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Acting has never truly been in the cards for me, but the warmer months are when I adopt new characters. Just as an actor ...

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Nine hundred years ago, before the advent of intentional cat breeding, a genetic mutation gave rise to the first orange cat. Days ago, Stanford Medicine researchers revealed exactly which gene ...

Whether orange or not, all fur pigmentation genes are X-linked. Calico and tortoiseshell coats also come from different combinations of activated X chromosomes—both with and without the deletion ...

eye and fur tone produce lighter colours. The discovery also explains why most orange cats are male and why females with one copy of the gene develop calico or tortoiseshell coats. The study ...

Researchers in the United States and Japan have discovered the genetic basis for ginger cats' orange fur. The ARHGAP36 gene is responsible for this unique coloration. A missing DNA segment in this ...

Researchers in Japan say they have unlocked a long-standing mystery about the color of calico cats, known for their black, white and orange fur. The team includes Sasaki Hiroyuki, distinguished ...

In orange fur, the more active ARHGAP36 may drive pigment production towards higher levels of pheomelanin, and ginger fur, according to the Kyushu statement. ARHGAP36 is active throughout the body ...

Both studies found that a small missing piece of DNA code located next to the Rho GTPase-activating protein (ARHGAP36) resulted in orange fur coloration. In cats, ARHGAP36 is responsible for fur ...

Researchers knew the genetic instructions for ginger fur resided in the X sex chromosome. Most orange cats are male because they usually have just one X chromosome, which is active in each cell.