Spatial frequency tuning in cutaneous type I receptors

F. Looft
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Abstract

The encoder characteristics of cat, hairy skin, slowly adapting Type I (T1) receptors were studied by activating them with swept period grating stimuli drawn over the skin's surface. It was hypothesized that the puncate organization of these receptors and the possibility of action potentials from one dome blocking the responses from other domes would result in a receptor behaving as a matched filter to specific periods of a grating stimulus. Laboratory experiment and preliminary numerical modeling results of receptor responses that support the matched-filter hypothesis are presented.<>
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皮肤I型受体的空间频率调谐
通过在猫皮肤表面绘制扫描周期光栅刺激来激活I型(T1)受体,研究了猫毛发皮肤缓慢适应型T1受体的编码器特性。据推测,这些受体的点状组织和来自一个圆顶的动作电位阻断来自其他圆顶的反应的可能性将导致受体对光栅刺激的特定周期起匹配过滤器的作用。给出了支持匹配滤波器假设的受体响应的实验室实验和初步数值模拟结果。
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