tyrosinase

So in humans, the browning that tyrosinase helps cause is actually a good thing!

No mutations of the tyrosinase or C gene are known in horses.

There are variations in the tyrosinase gene as well.

Vitiligo-associated 402R tyrosinase may be more efficiently presented to the immune system.

The lack of tyrosinase in humans leads to albinism.

Albinism results from defects in the gene that oversees the body's production of tyrosinase.

It inhibits tyrosinase and thus prevents the formation of melanin.

In humans, tyrosinase is also important because it helps create melanin, which causes tanning.

Loss of melanogenesis function is linked to the gene that encodes tyrosinase.

The "C" gene codes for the enzyme tyrosinase, the first step in pigment production.

True albinism (a mutation of the tyrosinase gene) is quite rare in cats.

Melanin is triggered by an enzyme called tyrosinase, which creates the color of skin, eyes, and hair shades.

An example of such a protein is the enzyme tyrosinase, which is required for melanin production.

This definition of albinism in mice - the inability to make tyrosinase - is extended to other mammals.

Studies reveal that this species also inhibits tyrosinase in mushrooms in vitro.

The key enzyme in melanin synthesis is tyrosinase.

Polyphenolic proteins can be polymerised in vitro using a mushroom tyrosinase.

The mutation in the tyrosinase also results in abnormal neurological connections between the eye and the brain.

HQ is a chemical that inhibits tyrosinase, an enzyme involved in the production of melanin.

Another chemical of interest found in P. indusiatus is hydroxymethylfurfural, which has attracted attention as a tyrosinase inhibitor.

As a tyrosinase inhibitor, azelaic acid reduces synthesis of melanin.

A completely inactive gene for tyrosinase is found in albino cats, which therefore lack all pigment.

This is due to a reduction in the enzyme tyrosinase which indirectly controls the production of melanin, a dark colouring.

As a result, birds and reptiles without the ability to manufacture tyrosinase are more accurately described as "amelanistic."

Most skin-lightening treatments, which can reduce or block some amount of melanin production, are aimed at inhibiting tyrosinase.