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This paper develops an in-silico model of the mouse cerebrovasculature to analyze how different vascular zones contribute to cerebral autoregulation and functional hyperemia across cortical depths.

This paper demonstrates a bio-sintering process using bacteria to produce pollution-free cement from limestone by emulating natural cement formation.

This study integrates angiogenic signaling data in obesity, revealing key changes in adipose vasculature and VEGF binding kinetics, providing parameters for systems biology modeling and therapeutic development.

The paper develops AAV.eM, a muscle-specific rAAV capsid with reduced off-target transduction, showing efficacy in Duchenne Muscular Dystrophy models and favorable safety in mice and NHPs.

This paper develops a remote-controlled wireless bioelectronic system for delivering fluoxetine to promote wound healing in pigs, showing improved re-epithelialization and reduced inflammation.

The paper develops a bioresorbable implant system for long-term contraception that improves drug delivery efficiency and reduces the need for surgical intervention.

MATLAB toolsets add joint, muscle, synergy, and foot-contact personalization and optimal-control treatment design to OpenSim; one post-stroke case predicted 60% faster walking at equal metabolic cost.

This paper introduces a nanoplasmonic array for real-time imaging of protein secretion, revealing spatiotemporal dynamics of cell-cell communication.

This study evaluates the impact of sterilization and treatment methods on oxygen-sensitive microparticles embedded in natural hydrogel matrices, finding E-beam sterilization most reliable for alginate and BSA matrices.

This paper develops and tests CAR-NK-92 cells targeting Candida albicans mannan, showing enhanced antifungal activity and reduced fungal burden in mice.

This paper develops a computational FSI model of aortic annuloplasty validated against 4D-flow MRI data to assess hemodynamic effects.

This study improves D-lactic acid production from methanol in Komagataella phaffii using UV mutagenesis, achieving a 1.52-fold increase through transcriptome-guided metabolic engineering.

This paper introduces a method to sort and functionalize single-walled carbon nanotubes (SWCNT) with antibodies using amine-functionalized DNA, enabling multiplexed cytokine sensing.

This study uses optogenetics to control organ growth in Drosophila by manipulating calcium signaling, revealing how light intensity and timing affect organ size and tumor morphology.

This paper introduces a gravity-independent bioprinting method using bi-phasic bioinks and adaptive printheads for conformal tissue fabrication on complex surfaces.

This study compares denoising raw tilt series versus reconstructed tomograms in soft X-ray tomography, finding that denoising tilt series provides more reliable results and faster inference.

This paper develops tumor-mimicking phantom models to better assess NIR-I/II nanoparticles in surgical settings by replicating tumor microenvironment features and optical properties.

This study uses time-gated diffuse correlation spectroscopy to assess cerebral blood flow and low-frequency oscillations after traumatic brain injury in mice, finding significant changes in flow and oscillatory patterns.

This paper develops a 3D GBM model with pericytes to study TMZ resistance, finding that pericytes increase TMZ resistance in GBM spheroids by upregulating CCL5.

This paper uses label-free imaging to analyze biomolecular and morphological features of diabetic kidney tissue in 2D and 3D, revealing distinct markers not previously observed.