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SYNAPTIC INPUTS FROM RODS AND CONES TO HORIZONTAL CELLS IN THE TIGER SALAMANDER RETINA
作者姓名:杨雄里  WU SAMUEL M.
作者单位:Shanghai Institute of Physiology,Academia Sinica,Shanghai 200031,PRC,Cullen Eye Institute,Baylor College of Medicins,Houston,Texas 77030,USA
基金项目:This work was finished at Baylor College of Medicine,U.S.and supported by grants from the National Institutes of Health (EY 04446)and from the Retinal Research Foundation (Houston)-X.L.Y.is a foreiga fellow of the Research to Prevent Blindness,Inc.
摘    要:Synaptic inputs from rods and cones to horizontal cells (HCs) were studied in the flatmounted isolated retinas of the tiger salamander. Voltage-intensity relations, spectral sensitivities and response waveforms of the rod, the cone, and the HC under dark- and light-adapted conditions were examined. HCs receive mixed inputs from rods and cones in both dark- and light-adapted retinas. The relative rod/cone input in HC_s depends on the intensity of stimulus and background illumination, and it varies from HC to HC.


SYNAPTIC INPUTS FROM RODS AND CONES TO HORIZONTAL CELLS IN THE TIGER SALAMANDER RETINA
YANG XIONG-LI.SYNAPTIC INPUTS FROM RODS AND CONES TO HORIZONTAL CELLS IN THE TIGER SALAMANDER RETINA[J].Science in China(Chemistry),1990(8).
Authors:YANG XIONG-LI
Abstract:Synaptic inputs from rods and cones to horizontal cells (HCs) were studied in the flatmounted isolated retinas of the tiger salamander. Voltage-intensity relations, spectral sensitivities and response waveforms of the rod, the cone, and the HC under dark- and light-adapted conditions were examined. HCs receive mixed inputs from rods and cones in both dark- and light-adapted retinas. The relative rod/cone input in HC_s depends on the intensity of stimulus and background illumination, and it varies from HC to HC.
Keywords:retina  horizontal cells  photoreceptor cells  synaptic inputs
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