Bio News
A Japanese collaborative research team has determined that the locations of histone acetylation dictate the phase-separation behavior involved in gene regulation. The researchers demonstrated that the sites where histone H3 is acetylated directly affect its tendency to form condensates with DNA. The team expects this discovery to lead to the development of therapies targeting abnormal gene expression in cancer and neurodegenerative diseases.
BIOBOOK TEAM
biobookmedia@biobook.co.krIonkura Reports 20.8-Month Median Survival in Phase 1 Trial for Metastatic Eye Cancer
Verastem’s VS-7375 Shows Response Rates of Up to 50% in Pancreatic Cancer; Phase 3 Trial to Begin This Year
Pfizer to Co-Develop Sec61 Inhibitors With Enodia in Deal Worth Up to $500 Million
Galderma to Acquire ZO Skin Health for $1.5 Billion, Expanding Dermatology Portfolio
Verdiva halts GLP-1 transition trial, citing ‘market changes’
Stryker to Invest $400 Million in CMR Surgical, Expand Robotic Surgery
