category
PNAS
date
Mar 5, 2026
slug
status
Published
summary
首次在原子层面可视化生物分子水合状态,揭示了酸性条件下蛋白质脱溶剂化的机制,解决了半个世纪以来的科学难题。
tags
蛋白质组学
type
Post

📄 原文题目

Direct evidence of acid-driven protein desolvation

🔗 原文链接

💡 AI 核心解读

首次在原子层面可视化生物分子水合状态,揭示了酸性条件下蛋白质脱溶剂化的机制,解决了半个世纪以来的科学难题。

📝 英文原版摘要

Proceedings of the National Academy of Sciences, Volume 123, Issue 10, March 2026. <br />SignificanceLife depends on proteins, and proteins depend on water. Yet for 50 y, the open question around what happens to the water around proteins in acidic conditions has not been resolved. Here, we visualized biomolecular hydration at the atomic level ...
染色质重塑基因INO80D功能丧失导致精神分裂症的神经发生特征脑源性pTau217与总pTau217在脑淀粉样蛋白和tau病理分类中的直接比较
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