The overall goal of this technique is to determine a range of excitability properties for the ulnar nerve in living rats. This method can help answer key questions in the field of neuroscience such as, can we measure the pathological changes of ne
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Axonal excitability techniques provide a powerful tool to examine pathophysiology and biophysical changes that precede irreversible degenerative events. This manuscript demonstrates the use of these techniques on the ulnar nerve of anesthetized rats.