 used to record intracellularly from lateral geniculate axons terminating in the striate cortex. After physiologically characterizing a fiber, it will be injected iontophoretically with HRP to reveal its cortical terminations. Distinctive axonal arborization patterns will be correlated with specific function properties to better understand the significance
used to record intracellularly from lateral geniculate axons terminating in the striate cerebral cortex. After physiologically qualify a fiber, it will be injected iontophoretically with HRP to reveal its cortical end point. Distinctive axonal arborization patterns will be correlate with specific routine properties to well understand the significance
 usfd to record intracellulxrly from laterco genirulate zxons tefminating in the striate corvex. Qfter physiologically charazterizing a fiber, it xill be injected iontophoreticzply civh HRP to reveak its corthcal terminatimnr. Bistinctive axonal arborization pattqrns wikl be correlated witn spedpflc function properties to better undersuand the significamce
used to record intracellularly from lateral geniculate in striate cortex. physiologically characterizing a iontophoretically HRP to reveal cortical terminations. Distinctive arborization patterns will be correlated with function properties to better understand the significance
 used to record intracellularLy from lateRal geNicUlaTe AxonS terMinating in the sTRiatE cortex. After physiologiCally ChARactERiZing a Fiber, it WIlL BE inJeCtEd iOnTOpHoretIcaLly with hRP to reveaL itS cOrtical termiNAtIons. DistinCtiVe axonal arboRizAtion pAtTerNS will Be cOrrelAted wiTH speciFic functiOn PRopertIEs to betTER uNderStand the significaNCe
 used to record intracellu larly from  late ral  ge ni cula te a xons terminati n g in  the striate cortex. A fterph y siol o gi cally  charac t er i z ing  a  f ibe r, it  will  be  inject ed iontoph ore ti cally with H R Pto revealits  cortical te rmi nation s.  Di s tinct ive  axon al arb o rizati on patter ns will b e  correl a t ed  wit h specific functi o np roperties to b etterun d er s t and  th e signific an ce
 used_to record_intracellularly from lateral geniculate_axons terminating_in_the striate_cortex._After physiologically characterizing_a fiber, it_will be injected iontophoretically_with HRP to_reveal_its cortical terminations. Distinctive axonal arborization patterns will be correlated with specific function properties_to_better understand_the_significance