原子力显微镜(AFM)的发明是二十几年来表面扫描和成像技术领域中重要的进展之一,由于具有原子级的分辨率,并可在液态环境中进行实时扫描,AFM已成为蛋白质晶体界面研究的有效工具之一.本文将讨论AFM在蛋白质晶体研究中取得的成果,包括在晶体形核、晶体生长及晶体缺陷研究等方面的最新进展.
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