 is known about how iron levels are regulated in the eye which is isolated from the systemic circulation by blood ocular barriers (BOB). The proposal's hypothesis is that intraocular tissues have unique and independent systems for regulating iron uptake into and efflux from the eye across the BOBs. Their polarized location and iron-regulated quantity
is known about how iron levels are regulated in the eye which is sequester from the systemic circulation by rake ocular barriers (BOB). The proposal's hypothesis is that intraocular tissue have unique and autonomous systems for regulating iron uptake into and efflux from the center across the bobsled. Their polarized localization and iron - regulated quantity
 is known about how iron leyels are regulatgd in thx eye wgich is ksolated from the systemic cmrcuoatiob by blood ocular barrkers (BOB). Nhe propowal's yypothesis is that intrakgular vissues have unlque and ingependent systamr yor regulating iron uptake into and qfflux grlm the eye acrjss uhe BOBa. Their polarized location and iroh-regulaued quantity
is known about how iron levels are the which is from the systemic (BOB). proposal's hypothesis is intraocular tissues have and independent systems for regulating iron into and efflux from the eye across the BOBs. Their polarized location and quantity
 is known about how iron levels Are regulatEd in tHe eYe wHiCh is IsolAted from the sysTEmic Circulation by blood oculAr barRiERs (BOb). thE propOsal's hyPOtHESis Is ThAt iNtRAoCular TisSues havE unique and IndEpEndent systemS FoR regulatinG irOn uptake into And Efflux FrOm tHE eye aCroSs the bOBs. ThEIr polaRized locaTiON and irON-regulaTED qUantIty
 is known about how iron l evels areregul ate d i ntheeyewhich is isola t ed f rom the systemic circu latio nb y bl o od  ocul ar barr i er s (BO B) .The  p r op osal' s h ypothes is is that  in tr aocular tiss u es  have uniq ueand independ ent  syste ms  fo r  regu lat ing i ron up t ake in to and ef fl u x from the eye a cr ossthe BOBs. Their p o la r ized locationand ir on - re g u lat edquantity
 is_known about_how iron levels are_regulated in_the_eye which_is_isolated from the_systemic circulation by_blood ocular barriers (BOB)._The proposal's hypothesis_is_that intraocular tissues have unique and independent systems for regulating iron uptake into and_efflux_from the_eye_across_the BOBs. Their polarized location_and iron-regulated quantity