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This study develops a tunable hydrogel combining caprine-derived dECM and DAS for tissue engineering, showing improved mechanical properties and hemocompatibility.

This study demonstrates that retron-mediated recombineering can be applied across multiple bacterial species, achieving high editing efficiencies in several phyla.

Robust-tedana improves automated denoising of multi-echo fMRI data, enhancing both single-subject and group-level analysis accuracy.

This paper introduces SPICy, a label-free, continuous-flow electroporation system that enables high-efficiency, cell-selective cargo delivery with high viability and low voltage.

The paper develops an analytical model of the selective cutting mechanism in sawfly ovipositors, showing how blade geometry and substrate properties determine cutting behavior.

This study develops transfer-free multilayer graphene microelectrodes for high-quality neural recordings in brain slices, showing improved signal-to-noise ratios.

This study identifies intra-crater bubble expansion as the primary mechanism causing ureteral stone fracture during laser lithotripsy, distinguishing it from thermal ablation or bubble collapse.

RWKV-IF generates RNA sequences from structures using an attention-free language model, achieving higher accuracy and lower edit distance than existing methods.

This paper presents a computational model of hemodynamics during atrial fibrillation that fits clinical data from 17 patients, achieving high accuracy in blood pressure and ejection fraction measurements.

This paper applies a machine learning-assisted recommendation strategy with exploration-exploitation balance to optimize p-coumaric acid production in yeast, achieving a 137% increase over parent strains.

VISIBLE is a system for real-time manipulation and bioprinting of complex in vitro models, enabling precise interventions and improving reproducibility in biomedical research.

This study develops a wireless optogenetic system to control genome editing and tumorigenesis in mice by using light-regulated recombinase and implantable devices.

This study evaluates how different attachment shapes and configurations affect tooth movement in clear aligner therapy using finite element analysis.

This study develops a microgravity-compatible biofabrication system for creating viable muscle constructs using novel photoresin formulations that enable long-term cell encapsulation and storage.

This paper engineers AAV9 vectors to selectively deliver genes to specific tumor cell subsets, demonstrating efficacy in preclinical cancer models and clinical relevance.

This paper develops liquid-core soft compartments with tunable microporosity to enhance cell migration for tissue engineering.

This paper introduces High-Capacity tDCS (HC-tDCS) and demonstrates its tolerability and increased cortical stimulation compared to conventional tDCS.

This paper develops a Seahorse-based protocol to assess metabolic fuel usage in cardiac organotypic slices from human and mouse, showing its sensitivity and applicability across species.

The paper presents a method to decode overlapping barcodes in spatial genomics with low false discovery rate, enabling super-resolution microscopy through coded barcodes.

The paper investigates the role of TRPV4 and PIEZO2 in axolotl limb regeneration, finding that TRPV4 inhibition reduces limb length without affecting cartilage differentiation.