ATP水解的远程响应

摘要：

ATP水解是许多生理过程的基本能量来源，但除了能量传递和产热作用外，对其生物学作用的认识还很缺乏。并非所有ATP水解释放的能量都可以用于为目标生物过程和功能提供动力。部分能量消散在水中。通过验证这种耗散能量的影响，我们发现ATP水解释放的能量可以诱导100纳米外生物分子性质的显着调节。即ATP水解在远程生化性质调节中被再循环。

英文摘要：

ATP-hydrolysis is the basic energy source of many physiological processes, but there is a lack of knowledge regarding its biological role other than energy transfer and thermogenesis. Not all the energy released by ATP-hydrolysis could be used in powering target biological processes and functions. Partial energy dissipates into water. By validating the impact of this dissipated energy, we found that energy released by ATP hydrolysis could induce notable regulation of biomolecule's properties 100 nanometers away. Namely ATP hydrolyzation is recycled in remote biochemical property modulation.

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