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A multidisciplinary team of UCLA scientists were able to differentiate metastatic cancer cells from normal cells in patient samples using leading-edge nanotechnology that measures the softness of the cells.
AFM revolutionizes biomedical research by providing nanoscale imaging, crucial for early cancer detection and cell mechanics analysis.
This article explores the importance of Nanoindentation Testing to determine the micromechanical properties of materials.
Since its invention in the 1980s, the atomic force microscope (AFM) has become indispensable for nanoscale imaging and metrology across scientific fields. At the heart of the AFM lies a host of precision components working in unison to acquire high-resolution topological images.
The Cypher ES AFM from Oxford Instruments Asylum Research can be utilized for exceptional environmental control.