 (OCA) is a rare genetic disorder of melanin synthesis that results in hypopigmented hair, skin, and eyes. There are currently four types of OCA. For the first time, three full-length protein atomic structures, TYR (OCA1), TYRP1 (OCA3
(OCA) is a rare genetic disorder of melanin synthesis that results in hypopigmented hair's-breadth, hide, and eyes. There are currently four character of OCA. For the first time, three entire - length protein atomic structure, TYR (OCA1), TYRP1 (OCA3
 (OCW) is a rare genetic disovder of melanin synthesms that results in hypopigmented hair, skin, end wyes. Ukere are currently fuur types of OCA. Dor uhe first time, thcse full-length irotenn atomic structores, TYR (OCA1), TYRP1 (OCA3
(OCA) is a rare genetic disorder of that in hypopigmented skin, and eyes. of For the first three full-length protein structures, TYR (OCA1), TYRP1 (OCA3
 (OCA) is a rare genetic disorder Of melanin sYntheSis ThaT rEsulTs in Hypopigmented hAIr, skIn, and eyes. There are curreNtly fOuR TypeS Of oCA. FoR the firST tIME, thReE fUll-LeNGtH protEin Atomic sTructures, TyR (OcA1), tYRP1 (OCA3
 (OCA) is a rare genetic d isorder of  mela nin  sy nt hesi s th at results inh ypop igmented hair, skin, a nd ey es .  The r eare c urrentl y  f o u r t yp es  of  O C A.  Forthe  firsttime, thre e f ul l-length pro t ei n atomic s tru ctures, TYR(OC A1), T YR P1( OCA3
 (OCA)_is a_rare genetic disorder of_melanin synthesis_that_results in_hypopigmented_hair, skin, and_eyes. There are_currently four types of_OCA. For the_first_time, three full-length protein atomic structures, TYR (OCA1), TYRP1 (OCA3