Manuel Salmerón‐Sánchez

This study shows that PEA-coated monetites functionalized with fibronectin and low-dose rhBMP-2 promote structurally mature bone regeneration in critical-sized defects.

This paper introduces a 3D bioprinting technique called Mechanoscribed Xolography to create cell-laden hydrogels with controlled mechanical heterogeneity and monitors their evolution over time.

This study improves MSCs for HSCT by suppressing senescence and shows enhanced engraftment in an AML niche model.

The paper develops a bioengineered bone marrow model that supports stem cells and mimics disease metabolism and chemotherapy effects, showing enhanced taurine metabolism and chemotherapy response.

This study shows NaBC1 enhances myoblast adhesion and polarization by interacting with fibronectin-binding integrins and modulating mechanotransduction.

The paper develops a synthetic BM niche model to test CRISPR-CAR T-cell therapy for AML, showing its efficacy in a human-like environment.

The paper shows Piezo1 senses viscoelasticity in soft ECMs and identifies transcriptomic changes in MSCs in response to matrix properties and Piezo1 activity.

This study shows nanovibrational stimulation promotes osteogenesis in mesenchymal stromal cells via non-canonical Wnt signaling and BCL3 regulation.

This study shows NaBC1, a boron transporter, enhances myoblast adhesion and tension in response to substrate rigidity via fibronectin-binding integrins.

This study investigates how matrix viscoelasticity and spatial confinement influence epithelial cell mechanobiology and migration on soft and stiff substrates, revealing distinct effects on cell behavior.

This study evaluates bioactive coatings on 3D printed PCL-TMA900 scaffolds for bone regeneration using a murine femur defect model, finding that Laponite/BMP-2 coating significantly promotes bone formation without heterotopic bone formation.

This study evaluates bioactive coatings on 3D-printed PCL-TMA scaffolds for bone regeneration, showing in vitro osteogenic response but no significant in vivo bone formation.

This paper develops an optogenetic gene expression system in Lactococcus lactis using split T7 RNA polymerase linked to Vivid regulators, enabling light-controlled protein expression with high induction and sensitivity.

This study shows nanotopography can control MSC immunomodulatory capacity by modulating intracellular tension and oxidative glycolysis, and identifies bioactive metabolites that influence MSC function.