Ion Channels:
Evidence of ionic channels in biofilms was presented in the 1970s. Neher and Sakmann conducted almost the most important experiments. Who recorded the currents of the channels in the muscle fibers. Many sodium channels have been described as sodium, potassium, calcium and chlorine, each of which has the same quality and ionic selectivity as the probability of opening has been described. The voltage or ligand can control the opening of the ducts and thus the channels are designed as voltage-gated gates or ligand-gated gates. Each ion channel has certain pharmacological properties. Sodium channels are sodium selective 12 times greater than other cations. Calcium channels are more selective in calcium than 1,000 times as much as other cations.
Evidence of ionic channels in biofilms was presented in the 1970s. Neher and Sakmann conducted almost the most important experiments. Who recorded the currents of the channels in the muscle fibers. Many sodium channels have been described as sodium, potassium, calcium and chlorine, each of which has the same quality and ionic selectivity as the probability of opening has been described. The voltage or ligand can control the opening of the ducts and thus the channels are designed as voltage-gated gates or ligand-gated gates. Each ion channel has certain pharmacological properties. Sodium channels are sodium selective 12 times greater than other cations. Calcium channels are more selective in calcium than 1,000 times as much as other cations.
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Absorption of drugs