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Guanethidine in a concentration of 5×10-6 or 10-5 inhibited definitely the sweating axon reflex produced by the optimum concentration of nicotine (10-5); complete inhibition was always observed with guanethidine in 5×10-5. Likewise, the axon reflex response to the optimum concentration of acetylcholine (10-6) was always abolished by guanethidine in 5×10-5. Bretylium also suppressed the axon reflex response elicited by nicotine and acetylcholine: the inhibition was always complete with bretylium in 10-4 for nicotine, and with that in 5×10-4 for acetyl-choline. In contrast, the sweating axon reflex elicited by the optimum concentration of NaCl (4×10-2) was affected neither by guanethidine nor by bretylium even at a concentration of 10-3. The results suggest that guanethidine and bretylium belong to competitive blocking agents as far as the swaeting axon reflex is concerned.

Effects of Guanethidine and Bretylium on the Sweating Axon Reflex in Human Skin