Bearded Dragon morph
Bearded Dragon (Pogona vitticeps)
Semi-transparent skin, dark eyes
The Translucent locus is a recessive mutation affecting both scale structure and pigmentation. Homozygous Translucent animals (trans/trans) have semi-transparent scales that appear to have a blue, purple, or dark tinge, particularly visible on the belly, sides, and limbs. The most diagnostically reliable and consistently expressed feature is the eyes: Translucent bearded dragons have solid, uniformly dark eyes, often described as "black eyes" or "solid eyes", with no visible iris patterning or gradients. This solid eye trait is present from hatching and persists throughout the animal's life. Scale appearance has a slightly glassy or gelatinous quality compared to the matte, rough texture of normal scales. Belly coloration is commonly darker than normal, often with a blue-gray or purplish cast. Hatchlings frequently display a pronounced dark or blue-black coloration ("blue baby" phase) that lightens with age, though the solid eye always remains. The Translucent trait does not affect scale count, scale size, or body structure. Scale morphology remains normal. Heterozygous carriers appear phenotypically normal with standard scales and normal eye color; reliable identification requires genetic testing or breeding trials.
How to identify it: Translucent (homozygous trans/trans): Solid, uniformly dark eyes with no visible iris. Examine eyes directly and at close range. Normal bearded dragon eyes show a distinct iris ring with variations in color and pattern; Translucent eyes appear as a uniform dark mass. This eye phenotype is present from hatch (day 1) and is the definitive diagnostic feature. Secondary identification: scales may appear blue-tinged or slightly glossy, especially on the belly and flanks. Belly is often darker or more blue-gray than a normal. Hatchlings may be nearly entirely dark (blue baby phase). Scales are normal size and texture (not smooth like Leatherback). Heterozygous carriers appear entirely normal; no visual diagnostic available.
Translucent follows a recessive inheritance pattern, carried on the Translucent allele (locus TRANS).
Because Translucent is recessive, an animal needs two copies of the allele to show the trait visually. An animal with a single copy is called het translucent (heterozygous). A het animal looks normal but carries the gene, so pairing two het translucent animals produces, on average, one in four visual translucent offspring.
Hypo Translucent
Combination of Hypo (homozygous recessive) and Translucent (homozygous recessive). Hypo Translucent animals show the vivid, brightened coloration of Hypo combined with the solid dark eyes and semi-transparent scale quality of Translucent. The reduction in melanin from Hypo synergistically enhances the visual impact of the Translucent trait. Colors appear more saturated and vivid than a Translucent alone, while the characteristic solid dark eye confirms Translucent. Clear nails confirm Hypo. The blue or purplish-toned belly of Translucent appears more striking against the brighter Hypo base colors. One of the most popular and commercially recognized bearded dragon combo morphs.
Leatherback Translucent
Combination of Leatherback (heterozygous, one copy required) and Translucent (homozygous recessive). The reduced scalation of Leatherback reveals the Translucent skin quality more vividly. With fewer and smaller scales, the semi-transparent skin and underlying blue or dark tones are more visible than on a Translucent with full scalation. Solid dark eyes confirm Translucent. The body appears smoother than a Translucent alone and the characteristic blue-toned belly is more prominent due to reduced scale cover. A popular combination for breeders working with both the scalation and the eye/skin traits. NOTE: Both parents should not be Leatherback. Avoid Leatherback × Leatherback pairings to prevent Silkback production.
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