Dr. Tim Garnett, Former Chief Medical Officer of Eli Lilly, Joins Lindus Health’s Advisory Board
Lindus Health, an anti-CRO running radically faster, more reliable clinical trials for life science pioneers, is announcing the appointment of Dr. Tim Garnett, pharma industry leader and former Chief Medical Officer at Eli Lilly, to their advisory board. This significant move follows closely on the heels of the company’s previous addition of advisor Dr. Robert Langer, Institute Professor of Massachusetts Institute of Technology (MIT), and co-founder of Moderna, Inc.
Dr. Garnett is a board member of leading biotechs like Maplight Therapeutics and Ophirex, Inc., as well as an advisor to Ukko and Biolojic Design. He holds more than 30 years of experience pioneering clinical development, medical affairs, and regulatory operations worldwide, predominantly during his tenure at Eli Lilly, with a focus on women’s health, metabolic diseases, and CNS conditions. Dr. Garnett has also successfully transformed drug safety and regulatory organizations and enhanced drug development and approval processes on a global scale.
“We’re incredibly excited to welcome Dr. Garnett to our advisory board. His unparalleled medical experience and deep therapeutic area expertise in neuroscience, endocrinology, and women’s health will serve us and our clinical trial sponsors, said Meri Beckwith, Lindus Health Co-Founder. “The opportunity to learn from and collaborate with him is incredibly humbling, and we eagerly anticipate the transformative impact this partnership will bring.”
“Lindus Health puts great emphasis on aligning incentives with sponsors, and their risk-sharing, milestone-based payment model is much needed in the CRO industry,” states Dr. Garnett. “Their patient and technology-centric approach to clinical trials will greatly benefit biotech and pharmaceutical companies, enabling faster, cost-effective studies. I’m eager to support Lindus Health’s growth in CNS, women’s health, and metabolic disease therapeutics – areas where my contributions have played a pivotal role in advancing treatments.”