
Frequency Modulation AFM (FM-AFM) is commonly operated in ultra-high vacuum, though its inception in liquids for biological samples is relatively new. Here, we highlight the ability of FM-AFM to perform molecular resolution imaging of biomembrane surfaces and to detect individual layers of structured water at similar membrane interfaces. These studies highlight the potential of FM-AFM for studying model membranes and lipid raft systems on the molecular scale.
membranes, Physical Sciences and Mathematics, Life Sciences, study, high, afm, liquid, sensitivity, Social and Behavioral Sciences, biological
membranes, Physical Sciences and Mathematics, Life Sciences, study, high, afm, liquid, sensitivity, Social and Behavioral Sciences, biological
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