A flexible toolkit for human gene editing, activation, and repression that can be applied in orthogonally and in various disease models.
A microfluidic lung chip applies controlled mechanical forces to hydrogel-embedded lung cells or organoids to model lung development in vitro.
Placement device for inserting intrauterine devices (IUD) into the postpartum uterus.
Microfluidic device for generation of large, precisely-defined, diverse lipid nanoparticle libraries for screening LNP formulations.
A device consisting of electrode patches, a control box, and software for automated nerve conduction studies.
One-pot combinatorial chemistry for fast and facile synthesis of amidine-incorporated degradable cationic lipids for lipid nanoparticle formulation and non-liver nucleic acid delivery.
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.
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.