Merck’s Former Seattle Chief Will Now Run Merck Boston


By John Russell

Dec. 2, 2008 | Just a few weeks after closing its Seattle facility, Merck announced on Tuesday that Rupert Vessey, the former Seattle site head, will become the head of basic research at Merck Research Laboratories in Boston. He replaces Lex Van der Ploeg, who is retiring, according to Caroline Lappetito, global communications director for Merck. The Boston site has about 400 people and Merck says it plans to hire more, but didn’t disclose how many.

“Vessey will assume responsibility for the operational and scientific objectives of the Boston site for the Oncology and Bone, Respiratory, Inflammation and Endocrinology (BRIE) research franchises, as well as Merck’s molecular profiling capabilities,” according to the Merck release. He had served as site head of Rosetta Inpharmatics and vice president of Merck’s Molecular Profiling department.

It was not immediately clear if prominent Merck researcher Eric Schadt would also move to Boston. Schadt remains a Merck employee, and the details of where he would be based are still being worked out said Lappetito. (For more on Schadt, see Merck’s Eric Schadt on the Power of Integrative Genomics.)  Merck reportedly cut about 300 Seattle staffers as part of a wider worldwide reduction of 7200 in late October. “The intent is to move a large portion of the [Seattle] staff [to Boston] so they can work more closely with the East Coast discovery teams,” said Lappetito. 

Vessey is an industry and Merck veteran. He spent five years at GlaxoSmithKline, serving as senior director of COPD discovery medicine and vice president of respiratory and inflammation target discovery. Prior to GSK, Vessey worked in MRL in clinical pharmacology and vaccines clinical research. He returned to Merck as vice president, clinical research, leading the BRIE franchise. Most recently, he was site head of Rosetta Inpharmatics and vice president of Merck’s molecular profiling department. He made several contributions to Merck’s research, including important work on Varivax [varicella virus vaccine live] and Zostavax [Zoster Vaccine Live], says the company.

Vessey is quoted in the release as saying, “Merck’s well-known molecular profiling capability will move with me from Seattle to Boston and become fully integrated into the company’s basic research programs. We are looking forward to joining Boston’s world-class biomedical research community, and building upon the external scientific collaborations we now enjoy with top local institutions such as Harvard and Dana Farber…We will also be expanding our ranks at the Boston research facility and will be hiring additional scientific talent and skill sets to advance Merck’s many research programs in oncology and BRIE.”

Also quoted was Merck’s senior vice president, worldwide basic research, Kathleen Metters: “Under his strong leadership, MRL Boston will play a key role in executing Merck’s new basic research global operating strategy.”

Vessey received his medical degree (BM BCh) and D.Phil (Ph.D.) in molecular medicine from Oxford University in the U.K. He completed his internship at the Nuffield Department of Medicine, John Radcliffe Hospital, Oxford, U.K. and residency in general medicine and endocrinology/diabetes at the Royal Postgraduate Medical School at the Hammersmith Hospital in London. He is a member of the Royal College of Physicians, London.

Click here to login and leave a comment.  

0 Comments

Add Comment

Text Only 2000 character limit

Page 1 of 1

White Papers & Special Reports

thomson reuters image
Biomarkers: An Indispensible Addition to the Drug Development Toolkit
Examining the Potential of Biomarkers
Sponsored by Thomson Reuters

Biomarkers are becoming an essential part of clinical development. In this white paper, Thomson Reuters provides insight from experts in industry and academia, and explores the role of biomarkers as evaluative tools in improving clinical research and the challenges this presents.

Discover the potential of biomarkers to:

  • Improve decision making
  • Accelerate drug development
  • Reduce development costs


BlueArc_Scientific Data
Scientific Data Lifecycle Management: Preparing for Storage in an Uncertain Future
Sponsored by BlueArc

Managing vast and overwhelming streams of gene sequencing data today requires ultra-high performance systems and processes. With continued rapid advancement and improvements in gene sequencing, expect tomorrow’s instruments to output quantities of genomic information that will dwarf current levels. Help your organization maintain data control and prepare for the future of sequencing through this informative paper that discusses:

  • The information technology challenges of gene sequencing
  • “Intelligent” methods for data management and customization
  • System survival tips... Deciding what data to keep or delete
  • New tools to keep scientists ahead of impending data torrents


SAS Managed image
Managed Innovation, Assured Compliance
Developing, executing and managing the transformation, analysis and submission of clinical research data with SAS® Drug Development
Sponsored by SAS
Get better products to market faster. Download this white paper to discover the top ten challenges facing life science executives and how to overcome them. See how SAS Drug Development transforms clinical data into true innovation.


Life Science Webcasts & Podcasts

Presented by Trade Commission of Spain

Spain Biotech: An Engine for Economic Change 

TCS podcastDiscover how Spain is focusing on biotechnology to be an engine for economic change through gradual internationalization, development and technology transfer.

Regional governments are actively investing in public and private biology research and promoting the creation of knowledge-based companies. Spain’s human capital combined with aggressive investment in biotech research and infrastructure has led to the creation of bio-clusters.

Today, there are nearly 700 Spanish companies engaged in biotechnology, with almost 50 percent growth in funding devoted to research. In fact, spending on internal R & D in biotechnology has grown 46 percent and is close to 300 million Euros.

Access the podcast 

 



More Podcasts

Job Openings

saic_logo

MANAGER, SCIENTIFIC COMPUTING & PROGRAMMING
(Bioinformatics Manager)
SAIC-Frederick, Inc has an exciting opportunity for a Manager, Scientific Computing & Programming - Core Genoytyping Facility in Gaithersburg, Maryland.  In this role, you will lead the Bioinformatics & Analysis Group.
Master’s or equivalent required.  PhD preferred. Six years experience in development of scientific programs in high-performance computing environment including five years supporting scientific research in computational chemistry, biology, or genetics, & two years supervisory experience.  View complete job posting & apply: www.saic-frederick.com. Position #146945.

For reprints and/or copyright permission, please contact The YGS Group, 1808 Colonial Village Lane, Lancaster, PA;

(717) 399-1900 ext. 125, or via email to Ashley.Zander@theYGSgroup.com.