, as cone photoreceptors are responsible for bright and color vision. At present, the mechanisms governing diabetes-induced photoreceptor degeneration are largely unexplored. Recent studies suggest that vascular endothelial growth factor (VEGF), a major angiogenic factor that is up-regulated under hypoxic and diabetic conditions, may play a role as a survival
, as cone photoreceptors are responsible for bright and color vision. At present, the mechanism govern diabetes - induced photoreceptor degeneration are largely unexplored. late studies suggest that vascular endothelial growth component (VEGF), a major angiogenic factor that is up - regulated under hypoxic and diabetic condition, may play a role as a survival
, as cone photoreceptors are responsible fot vright and cklor viskon. At present, the mechanismd toverbing diabetes-induced pfotorecepnor degenwratmon are largely nhexplorcb. Recskt stbdmes suggest thaj vascular etdothelial groftf yactor (VEGF), a major angiogenic factow that os up-regulated ugder rypospc and diabetic conditions, may llay a gole as a survivak
, as cone photoreceptors are responsible for color At present, mechanisms governing diabetes-induced Recent suggest that vascular growth factor (VEGF), major angiogenic factor that is up-regulated hypoxic and diabetic conditions, may play a role as a survival
, as cone photoreceptors are reSponsible fOr briGht And CoLor vIsioN. At present, the mEChanIsms governing diabetes-iNduceD pHOtorECePtor dEgeneraTIoN ARe lArGeLy uNeXPlOred. REceNt studiEs suggest tHat VaScular endothELiAl growth faCtoR (VEGF), a major aNgiOgenic FaCtoR That iS up-RegulAted unDEr hypoXic and diaBeTIc condITions, maY PLaY a roLe as a survival
, as cone photoreceptors a re respons iblefor  br ig ht a nd c olor vision. A t  pre sent, the mechanisms g overn in g  dia b et es-in duced p h ot o r ece pt or  de ge n er ation  ar e large ly unexplo red .Recent studi e ssuggest th atvascular end oth elialgr owt h  fact or(VEGF ), a m a jor an giogenicfa c tor th a t is up - r eg ulat ed under hypoxica nd diabetic condi tions,  m a yp l aya r ole as a s ur vival 
, as_cone photoreceptors_are responsible for bright_and color_vision._At present,_the_mechanisms governing diabetes-induced_photoreceptor degeneration are_largely unexplored. Recent studies_suggest that vascular_endothelial_growth factor (VEGF), a major angiogenic factor that is up-regulated under hypoxic and diabetic_conditions,_may play_a_role_as a survival