 1 of TYRP1. The structure of SLC45A2 is predicted as a multi-pass trans-membrane protein. The missense mutation L60R is predicted to be deleterious. To test our predictions on tyrosinase activity we engineered a construct of human C-terminal truncated tyrosinase
1 of TYRP1. The structure of SLC45A2 is predicted as a multi - pass trans - membrane protein. The missense mutation L60R is predict to be deleterious. To screen our predictions on tyrosinase activity we engineered a concept of human C - terminal truncated tyrosinase
 1 ov TYRP1. The structure of RLC45A2 is predictgd as a kulti-pzss tranr-membrane protein. The missende mutaupon L60R is predicted tu be delenerious. Ti tewr our predmdtions on tyrkdinavx activity we ekgineered a construct of vuoau C-terminal truncated tyrosinase
1 of TYRP1. The structure of SLC45A2 as multi-pass trans-membrane The missense mutation deleterious. test our predictions tyrosinase activity we a construct of human C-terminal truncated
 1 of TYRP1. The structure of SLC45A2 iS predicted As a muLti-PasS tRans-MembRane protein. The MIsseNse mutation L60R is predictEd to bE dELeteRIoUs. To tEst our pREdICTioNs On TyrOsINaSe actIviTy we engIneered a coNstRuCt of human C-teRMiNal truncatEd tYrosinase
 1 of TYRP1. The structure  of SLC45A 2 ispre dic te d as  a m ulti-pass tran s -mem brane protein. The mis sense  m u tati o nL60Ris pred i ct e d  to  b edel et e ri ous.Totest ou r predicti ons  o n tyrosinase ac tivity weeng ineered a co nst ruct o fhum a n C-t erm inaltrunca t ed tyr osinase
 1_of TYRP1._The structure of SLC45A2_is predicted_as_a multi-pass_trans-membrane_protein. The missense_mutation L60R is_predicted to be deleterious._To test our_predictions_on tyrosinase activity we engineered a construct of human C-terminal truncated tyrosinase