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Measuring the viscoelastic properties of human platelets with the atomic force microscope

Biophysical Journal · 1996 · Vol. 70(1) · pp. 556–567

Manfred Radmacher✉(University of California, Santa Barbara)M. Fritz(University of California, Santa Barbara)Claudia M. Kacher(University of California, Santa Barbara)J. P. Cleveland(University of California, Santa Barbara)Paul K. Hansma(University of California, Santa Barbara)

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Force Microscopy Techniques and Applications Polymer Surface Interaction Studies Mechanical and Optical ResonatorsIndentationMaterials scienceElastic modulusAtomic force microscopyResolution (logic)ViscoelasticityModulusYoung's modulusRange (aeronautics)Atomic force acoustic microscopy

MeSH terms

BiophysicsBlood PlateletsCytoskeletonElasticityHumansModels, BiologicalViscosityPlatelet ActivationMicroscopy, Atomic ForceCell SizeBiophysical PhenomenaIn Vitro Techniques

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821

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Measurement of Local Viscoelasticity and Forces in Living Cells by Magnetic Tweezers