N	Concordance
1	on, increased epidermal melanocytes and melanin in the epidermis, and scattered 
2	thermal damage (vacuolization) of basal melanin granules, pigmented basal melano
3	susceptibility to heat and cold between melanin-deficient cells grown with and w
4	e melanocytes are incapable of boosting melanin production (and who tan poorly) 
5	autooxidation and formation of dopamine-melanin. Furthermore, the presence of Bc
6	venge toxic metabolites produced during melanin synthesis. We report here for th
7	d to correspond to the presence of free melanin and melanophages in the papillar
8	for physiologic redox cycling of fungal melanin, whereby electrons exported by t
9	47 microM, respectively. They inhibited melanin biosynthesis in B16 melanoma cel
10	he absence of mucin and the presence of melanin distinguish them from synovial s
11	r pathology, and 3) the distribution of melanin in the inner ear. Normal melanin
12	he tumors contained variable amounts of melanin pigment. Immunohistochemical sta
13	everal reactions in the biosynthesis of melanin pigments and is deficient in pat
14	ed varies with the concentration of the melanin precursor L-tyrosine, in the cul