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bbc consulting partners
Through its Consulting Partners Program, BBC offers a wider breadth of services to its client companies and institutions. From pharmaceuticals and chemical engineering to clinical research and research management, BBC’s impressive team of outside experts helps meet our clients’ specific needs.

 

Sumer Pek, MD
Basic and Clinical Research, Grant Review at the National Level, Bioethics
David Jackson, PhD
Biotechnology R&D & Management
David Herzig, PhD
Pharmaceutical R&D & Licensing
Thomas Borton, PhD
Environmental Sciences, Non-NIH Federal Funding
Gerald Roston, PhD
Electrical Engineering, Robotics and Medical Devices
Tayfun Ozdemir, PhD
DoD Funding

 

Sumer Belbez Pek, M.D.
Sumer Belbez Pek, M.D. Professor of Internal Medicine, Division of Endocrinology & Metabolism at the University of Michigan Medical School in Ann Arbor, Michigan, acts as a biomedical scientific consultant to the BBC. He is a graduate of the University of Munich Medical School in Germany. He received training in Internal Medicine and in Endocrinology & Metabolism at the University of Michigan. He is certified by the American Board of Internal Medicine in the specialty of Internal Medicine and in the subspecialty of Endocrinology & Metabolism; his clinical practice includes the broad field of endocrinology and diabetes. He has extensive basic and clinical research experience, culminating in more than 100 scientific publications in peer-reviewed journals. For over thirty years, his research has been funded by the National Institutes of Health (NIH), various foundations and the pharmaceutical industry.

He is internationally recognized as a researcher on signal transduction in the endocrine pancreas and on cellular biology of pancreatic islet hormone synthesis and secretion. He is the recipient of 1996 Scientific Achievement Award of the National Academy of Sciences of the Turkish republic. He is one of the founders of the NIH-funded Michigan Diabetes Research & Training Center at the University of Michigan. He has been a member of the Metabolism Study Section of the National Institutes of Health for many years, as well as of scientific review boards of various foundations. He has served on the editorial boards of numerous prestigious scientific journals, and as an editor of Endocrinology, a journal of the Endocrine Society. He has assisted the pharmaceutical industry in the design of clinical drug trials and has acted as the safety monitor for drug trials.

For many years, he has been actively involved in human research subject protection, and has been a member and more recently the chairman of the Institutional Review Board for Human Subject Research of the University of Michigan Medical School.

David A. Jackson, Ph.D.
During Dr. Jackson’s 30 years of working in the Life Sciences, he has been an Assistant and Associate Professor at the University of Michigan Medical School, head of research and development at three biotechnology companies, one of which he helped found, and head of drug discovery in the areas of infectious diseases, cancer, and molecular biology for DuPont (later the DuPont Merck Pharmaceutical Company) for 10 years. During his tenure at DuPont Merck, Dr. Jackson also headed the team that was responsible for development of anti-HIV drugs. This included Sustiva®, one of the world’s top-selling anti-HIV drugs.

Dr. Jackson received an A.B. from Harvard and a Ph.D. from Stanford in molecular biology. As a post-doctoral fellow with Professor Paul Berg at Stanford, he was involved in the early development of recombinant DNA technology and is the first author on the first paper published on this important technology.

In addition to Dr. Jackson’s research and development management activities, he has also had substantial responsibility for business and corporate development activities. He was a principal spokesperson for the corporate financing activities of each of the three biotechnology companies where he was employed. These activities, involving both public and private stock offerings and the establishment of joint ventures, raised approximately $98 million. While at DuPont and DuPont Merck, he played a central role in establishing four joint ventures and technology-based partnerships, and served on the Board of Directors or management committee of each. He also served on the Board of Directors of the Industrial Biotechnology Association, the predecessor of BIO.

Dr. Jackson has a long-standing interest in the public policy implications of developments in biotechnology. He has testified on issues relating to biotechnology at hearings of the U. S. Senate and House of Representatives and is co-editor of the book The Recombinant DNA Debate.

David J. Herzig, Ph.D.
Dr. Herzig served for more than 30 years with Parke-Davis Pharmaceutical Research Division of Warner-Lambert Co. During this time, he was responsible for research in immunopharmacology, including the development of new drugs for treating allergies, asthma, arthritis and other immune diseases.

Dr. Herzig was also responsible for the identification, evaluation and licensing of compounds for Warner-Lambert to acquire for development on a worldwide basis. He maintained regular contact with all of the major European and Japanese research-based pharmaceutical companies. He was responsible for acquiring several compounds, including Rezulin and zenarestat.

As vice president of drug development and scientific development—a position he held from 1994 until he retired in 1999—Dr. Herzig was responsible for all aspects of development, registration and preparation for launch of drugs for diabetes, hormonal therapies and women’s healthcare. To this end, he headed the teams for Rezulin development for Type 2 diabetes, zenarestat for diabetic neuropathy, and FemHRT for postmenopausal therapy.

Dr. Herzig is a well-known expert in immunopharmacology and has given invited lectures across the country. He is a member of the Board of Directors of the Michigan Biotechnology Institute and a past board member of the Metropolitan Center for High Technology and Michigan Biotechnology Association, of which he is a founding member and past president.

