The significant risks and high costs associated with neurological R&D has tended to keep companies and investors on the sidelines over the past few years. However, thanks to research progress and the development of new technologies, business development and investing in the space is heating up once again.
HONG KONG – South Korea’s securities exchange operator, Korea Exchange Inc., has relaxed the procedure for tech companies, including biopharma firms, to list on its KOSDAQ board. Under the simplified listing standard, which came into effect on April 26, companies with a market capitalization of ₩500 billion (US$449.26 million) and above will now need to submit only one assessment, with a result of “A” or higher, from a professional evaluation agency.
Being in a crowded space doesn’t bother recently installed Arch Oncology Inc. CEO Laurence Blumberg. As a matter of fact, he’s reassured by it. “There’s a lot of competition in CD47, that’s correct,” Blumberg told BioWorld. “But having been in industry for a long time, competition and the magnitude of that competition in pursuit of a target usually means there’s a good reason for that interest and that there’s compelling evidence it has utility.”
HONG KONG – Pharmcadd Co. Ltd., a developer of an artificial intelligence (AI) and physics-based drug discovery platform, bagged ₩17.3 billion (US$15.5 million) in its series B funding. This brings the total funds raised since its establishment to $22 million.
DUBLIN – Isotopen Technologien München (ITM) AG raised €90 million (US$108 million) in debt financing to complete phase III development of its lead radiopharmaceutical, solucin, in gastroenteropancreatic-neuroendocrine tumors and to take forward several more preclinical pipeline projects.
DUBLIN – Anavo Therapeutics BV raised €20 million (US$24 million) in seed financing to fund the build-out of a platform that aims to drug the human phosphatome, or the ensemble of phosphatase enzymes that plays a crucial role in maintaining cells’ phosphorylation balance by removing phosphate groups from their target substrates.