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Junctional currents between acinar and duct cells of the submandibular gland in guinea pigs.
The junctional current between acinar and duct cells in guinea pig submandibular gland has been studied by the double-pulse technique. The acinar cells were voltage clamped and the duct cells were current clamped. The junctional current was then studied by stepping the voltage clamp into a step current from 0 to 5 nA. When the junctional current was measured from the voltage clamp of acinar cells at -50 mV (close to the resting membrane potential), a step current caused a junctional current which was in the range of 100-200 pA. When the junctional current was measured from the current clamp of duct cells at -50 mV (close to the resting membrane potential), a junctional current in the same range was always observed when the voltage clamp of the acinar cells was stepped into a step current of 1 nA. When the voltage clamp of the acinar cells was stepped from -50 to 0 mV, a step current of 1 nA caused a junctional current of about 500 pA, without any inactivation. On the other hand, when the voltage clamp of the duct cells was stepped from -50 to 0 mV, a step current of 1 nA caused a junctional current of about 500 pA only when the acinar cells were inactive. These results suggest that the junctional current from acinar to duct cells is about 500 pA at negative potentials, and that the junctional current from duct to acinar cells is a Na+ current which is inactivated by depolarization of acinar cells. The junctional current between acinar and duct cells of guinea pig submandibular gland is always low, but the frequency of these junctional currents is sufficient to maintain the electrical coupling between the two cells.2012
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