– USA, NY – Assembly Biosciences, Inc. (ASMB), a biotechnology company developing curative treatments for infectious diseases including hepatitis B virus (HBV) and C. difficile (CDI) infections, today announced the appointment of Alan J. Lewis, PhD, to the company’s board of directors. Dr. Lewis has had a distinguished career in senior management and research & development roles in the pharmaceutical and biotechnology industry for more than 30 years.
“Dr. Lewis brings a wealth of business and scientific experience from his impressive career that includes front line leadership roles in managing large and small biopharmaceutical research organizations and in helping his companies achieve sustained growth, scientific excellence, and innovative global product development,” said Assembly’s Chairman, William Ringo. “Alan’s expertise encompasses a wide range of therapeutic areas and stages of development, including antiviral drug development and microbiome therapeutics. We believe Dr. Lewis will make many substantive contributions to the advancement of our two innovative programs that aim to cure intractable infectious diseases.”
Dr. Lewis is currently President, Chief Executive Officer and a director of Diavacs, a company developing curative treatments for type 1 diabetes. He recently was CEO and a director of Medistem, a developer of stem cell therapies that was acquired by Intrexon. Previously, Dr. Lewis was Chairman, President and CEO of cancer drug developer Ambit Biosciences, which was subsequently acquired by Daiichi Sankyo. Prior to Ambit, Dr. Lewis was President and CEO of the Juvenile Diabetes Research Foundation and President and CEO of stem cell company Novocell. Prior to Novocell, Dr. Lewis served as CEO and a director of Signal Pharmaceuticals until its acquisition by Celgene. Dr. Lewis then was named President of Celgene’s Signal Research division in San Diego, where he directed its integrated drug discovery program in oncology and inflammation and served on Celgene’s Corporate Executive Committee. Dr. Lewis also is on the board of directors for a number of companies, including BioMarin Pharmaceuticals, where he chairs the science and technology committee.
For the 15 years prior to Signal and Celgene, Dr. Lewis held positions of increasing responsibility at Wyeth-Ayerst Research, culminating in his serving as Vice President of Research with responsibility for 550 scientists and staff. Dr. Lewis has contributed to advancing more than 20 molecules into clinical development and overseeing five investigational drugs that have reached the market; he has co-authored over 100 peer reviewed publications and is an inventor on several patents. Dr. Lewis holds a BSc from Southampton University and a PhD from the University of Wales, and he completed his postdoctoral training at Yale University.
Dr. Lewis commented, “Assembly’s commitment to developing curative therapies for hard-to-treat infections, and the innovative science and technology it is applying to these efforts, make this an exciting company with the potential to make a real difference. I look forward to working with the talented Assembly team as it moves its HBV and microbiome programs into clinical development.”
About Assembly Biosciences
Assembly Biosciences, Inc. is a public biotechnology company developing novel oral therapies for the cure of intractable infectious diseases, focusing on hepatitis B virus (HBV) and C. difficile infections (CDI). Assembly’s HBV-Cure research team is discovering and developing multiple drug candidates focused on upstream and downstream targets in the HBV lifecycle for possible use in combination therapy. The goal is to eradicate HBV infection with an orally-administered regimen. Assembly has built a senior scientific team that has over 30 years of combined experience working on HBV. The company’s CDI program is focused on the targeted delivery of microbiome-based therapies in a novel oral formulation to treat recurrent CDI patients. Assembly has a proprietary delivery system, GemicelTM, which allows for targeted delivery of selected GMP-manufactured bacteria to the lower gastrointestinal tract, and it has built a team of world-class microbiome scientists from academia and industry to help advance this innovative program.
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