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The paper develops and evaluates qPCR and qLAMP assays for detecting BAV-7, achieving high specificity and agreement, with qLAMP showing potential for field use.

HyperBind2 improves antibody discovery through multi-shot learning, achieving higher accuracy with iterative lab-AI feedback cycles and reducing experimental burden.

This paper introduces a 3D hybrid bioprinting method that combines soft and hard biomaterials to create mechanically robust and multifunctional constructs for tissue engineering.

This paper develops a DNA-silk fibroin hybrid hydrogel that enhances mesenchymal stem cell differentiation and accelerates wound healing in mice.

The paper develops a low-cost method to create pre-vascularised scaffolds for organoid therapies, optimising parameters like porosity, lactide-to-glycolide ratio, and cell seeding density using PLGA and R-VECs.

This paper designs and evaluates RNA-loaded nanoparticles conjugated with short peptides to selectively target dendritic cells via Clec9A, improving immunotherapeutic selectivity and efficacy.

This study introduces a genome editing method to rapidly generate and test driver mutations in target genes, identifying novel resistance mutations in lung cancer.

This paper develops an ultrasensitive graphene FET aptasensor for detecting glutamate in clinical samples, showing high sensitivity and clinical relevance in Alzheimer's Disease.

This paper introduces 3DBonUS, a 3D bone printing method using ultrasound and microfluidic bioprinting to direct stem cell differentiation, showing increased osteogenic markers and mineralization.

This study examines how basalt amendment and mycorrhizal inoculation affect soil properties and maize growth, finding that basalt improves soil chemistry but has limited impact on crop performance.

StrainOptimizer improves microbial cell factory design by integrating multi-scale metabolic models with expression and proteome constraints, achieving higher bioproduction in yeast.

This paper shows that adding a fatty acid metabolite promotes the development of lymphatic endothelial cells from stem cells, improving their lymphatic markers and function.

This paper introduces a mid-infrared photothermal mesoscope with millimeter-scale field of view and sub-micron resolution, enabling in vivo chemical imaging and Alzheimer's disease biomarker detection.

This study develops a microfluidic device to simultaneously image neural activity and behavior in chemically stimulated, head-fixed C. elegans, showing that greater movement freedom leads to more naturalistic responses.

This paper develops a coreactant-free ECL sensing platform with entwined spiral microelectrodes for sensitive, multiplexed POC diagnostics.

This paper introduces a biodegradable ECoG array with high electrode density and fidelity, demonstrating its ability to map cortical seizures and classify seizure stages with high accuracy in vivo.

This paper develops a whole-cell biocatalytic system for melanin synthesis and direct application on materials, improving sustainability and process efficiency in textile dyeing.

This paper develops EvoPRAISE, a framework combining structure-based affinity prediction and directed evolution to design AAV capsids targeting the BBB in non-model species and humans.

The paper develops a method to deliver collagen-encoding mRNA topically to improve skin condition by enabling in vivo collagen expression.

This paper combines microfluidic high-throughput screening with a generative model to engineer an enzyme with improved specificity, achieving higher product enrichment than traditional screening methods.