Bio News
A research team from KAIST and Yonsei University identified a key mechanism by which nutrient signals turn on mTORC1, a switch for cancer growth. The team confirmed that the LARS1 protein is phosphorylated and separates from the multisynthetase complex (MSC), thereby activating mTORC1. The findings open the possibility of developing next-generation precision anticancer drugs that target upstream mTORC1 signaling.
Biobook Team
biobookmedia@biobook.co.krAspen Neuroscience and Bambusa Plan U.S. IPOs; Developers of Parkinson’s and Bispecific Antibody Therapies
St. Jude Identifies Cell Marker for High-Risk Neuroblastoma
University of Texas at Austin Develops Flexible Electrode for Recording Brain Waves for a Month Without Shaving Hair
Revolution Medicines Shares Fall 6.3% on Concerns About RASONK’s KRAS Subgroup
GSK Adopts Chai Discovery AI Model After Wet-Lab Validation
Teva Wins FDA Approval for Long-Acting Olanzapine Beltruzza for Schizophrenia
Peptone nears end of two-year Lilly technology evaluation…follow-on deal could be pivotal
HLB Pharmaceutical Completes 60.8 Billion Won Rights Offering, Bets on New Hyangnam Plant as Management Participation Grows
Song Young-sook sells 86 billion won stake; buyer is daughter’s one-person company — Is a second round of Hanmi control battle looming?
