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Curve Biosciences (“Curve”), a company bringing precision to chronic disease care, creates products targeting biological changes in tissues that result in the development and progression of chronic diseases. Curve`s Chronic Disease Tissue Atlas (CDTA) uniquely allows the company to discover these precise changes with data from over 250,000 tissues across more than 1,000 clinical studies. Curve is focused on first commercializing its best-in-class blood tests for the $30 billion market of chronic liver diseases while using CDTA to find biomarkers and targets for other conditions.
Founded in 2006, InGeneron is a privately held company, developing its own products for multiple markets and expanding its reach through licensing agreements. The company was formed to innovate cell-based technologies for healthcare and life science research. Headquartered in Houston, Texas,
Cyagen Biosciences is an emerging and innovative biotechnology company that specializes in custom murine model generation, DNA vector construction and viral packaging services. We also offer a comprehensive catalog of stem cell lines, cell culture reagents and growth factors. Our rapidly expanding services portfolio features VectorBuilder – an online DNA vector construction platform designed to make tedious cloning projects obsolete. Let us provide the knowledge and resources to move your project forward, and get you back to discovery!
Culture Biosciences develops automated bioreactor infrastructures and runs it as a service for biotech companies.
Welcome to the new era of skin cancer detection. At DermTech we bring precision to the practice of dermatology through non-invasive genomic testing. And we developed the Smart Sticker that`s making it possible. The DermTech Smart Sticker collects an RNA sample by painlessly lifting skin cells off the entire surface of a mole. This gives doctors the power to diagnose skin cancer in its earliest stages—without a scalpel, without cutting, without scarring. After collection, stickers are sent to our team of scientists in the Gene Lab, the only commercial lab to extract nucleic acids and other proteins from non-invasive skin samples. We amplify RNA molecules to detect two specific genes that are highly predictive of melanoma—PRAME and LINC00518. This process provides 10,000x greater precision in the ability to detect melanoma. We have created the step before the scalpel—a tool doctors have never had before. Now the doctor has the choice of using a non-invasive, highly accurate test to check for melanoma without cutting. And this is just the beginning. We are developing other tests using the Smart Sticker that will further advance early disease detection.