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Increased Throughput in Ion Channel Drug Development and Exploration by Automation of Electrophysiology

机译:通过电生理学自动化提高离子通道药物开发和探索的通量

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摘要

Ion channels constitute macromolecular communication gates that are present in the membranes of all living cells. They are crucial for practically any physiological process, either as chemical or electrical signal transducers or as transmembrane routes for the bulk transport of salts. Not surprisingly, ion channels have become important targets for the treatment of a variety of human disorders that affect cell signaling (e.g., epilepsy and cardiac arrhythmias) or salt balance (e.g., diarrhea and cystic fibrosis).
机译:离子通道构成了存在于所有活细胞膜中的大分子通信门。它们对于实际上的任何生理过程都是至关重要的,无论是作为化学或电信号换能器,还是作为盐大量运输的跨膜途径。毫不奇怪,离子通道已成为治疗影响细胞信号传导(例如,癫痫和心律不齐)或盐分平衡(例如,腹泻和囊性纤维化)的各种人类疾病的重要靶标。

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