Mechanics of Biological Tissues
The structure-function relationships of biological materials are critical to understating tissue development, function, disease, and therapy. We use custom-built devices to simultaneously study structure and mechanics of biological tissues.
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Cartilage articulation exacerbates chondrocyte damage and death after impact injury
Microscale strain mapping demonstrates the importance of interface slope in the mechanics of cartilage repair
Heterogeneous Matrix Deposition in Human Tissue Engineered Cartilage Changes the Local Shear Modulus and Resistance to Local Construct Buckling
Distinct tribological endotypes of pathological human synovial fluid reveal characteristic biomarkers and variation in efficacy of viscosupplementation at reducing local strains in articular cartilage
The clot thickens: Autologous and allogeneic fibrin sealants are mechanically equivalent in an ex vivo model of cartilage repair
Read about Lena Bartell's paper on the mitoprotective treatment SS-31 in the Cornell Chronicle
Mitoprotective therapy prevents rapid, strain‐dependent mitochondrial dysfunction after articular cartilage injury
Understanding the Stiff-to-compliant Transition of the Meniscal Attachments by Spatial Correlation of Composition, Structure, and Mechanics
Imaging the spatiotemporal evolution of injury-induced dysfunction in articular cartilage
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