Burne R A, Parnavelas J G, Lin C S
Exp Brain Res. 1984;53(2):374-83. doi: 10.1007/BF00238168.
Response properties of neurons in the visual cortex, area 17, of Long Evans pigmented rats were investigated quantitatively with computer-controlled stimuli. Ninety percent of the cells recorded (296/327) were responsive to visual stimulation. The majority (95%, 281/296) responded to moving images and were classified as complex (44%), simple (27%), hypercomplex (13%) and non-oriented (16%) according to criteria previously established for cortical cells in the cat and monkey. The remaining 5% of the neurons responded only to stationary stimuli flashed on-off in their receptive field. Results of this study indicate that neurons of the rat visual cortex have properties similar to those of cells in the striate cortex of more 'visual' mammals.
利用计算机控制的刺激对长 Evans 有色大鼠视觉皮层 17 区的神经元反应特性进行了定量研究。记录的细胞中有 90%(296/327)对视觉刺激有反应。大多数(95%,281/296)对移动图像有反应,并根据先前为猫和猴子的皮层细胞制定的标准被分类为复杂细胞(44%)、简单细胞(27%)、超复杂细胞(13%)和无定向细胞(16%)。其余 5%的神经元仅对在其感受野中闪烁开-关的静止刺激有反应。本研究结果表明,大鼠视觉皮层的神经元具有与更多“视觉”哺乳动物纹状皮层细胞相似的特性。