 dermoscopic features of individual nevi. Mouthwash derived DNA collected at the baseline examination will be used for MC1R genotyping. The insights into nevus risk factors and evolution gleaned from this study will have significant implications for reduction of melanoma mortality through improved risk stratification and more informed prevention. The current work is
dermoscopic features of individual nevi. Mouthwash derived DNA gather at the baseline interrogation will be used for MC1R genotyping. The insights into nevus hazard factors and evolution gleaned from this cogitation will have significant deduction for reduction of melanoma mortality through better risk stratification and more informed prevention. The current work is
 degmoscopic features of inaividual nevi. Mouthwasi derivsd DNA cullected at the baseline exalibatiob will be used for MC1R genotypijg. The ibsigits into nevus rmak factors ans evonntion gleaned ftom this stugy will have shgviyicant implications for reduction of melanoka mortality thrjugh ymprkneb risk stratification and more jnformev prevention. Thr current work is
dermoscopic features of individual nevi. Mouthwash derived at baseline examination be used for nevus factors and evolution from this study have significant implications for reduction of mortality through improved risk stratification and more informed prevention. The current work is
 dermoscopic features of indiVidual nevi. mouthWasH deRiVed DnA coLlected at the baSElinE examination will be used For MC1r gENotyPInG. The iNsights INtO NEvuS rIsK faCtORs And evOluTion gleAned from thIs sTuDy will have siGNiFicant implIcaTions for reduCtiOn of meLaNomA MortaLitY throUgh impROved riSk stratifIcATion anD More infORMeD preVention. The current WOrK Is
 dermoscopic features of i ndividualnevi.  Mo uth wa sh d eriv ed DNA collect e d at  the baseline examinat ion w il l  beu se d for  MC1R g e no t y pin g.  T hein s ig hts i nto  nevusrisk facto rsan d evolutiong le aned fromthi s study will  ha ve sig ni fic a nt im pli catio ns for reduct ion of me la n oma mo r talityt h ro ughimproved risk str a ti f ication and mo re inf or m ed p rev ent ion. The c ur rentw ork is
 dermoscopic_features of_individual nevi. Mouthwash derived_DNA collected_at_the baseline_examination_will be used_for MC1R genotyping._The insights into nevus_risk factors and_evolution_gleaned from this study will have significant implications for reduction of melanoma mortality through_improved_risk stratification_and_more_informed prevention. The current work_is