Thomas Borton, Ph.D.
Dr. Borton has 39 years of experience with developing innovative programs in areas ranging across environmental science, energy development, transportation technology, computer systems applications, and urban problems. He has served on the teaching and research faculties at both The University of Michigan and Michigan State University. He currently is working with Department of Energy and State of Michigan programs to improve industrial energy and manufacturing processes, as well as advancements in the areas of intelligent transportation systems (vehicular and infrastructure), key areas in the next stage of change in both transportation and security technologies. Dr. Borton is currently President of the consulting firm, Thomas Borton Associates, Inc.

Dr. Borton has worked extensively with the Small Business Innovative Research (SBIR), Advanced Technology Program (ATP) and Broad Agency Announcement programs offered by the federal government, as well as special programs under the Department of Energy, National Science Foundation, Environmental Protection Agency, Department of Defense and Department of Transportation. He served as a consultant to and director of energy and environmental programs for MERRA, a 501 C3 Michigan organization of state government, universities, utility companies and private industry aimed at bringing research, development and deployment of technology to Michigan. In these efforts, he worked extensively with programs such as the national SBIR program (11 federal agencies), the ATP, the Inventions & Innovations program (US DOE), and the National Industrial Competitiveness Through Energy, Environment, & Economics program (US DOE).

Dr. Borton developed and manages the Michigan Industries of the Future Program as a contractor with the Energy Office, Michigan Department of Labor and Economic Growth. This includes technology innovation road-mapping activities with the foundry and forging industries, and joint efforts with the National Center for Manufacturing Sciences working with the steel, heat-treating, and forging industry. He is also the incoming President of ITS Michigan, a 501 C3 public-private partnership (automotive OEMs and suppliers, transportation organizations, consulting and planning organizations) organized in the mid-1990’s to help advance development and applications of intelligent transportation system (ITS) technologies in Michigan.

He holds his Ph.D. in Environmental Sciences and Planning from the University of Michigan. Other degrees that he holds include a M.S. in Environmental Health Sciences from the University of Michigan, a Master of Urban Planning from Michigan State University, and a B.S. in Urban Planning, also from MSU. Dr. Borton also currently serves on the Board of the Technology Research Corporation, a subsidiary of the National Center for Manufacturing Sciences.

Gerald Roston, Ph.D.
Dr. Roston’s recent professional activities have focused on helping start-up companies succeed by working closely with them to develop technology, product and business roadmaps. He is currently serving as the president for a company developing novel upper extremity prosthetics devices and the means for their control; as the general manager for a company developing a fully fiber-integrated, mid-infrared light source for military and telecommunications applications; and as a technology consultant for Ann Arbor SPARK.

His competency in these roles sources from his two decades of technical and corporate experience leading cross-functional product development efforts. In previous jobs, he led the development of a computer-controlled hand exoskeleton (joint effort with a leading hand hospital); managed the development of advanced signal processing software for use in mass-marketed digital audio products; designed and implemented a distributed machine-tool control system that complies with industrial interoperability standards; served as the technical program manager for an emissions control program that successfully redesigned a line of locomotive products to meet EPA regulations; and invented and patented a variety of robotic and automation products and technologies.

Dr. Roston’s doctoral research at Carnegie Mellon University focused on meta-design methodologies, specifically the use of genetic programming-like techniques to design real world artifacts. While working towards his Ph.D., Dr. Roston lead a team of Robotics Institute researchers that conceptualized and prototyped a novel integrated lunar lander/rover under grants from NASA, LLNL and MDSSC.

Dr. Roston started his professional career at NASA’s Jet Propulsion Laboratory. Projects to which he contributed include implementing robot arm calibration methods (which were applied to one the very first robot-assisted surgical procedures), and building the robot on which Sojurner’s (NASA’s Mars exploration robot) software was developed.

Dr. Roston is the Vice President of Programs for the New Enterprise Forum (an Ann Arbor organization that assists technology-focused start-ups), sits on the NIH Clinical Neurophysiology, Devices and Neuroprosthetics SBIR/STTR Study Section, has more than two dozen publications, and three patents (with several pending).



Tayfun Özdemir, Ph.D.
Dr. Özdemir has received his Ph.D. in Electrical Engineering from the University of Michigan in 1998 with specialization in Electromagnetics. During his graduate studies, Dr. Özdemir carried out research in numerical electromagnetic modeling, antenna design, mine detection, and ultrasound and microwave imaging. For the next 4.5 years, he worked as a Sr. Research Engineer and later as a Group Manager at EMAG Technologies Inc. in charge of developing software for antenna and microwave circuit design. In 2002, Dr. Özdemir founded VisualEM Corporation, where he currently carries out research and development activities funded through SBIR contracts from the Department of Defense (DoD.) He has six years of experience in obtaining and managing SBIR contracts dealing with antenna design and optimization, antenna miniaturization, and micro-electromechanical systems (MEMS.)

The research and development work Dr. Özdemir has led at VisualEM has applications in the automotive industry. Automobile design process is changing dramatically as more electronics is incorporated into the architecture. There is strong push toward short-range wireless connections for eliminating wires for flexibility in design and cutting costs. Dr. Özdemir is directing research and development work involving development of virtual design environments where such wireless devices can be modeled and tested in the “virtual automobile” before their actual deployment. This ensures that the device performs as expected when built and deployed, and eliminates costly design modifications.

 
 
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