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This study assesses how neck muscle strength and cervical viscoelasticity affect brain motion, intracranial pressure, and axonal strain during head impacts.

This paper demonstrates the stabilization of gas in aqueous environments using metal-organic frameworks to enable persistent acoustic transduction for long-term ultrasound-biological interfacing.

This study evaluates Spirulina cultivation under different gravity conditions on the ISS, showing feasible growth without detachment or medium issues.

This paper demonstrates SonoRopi, a noninvasive method using ultrasound to transiently inhibit brain function in mice and rats.

This paper introduces SEEQPI, a label-free imaging technique, to reconstruct inhibitory neuronal nuclei and estimate dry-mass density in deep brain regions of living mice.

This paper introduces SIM-fdFLIM, a super-resolution FLIM method that preserves ratio accuracy and enables high-speed, high-resolution live-cell lifetime imaging.

This study evaluates the accuracy of mobile laser scanning for tree volume estimation, finding that tree shape has a limited impact on measurement error compared to scanning conditions and forest structure.

This paper demonstrates that NEV3, an EV-anchoring nanobody, enables in situ loading of proteins onto circulating extracellular vesicles and redirects them to specific tissues in vivo.

This paper introduces MOSH, a multiscale optical super-resolution histology platform that enhances resolution while maintaining tissue-scale context and throughput.

This paper introduces a hydrogel platform to spatially engineer posterior signaling centers in cerebral organoids through controlled morphogen exposure, improving spatial organization and cellular diversity.

This study develops CAR-M2-FAP and CAR-M2-NCL therapies targeting FLS in RA and OA, showing reduced inflammation and joint damage in mouse models.

This study compares Clover and Zipping techniques in tricuspid edge-to-edge repair, finding that Clover reduces septal-lateral annular diameter more effectively.

This study shows that adding hairpins to DNA tetrahedra increases their nuclease resistance, enhancing biostability through sequence-specific stabilization.

This paper describes a method to generate dense neuronal microcultures by combining fibroblast reprogramming with matrix remodeling in collagen microgels.

Quanta microscopy enables high-speed fluorescence imaging at the native bit-plane rate by reconstructing multibit images from sparse photon-detection maps.

This study develops computational models to predict bone regeneration in multiple myeloma patients using patient data and genomics, showing rapid strengthening not fully explained by known mechanisms.

The paper shows that AAV-mediated gene delivery to proximal tubules is not direct but relies on megalin-mediated uptake of reporter proteins from other organs, challenging current understanding.

This study uses ultrasound to detect venous gas emboli and tissue gas in rats after decompression, finding a correlation between gas emboli severity and decompression risk.

The paper describes the development of En-ISPmu1, a modified TnpB nuclease, and demonstrates its ability to achieve targeted genome integration in mouse liver with a single AAV vector.

This study uses a 3D fluid-structure interaction model to show that pediatric roller-pump settings with similar oxygen delivery can result in different shear and washout environments, suggesting the need for joint evaluation of these metrics.