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This paper develops a multifunctional scaffold for dental bone tissue engineering that addresses inflammation, infection, and bone regeneration through dual drug delivery and Bioglass integration.

The paper develops a DMFA model to predict CHO cell culture performance under various conditions and validates its predictions experimentally.

The paper develops a human brain vasculature-on-a-chip model using microvessels from postmortem tissue, demonstrating anatomical and physiological features of the blood-brain barrier.

The paper introduces CoBiSe, a computational method for biosensor design, and demonstrates its application in creating IronSenseR, a biosensor for ferrous iron with high specificity and sensitivity.

The paper develops a multiplexed single-cell approach to monitor CRISPR-induced genotoxicity and shows that palbociclib reduces genomic rearrangements in hematopoietic cells.

This paper introduces a thermodynamics-first approach to molecular computation using the TBN model, demonstrating systems that perform Boolean logic and concatemer synthesis.

This study uses direct fiber modeling to capture specimen-specific 3D collagen fiber architecture and anisotropic mechanics of sclera samples under various loadings.

The paper builds a dictionary of human intestinal organoid responses to 81 secreted niche factors using scRNA-seq, mapping perturbations and identifying cell type-specific pathways in an IBD context.

The paper investigates how functionalized carbon nanotubes affect iPSC differentiation into cardiomyocytes, finding that different functional groups modulate beating frequency and sarcomere structure.

This paper introduces a method to create 3D-printed reference structures with X-ray contrast agents for precise multimodal fusion of microCT and histology.

The paper develops a surrogate model for ventricular wall mechanics using a statistical atlas and finite element simulations, achieving high accuracy in predicting displacements.

This paper introduces a magnetogenetic toolkit to remotely activate Wnt/β-catenin signaling via E-cadherin mechanotransduction using magnetic nanoparticles and low-intensity magnetic fields.

This study investigates how carbon nanotubes and 3D scaffold patterns affect neuron and cardiomyocyte differentiation from hiPSCs.

GraphESMStable predicts protein mutation-induced thermal stability changes using a deep learning framework combining pre-trained sequence models and graph neural networks, achieving state-of-the-art performance.

This paper develops a lactate/oxygen enzymatic biofuel cell using laser-induced graphene electrodes for real-time wearable biosensing, showing linear power density increase with lactate concentration.

This study develops a 3D bioprinted colorectal cancer model using fibrin-enriched hydrogels to show that softer matrices promote cancer cell invasion and stromal interactions.

This paper optimizes a serum-free protocol for expanding human Vγ9δ2 T cells for adoptive immunotherapy, showing high purity and viability with enhanced antitumor activity.

This paper develops an in vitro model of the human CNS to study intrathecal drug dispersion and pharmacokinetics, providing reliable data for therapy design.

This paper introduces MilliFlow3D, a microfluidic platform that generates controlled metabolic gradients to study tumor behavior under metabolic deprivation.

This paper develops an integrated three-step process for producing cultivated meat from adherent cells, demonstrating efficient growth and safety compliance with a distinct protein profile.