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Emerging Technology and Best Practices Seminar Series
Next Generation Manufacturing Challenges
for Life Sciences
Friday, November 14, 2003
The abundance of data collected by decoding the Human and other Genomes is leading to our understanding the function of individual genes in DNA and the role of the proteins that are coded in the DNA. This will consequently enable us to control expression of proteins in cells, potentially revolutionizing the way medicine is practiced. However, this vast amount of data is necessitating a paradigm shift in biological research, medical diagnostics and drug discovery from "one-off" experiments to high-throughput parallel experimentation. For example, protein, peptide and ligand arrays promise to be of enormous importance in clinical, pharmaceutical and basic biological research. This will undoubtedly lead to high potency drugs that are highly targeted to specific ailments. While great progress is currently being made in research laboratories, the transition to practice will require a new class of manufacturing solutions and intelligent devices that are able to cost-effectively develop, produce and deliver these new, highly targeted drugs. Please join us on November 14th at the Emerging Technologies Seminar to explore the next generation manufacturing challenges for life sciences.
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Agenda for November 14, 2003
Emerging Technology and Best Industry Practices Seminar
Next Generation Manufacturing Challenges for Life Sciences
9th Floor, The Photonics Center
8 St. Mary's Street Boston, MA 02215 |
| 8:00 |
Continental Breakfast |
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| 8:30 |
Welcome
Dean David Campbell, Boston University, College of Engineering |
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| 8:40 |
Dr. Gradimir Georgevich, Program Manager
National Institute of Standards and Technology, Advanced Technology Program, Chemistry and Life Sciences Office
Innovative Approaches to Manufacturing Challenges |
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| 9:10 |
Mr. John Machulski, Project Director, Lonza Biologics
The Contract Manufacturing Model in Biopharmaceuticals |
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| 9:40 |
Break |
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Session 1: Automating Drug Discovery |
| 10:10 |
Dr. Andre Sharon
Director, Fraunhofer Center for Manufacturing Innovation and Professor Department of Manufacturing Engineering, Boston University
Fraunhofer Activities in Biotech Manufacturing |
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| 11:00 |
Dr. Andrew Bullen, Group Leader, Instrumentation Technologies Group
Bristol-Myers Squibb Company
Automating Drug Discovery: Current and Future Challenges |
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| 11:30 |
Dr. Robert Ronstadt
Vice President and Director, Technology Commercialization Institute
Boston University |
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| 11:45 |
Lunch |
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Session 2: Producing Pharmaceuticals |
| 12:50 |
Mr. Scott Sarazen, Biotech Ombudsman, Senior Vice President, MassDevelopment
Organizational Drivers for Growing in Biosciences Companies |
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| 1:20 |
Panel Discussion
Ms. Janice Bourque, President, Massachusetts Biotechnology Council
Dr. Una Ryan, President and Chief Executive Officer, AVANT Immunotherapeutics
Mr. Bennett Green, Senior Vice President of Global Quality Operations, Genzyme |
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| 2:20 |
Break |
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| 2:50 |
Mr. Gary Welch, Director of Production, Abbott Bioresearch Center Regulatory and Economic Challenges in Biotechnology Manufacturing |
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| 3:20 |
Dr. Keith Dionne, Vice President, Strategy, Millennium Pharmaceuticals
Incorporating Manufacturing and Automation in Pharmaceutical R&D |
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From the Chair:
The Department of Manufacturing Engineering at Boston University has a rich history of innovation and leadership. In our Emerging Technology and Industry Best Practices Seminars, we explore the forefront of the field in collaboration with our partners in academia, industry, and government. A central challenge in modern manufacturing engineering is to develop production strategies suitable for the biotechnology industry. In a recent collaboration with the Biomedical Engineering Department at Boston University we proposed a comprehensive, cross-disciplinary educational program in manufacturing for the life sciences. This manufacturing thrust was an essential component of the University's Whitaker Leadership Award, which has put us at the leading edge of academic programs in bioengineering. In this Seminar, we intend to explore modern manufacturing practices that have proven successful in confronting the complex manufacturing challenges faced by life science industries. We look forward to meeting you and your colleagues on Nov 14th.
Tom Bifano
Chair, Manufacturing Engineering Department |
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