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Unformatted text preview: E I is the equilibrium potential for I QUESTION 13 (2): milliamps (amps and coulomb/sec also counted) QUESTION 14 (2): outside to inside QUESTION 15 (3): It would become 0 QUESTION 16 (4): The driving force (V m E I ) is 0, so I = 0 I I = g I (58 58) QUESTION 17 (2): inward QUESTION 18 (2): Na QUESTION 19 (5): Easier answer is to poison preparation with TTX. The current deflections should disappear. QUESTION 20 (3): Inactivation QUESTION 21 (4): It has affected inactivation , preventing the inactivation gate from closing. QUESTION 22 (4): It has increased the conductance of the channel. QUESTION 23 (4): For the voltage step in question, it has decreased the probability of the channel opening ....
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- Fall '08