Following up on a 2021 partnership with Takeda Pharmaceutical Co. Ltd., Bridgene Biosciences Inc. has signed up a second international drug company, Galapagos NV, to use its chemoproteomic platform, IMTAC (Isobaric Mass Tagged Affinity Characterization), to discover small-molecule drug candidates.
Elypta AB has devised new multi-cancer early detection technology leveraging plasma and urine glycosaminoglycans which can detect more than a dozen types of cancer in adults showing no symptoms.
Researchers at Stanford University School of Medicine have developed a method to measure several thousand metabolites, including proteins, metabolites, inflammatory markers such as cytokines and, to a degree, lipids. “It’s like Theranos, except it works,” corresponding author Michael Snyder, director of the Center for Genomics and Personalized Medicine at Stanford Medicine, told BioWorld.
Belharra Therapeutics Inc., an early stage firm which is pioneering a new approach to chemoproteomics, has already found an influential backer for the distinctive way it systematically probes the interactions between small-molecule ligands and the proteins to which they bind.
Omass Therapeutics Ltd. has raised £75.5 million (US$94.6 million) in a series B round, as it continues to advance five small-molecule programs against previously intractable membrane-bound targets to the clinic.
LONDON – There’s not yet proof of the pudding, but Omass Therapeutics Ltd.’s new structure-based technology has passed a key test, in enabling the discovery of orally available small molecules aimed at intractable and poorly drugged membrane and complex-bound protein targets. The targets, including G protein-coupled receptors (GPCRs), intracellular protein complexes and solute carriers, are relevant to immunology indications and rare diseases with high unmet need.
Intervenn Biosciences raised $201 million in a series C financing led by new investors Softbank Group, Heritage Provider Network, Irving Investors and Highside Capital Management. The proceeds are earmarked to speed development and commercialization of Dawn, a liquid biopsy assay for immune checkpoint inhibitor prediction, and to expand the network of partnerships on the company’s artificial intelligence (AI)-driven glycoproteomics platform.
LONDON – New research shows it is possible to diagnose Parkinson’s disease by mass spectrometry analysis of sebum samples taken with a simple skin swab, and that the same technique has potential to be used for diagnosing COVID-19. In a paper published in Nature Communications on March 11, 2021, scientists and clinicians in the U.K. and the Netherlands describe using high resolution mass spectrometry to profile the chemical signature of lipids and other biomarkers in sebum from Parkinson’s patients and show how these exhibit subtle but fundamental changes as the disease progresses.
Intervenn Biosciences said it has identified stark differences in the glycoproteomic profile of COVID-19 patients who became very sick and people infected with the SARS-CoV-2 virus who were either asymptomatic or experienced only minimal effects. The contrast could help clinicians better understand the biological mechanisms of the disease and triage patients at risk of responding detrimentally to early treatments and more intensive care.
PARIS – Soon, a machine, as quick and simple as a breathalyzer, could be used to detect COVID-19 from molecules present in exhaled air. The research team from Institut de recherches sur la catalyse et l’environnement de Lyon (IRCELYON – Lyon Institute for Research on Catalysis and the Environment) is investigating the analysis of volatile organic compounds (VOCs) found in exhaled breath for COVID-19 detection.