Molecular diagnostic using clamping fluorescent probes to amplify RNA detection signal of single-cell assay
Leveraging open-source AI platforms, this technology enables automated image-based detection, prediction, and control of microfluidic single bubble/droplet formation.
A quick and inexpensive method to detect cancer early by exponentially amplifying rare and scarce cancer mutations.
A high-throughput cell-free assay system screens translation readthrough drugs using labeled reporter complexes and fluorescence-based measurements.
Supramolecular crown ethers and fluorinated polymers enable the formation of high ionic conductivity, water-impermeable artificial ion channels for bioelectronic transistor applications.
A device consisting of electrode patches, a control box, and software for automated nerve conduction studies.
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 rapid, radiation-free magnetic resonance imaging (MRI) method that simultaneously captures bone-selective (pseudo-CT) bone images and high-resolution T1- and T2-weighted soft-tissue images in a single, self-registered 3D scan.
Antigen-specific immunotherapy with engineered cytotoxic T cells targeting misformed proteins to treat neurodegenerative and muscular diseases.
An optofluidic platform to detect extracellular vesicles (EVs) at the single-particle level by parallelizing droplet generation and analysis of EVs.