Vitiligo is a skin disorder characterized by selective melanocyte destruction and concomitant appearance of depigmented macules that over time enlarge, coalesce, and form patches. It has been suggested that vitiligo is, at least in part, caused by autoimmune responses mediated by cytotoxic T cells against melanocytes, causing depigmentation Immune responses contribute to the pathogenesis of vitiligo and target melanoma sometimes associated with vitiligo-like depigmentation in some melanoma patients. It has been perviously reported that the tyrosinase autoantigen was immunorecognized with the same molecular pattern by sera from vitiligo and melanoma patients. Five autoantigen peptides was found to compose the immunodominant antityrosinase response: aa95-104FMGFNCGNCK; aa175-182 LFVWMHYY; aa176-190FVWMHYYVSMDALLG; aa222-236IQKLTGDENFTIPYW, and aa233-247IPYWDWRDAEKCDIC. Synergistic therapies for the treatment of vitiligo are provided. The major therapies for the treatment of vitiligo a pigmentary disorder characterized by patchy depigmentation of skin are Psoralens plus UV-A, steroids, basic fibroblast growth factor (bFGF) peptide location or surgical procedures. Psoralens plus UV-A is effective in about 50% of cases, steroids are limitedly effective only in fast spreading cases of vitiligo and often reoccurs on stoppage of treatment. Surgical treatment is the last resort for vitiligo therapy, when all other therapies failed. It is limitedly effective. Basic fibroblast growth factor peptide(s) location was developed as a new mode therapy for the treatment of vitiligo. Therefore, SEQ ID NO: 01 VPHIPPN, SEQ ID NO: 02 MPPTQVS, SEQ ID NO: 03 QMHPWPP, SEQ ID NO: 1 1 LPLTPLP, SEQ ID NO: 12 QLNVNHQARADQ, SEQ ID NO: 13 TSASTRPELHYP, SEQ ID NO: 14 TFLPHQMHPWPP peptides, modified peptides and antibody or antibody fragments inhibiting the activity of MIA and can be used for treating vitiligo by inducing re-pigmentation. Fragment-based lead discovery is a method used for finding lead compounds as part of the drug discovery process. In this science project we perfomed an in silico ChemoProteomic Prediction-Scan for the generation of Antigenic PatternLFA-3/IgG fusion polypeptide aa95-104FMGFNCGNCK; aa175-182 LFVWMHYY; aa176-190FVWMHYYVSMDALLG; aa222-236IQKLTGDENFTIPYW, and aa233-247IPYWDWRDAEKCDICmimetic pharmacophore on conserved Vitiligo post-trancripts domains.