BIO270H1 Lecture 3: Lecture 3 Notes.docx

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6 Mar 2012
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If you activate it locally, itll go to the brain. Receptive field- a given afferent neuron will be responsive to a region on a specific area. B causes deflection to a and c as a result of lateral inhibition. Strong stimulus to inhibitory interneurons will release neurotranmitters and cause them to generate an ap which will inhibit a and c. The larger the contrast the more information the brain has received. Even if small amount of stimuli, the recpetors can and will amplify so that your brain sees it. Stimuli activates specialized receptor protein which acts by signal transduction cascade which opens ion hcannels and change the membrane potential. Often signal transduction, but sometimes as simply as opening an ion channel. Rp is located on membrane of sensory neuron which directly responds to stumulus. Amplitude of potential depends upon the amount of stimuli. If graded potential is great enough, it will create action poten.

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