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This study shows that osmolality changes in bone marrow after fracture enhance mesenchymal stromal cell regeneration by altering ECM viscoelasticity and chromatin structure.

This paper presents a heart sound classification framework combining transfer learning with multi-dimensional features and adaptive fuzzy ensembling, achieving high accuracy and clinical interpretability.

The paper shows that pre-emptive push-off optimizes walking economy, while delayed push-off during uneven walking incurs mechanical costs.

This study uses programmable hydrogels to reveal two mechano-sensing timescales in MDCK cells and shows how dynamic mechanical cues influence cell polarity and morphogenesis.

This study develops a chemoselective method to profile newly synthesized extracellular matrix proteins in bioengineered tumor tissues, revealing distinct ECM synthesis patterns in response to different extracellular environments.

This paper introduces a custom electromagnetic impactor device for creating consistent contusion spinal cord injuries in pigs, validated through mechanical modeling and histological confirmation.

This study uses photo-crosslinking to induce early fibrotic changes in ex vivo tissue, showing how matrix stiffening affects cell behavior and fibrosis progression.

The paper compares methods for delivering tubuloids to kidneys, finding that normothermic perfusion is more effective than in vivo injection for integration and differentiation.

MitoScribe records graded molecular signals into mitochondrial DNA, enabling high-resolution tracking of cellular states during differentiation.

The paper introduces a bioprinting method to precisely place and immobilize microdissected tumor cuboids in hydrogels for drug testing and protein analysis.

This paper introduces Gel-Amin, a hydrogel that enhances extracellular voltage recordings and signal propagation in 3D cardiac microphysiological systems.

VDisk is a microfluidic platform for automated, label-free EV isolation from plasma, showing improved reproducibility and EV/contaminant ratios compared to SEC.

The paper introduces a wireless sensor network for continuous monitoring of plant-environment interactions, showing strong correlation between transpiration and biomass gain.

This paper develops HA-coated MEW scaffolds that enhance myoblast attachment, alignment, and differentiation compared to non-coated scaffolds.

This paper introduces a bioelectronic scaffold that enables label-free, real-time monitoring of wound healing through electrical impedance spectroscopy.

This study develops a co-delivery system using cationic niosomes to deliver siRNA and doxorubicin, showing enhanced anticancer effects in MDA-MB-231 cells.

This study uses broadband near-infrared spectroscopy to assess hemodynamic and metabolic responses in dementia patients, finding strong correlations between oxCCO features and clinical markers.

The paper introduces RAMONA, a rapid, modular nanobody assay for antigen detection that combines portability with high sensitivity and adaptability for diverse targets.

This paper develops micro-balloons to control blood flow in mice, enabling real-time in vivo brain imaging during hypoperfusion to study stroke pathophysiology.

This study uses ultrasound with microbubbles to stimulate beta-cells in mice, enhancing insulin release and reducing blood glucose levels without tissue damage.