Shue Wang

This study shows that sustained volumetric compression of breast cancer cells induces a jammed state, which primes them for enhanced migration and invasion after recovery.

This paper introduces collagen-alginate hybrid hydrogel microtubes (ColAlgTubes) that enhance cell culture efficiency by improving adhesion, mechanical stability, and scalability.

This paper introduces a collagen hydrogel tube microbioreactor system to improve cell culture scalability, robustness, and adhesion compared to alginate hydrogel tubes.

This study evaluates HA-binding peptides in vivo, showing D8 and YD8 preferentially accumulate in diseased bone, highlighting their potential for targeted therapies.

This paper shows that alternating 2D and 3D culture reduces cell size and extends the lifespan of placenta-derived MSCs while preserving their immunomodulatory function.

This study shows bone-derived nanoparticles reduce IR-induced damage in BMSCs by restoring molecular pathways and enhancing regenerative function.

This study develops AlgTubes, RGD peptide-modified alginate hydrogel microtubes, to enable scalable culture of myoblasts and adipocytes for cultured meat, achieving higher cell densities than traditional bioreactors.

This study shows shear stress inhibits adipocyte differentiation by downregulating lncRNA MALAT1 in mesenchymal stem cells, linking mechanical cues to lncRNA regulation in bone remodeling.

This study investigates how bone-derived nanoparticles (BNPs) enhance osteogenic differentiation of mesenchymal stem cells (MSCs) through Notch signaling, specifically by increasing Dll4 expression.

The paper develops a biophysical model to simulate transcription and translation dynamics in bacterial- and mammalian-based cell-free expression systems using experimental data.