystallized purines Įach of the above cells in an axolotl has 14 pairs of chromosomes, and it’s in these chromosomes that the axolotl’s characteristics are determined.Xanthophores – Contains yellow and red pigments called carotenoids and pteridines .Melanophores – Contains a black-brown pigment called eumelanin .There are several different kinds of chromatophores that axolotl can possess, and they have a big impact on the axolotl’s physical appearance. Axolotl color is determined by pigment cells in their skin called chromatophores. The coloration of axolotl can get quite complex, so we’ll try to simplify things. Uniquely-Colored Axolotl Costs How Do Axolotl Get Their Colors? ![]()
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