The Juvena team made a big splash at the 5th Age-Related Disease Therapeutics Summit in San Francisco! CEO, Dr. Hanadie Yousef gave a well received talk on mapping secreted proteins to unmet medical needs, as well as moderating the session of impressive speakers focused on biomarkers for age-related and chronic diseases. Juvena’s VP of Data Science, Dr. Eddie Moler co-led a pre-conference workshop on exploring the promise of AI-Powered drug discovery for the progression of age-related therapies, while Computational Biologist, Dr. Rohit Jadhav presented a poster on Juvena’s proteomics platform for mining the secretomes of stem cells.
Endpoints: CEO and co-Founder Dr. Hanadie Yousef is recognized by Endpoints for her lifelong scientific work and discoveries, for her entrepreneurship and business leadership as part of the 2023 “20 under 40” list of exceptional biotech leaders and global change makers
Juvena’s CEO and co-founder, Dr. Hanadie Yousef, was named among a distinguished short list of Emerging Pharma Leaders by Pharmaceutical Executive, which highlights her personal story and what drives Dr. Yousef’s passion for decoding secreted proteins for better human health
CEO Dr. Yousef joins the Biotech CEO sisterhood summit to cultivate a community of support for female-led biotech companies and mentorship. Discussions included CEO best practices, wellness, supporting women leaders, and board service. Learn more here where she is quoted.
As Juvena continues to welcome a tremendously talented team, we wanted to thank FierceBiotech, Endpoints News, STAT, Longevity.Technology, BioWorld, and BioCentury for highlighting Juvena Therapeutics’ expanded leadership team last week. Juvena is thrilled to have Neil Berkley as Chief corporate development officer, Mo Tabrizi PhD, RPh as VP of preclinical and non-clinical development, and Edward Moler, PhD as VP of data science. Juvena is looking forward to what’s ahead!
BioWorld Features Dr. Yousef’s and Dr. O’Connell’s founding story, showcasing Juvena’s proteomics platform to tackle chronic and age-related diseases by mining hESC-secreted proteins
