Next-generation engineered heart tissue platform that enables precise tuning of mechanical properties of microenvironment to study the structure, development, and function of cultured cells or human-derived cardiac tissues.
A method to generate homogenous and stable inorganic nanoparticles (NPs) using a microfluidic device with two jet inlets.
Simple, plug-and-play biodegradable lipids that form highly potent lipid nanoparticles (LNPs) for CRISPR mRNA delivery, outperforming benchmark gene-editing systems.
A single-frame, multi-exposure time optical method enabling accurate extraction of absolute speckle decorrelation time and optimized for recovery of absolute deep-tissue blood flow.
A method to combine two or three monoclonal antibodies (mABs) into one treatment to successfully bind to multiple cancer cell surface epitopes and promote targeted degradation by phagocytosis.
Technology allowing efficient formation, delivery, isolation, and enrichment of single-copy Human Artificial Chromosome (HAC) for use in research, plant production, gene and cell therapy and more.
An optofluidic platform to detect extracellular vesicles (EVs) at the single-particle level by parallelizing droplet generation and analysis of EVs.
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A combinatory formulation for oral care products that enhances antimicrobial specificity, anti-plaque potency and prevents tooth decay.
A Switchable Bispecific T-Cell Nanoengager (sBiTNE) to link T cells with cancer cells that can be reversed if off-tumor toxicity is detected.