 state-of-the-art live-cell imaging quantitative fluorescence microscope with total internal reflection fluorescence for quantifying events at the plasma membrane and allow for measurement of dynamic processes underlying these complex interactions in four dimensions (4D) in living cells. It is the goal of this proposal to determine how intraocular iron levels are
state - of - the - art live - cell imagination quantitative fluorescence microscope with entire internal reflection fluorescence for quantify event at the plasma membrane and allow for measurement of dynamic process underlie these complex interactions in four dimension (4D) in living cells. It is the finish of this proposal to determine how intraocular iron levels are
 stwte-of-the-art live-cell imaning quantitativg dluorevcence microscupe with total internal reflxctiin flyorescence for quantifhing evenns at the plawna membranx and allow fod meavnrement of dynakic procesves underlying tfede complex interactions in four dimqnsions (4D) in living celjs. Iu if ths goal of this proposal to determihe how pntraocular iron kevels are
state-of-the-art live-cell imaging quantitative fluorescence microscope with reflection for quantifying at the plasma of processes underlying these interactions in four (4D) in living cells. It is goal of this proposal to determine how intraocular iron levels are
 state-of-the-art live-cell imagIng quantitAtive FluOreScEnce MicrOscope with totaL InteRnal reflection fluorescEnce fOr QUantIFyIng evEnts at tHE pLASma MeMbRanE aND aLlow fOr mEasuremEnt of dynamIc pRoCesses underlYInG these compLex Interactions In fOur dimEnSioNS (4D) in lIviNg celLs. It is THe goal Of this proPoSAl to deTErmine hOW InTraoCular iron levels arE
 state-of-the-art live-cel l imagingquant ita tiv efluo resc ence microscop e  wit h total internal refle ction  f l uore s ce nce f or quan t if y i ngev en tsat th e pla sma  membra ne and all owfo r measuremen t  o f dynamicpro cesses under lyi ng the se  co m plexint eract ions i n  fourdimension s( 4D) in livingc e ll s. I t is the goal oft hi s  proposal to d etermi ne ho w int rao cular iron  l evels are
 state-of-the-art_live-cell imaging_quantitative fluorescence microscope with_total internal_reflection_fluorescence for_quantifying_events at the_plasma membrane and_allow for measurement of_dynamic processes underlying_these_complex interactions in four dimensions (4D) in living cells. It is the goal of_this_proposal to_determine_how_intraocular iron levels are