Biorheology

In vivo liver tissue mechanical properties by Transient Elastography: comparison with Dynamic Mechanical Analysis

Biomedical Engineering / Biorheology / Elasticity / Liver / Female / Animals / Viscosity / Clinical Sciences / Swine / Animals / Viscosity / Clinical Sciences / Swine

Dynamic compressive strain influences chondrogenic gene expression in human periosteal cells: A case study

Materials Engineering / Mechanical Engineering / Biomedical Engineering / Biorheology / Gene expression / Molecular Mechanics / Real-time RT-PCR / Transcriptome / Humans / Case Study / Compressive Strength / Male / Cell Viability / Clinical Sciences / mRna expression levels / Adult / Time Factors / In vitro culture / Transforming Growth Factor Beta / Chondrogenesis / Capsules / Time Course / Sepharose / Synergistic effect / Molecular Mechanics / Real-time RT-PCR / Transcriptome / Humans / Case Study / Compressive Strength / Male / Cell Viability / Clinical Sciences / mRna expression levels / Adult / Time Factors / In vitro culture / Transforming Growth Factor Beta / Chondrogenesis / Capsules / Time Course / Sepharose / Synergistic effect

Nonlinear elastic properties of polyacrylamide gels: implications for quantification of cellular forces

Physical Chemistry / Biomedical Engineering / Rheology / Biorheology / Elasticity / Finite Element Analysis / Cellular mechanotransduction / Animals / Clinical Sciences / Acrylic Resins / Suction / Micromanipulation / Finite Element Analysis / Cellular mechanotransduction / Animals / Clinical Sciences / Acrylic Resins / Suction / Micromanipulation

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