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The Ballelle Institute's unique sludy estimated the number of cases and deaths that will occur in the next 10 to 25 years from five diseases (cardiovascular disease, cancer, artheritis, Alzheimer's disease, and HIV disease), taking into account demographic changes. The study then used experi forecasting 10 project the impact that lifestyle changes and medical advances will have on rates of death and disease and then it projects the resulting economic benefits.
The study found that over the next two decades, if advances in biomedical research are made as expected, the number of lives saved will increase dramatically and the number suffering from disabling disease will diminish significantly. For example, the study found that in the next 25 years, pharmacological intervention alone would result in a total of 150,000 prevented cases and 662,000 avoided deaths from lung cancer, colorectal cancer and leukemia; and a decrease of 2.1 million cases of both forms of arthritis. In addition, in the year 2015, there will be 439,000 fewer people with Alzheimer's disease needing nursing and home care. The study found for the diseases investigated that research has the potential of avoiding hundreds of billions of dollars in productivity losses over the next quarter century.
To achieve these and additional savings for other diseases, we must take advantage of the research opportunities that are available. Unfortunately, the success rate for research funding proposals has dropped so low that many outstanding scientific opportunities are going unexplored. It is imperative that the Subcommittee support actions to increase the success rate for investigator-initiated research project grants applications.
Although forecasting future biomedical advances is problematic, it is clear that funds appropriated 10 NIH and ADAMHA will more than pay for themselves. Your strong support for the critical research being conducted through NIH and ADAMHA investigatorinitiated research project grants will save thousands of lives and save billions of dollars. It's an investment worth making.
In addition to supporting investigator-initiated research project grants we also urge your support for the Biomedical Research Support Grant (BRSG) program. The BRSG program is widely recognized as a prime source of support for innovative research ideas that are in the early stages of development. In addition to funding pilot studies, BRSG funds may provide temporary funding for research groups that are in transition. This type of support gives continuity 10 research projects and helps prevent expensive shutdown and startup operations. Last year, Congress appropriated $22.3 million for the BRSG program. We strongly urge you to restore the program to the fiscal year 1989 funding level of $55 million. This is a wise investment that helps stretch the value of investigator-initiated research project grants.
Lastly, we urge the Subcommittee 10 strongly support the training programs at both NIH and ADAMHA. The continued excellence of the nation's biomedical research enterprise is critically dependent on the vitality of NIH and ADAMHA's training grant programs. Increased opportunities in the pharmaceutical and biotechnology industries, The rapid aging of academic scientific faculty and the need to recruit more women and minorities into science demand that NIH and ADAMHA's training efforts be strengthened.
Providing strong financial support for biomedical research is a sound investment in America's future. We urge the Subcommittee 10 continue America's strong commitment to biomedical research. To do less than our best is unacceptable. Our nation can afford to do more. It is up to the Subcommittee to meet the challenge.
Senator ADAMS. Thank you very much, Doctor. I agree with your conclusion that we have an epidemic in the AIDS area that may overwhelm some of our major cities' hospitals and particularly their emergency and entry rooms.
As you know, last year we were able in this committee to save the Biological Research Support Grant Program. I regret to inform you that it has been zeroed out by the administration again. We will try again, and I think we will use your health shield comment. Maybe we can break through and get it, but I wanted you to know that that is a problem. We will try to get it back again, but it is gone for now.
Thank you very much for your testimony. We appreciated it very much.
Dr. VESELL. Thank you, Senator, for the opportunity.
STATEMENT OF DR. PAMELA J. BRIDGEN, EXECUTIVE DIRECTOR, AS
SOCIATION OF BIOTECHNOLOGY COMPANIES Senator ADAMS. Our next witness is Dr. Pamela J. Bridgen, executive director of the Association of Biotechnology Companies.
Dr. Bridgen, welcome to the committee.
Dr. BRIDGEN. Thank you. I am Pamela Bridgen. I am executive director of the Association of Biotechnology Companies where a trade
Senator ADAMS. Did you have a prepared statement?
Dr. BRIDGEN. I believe we have already submitted that, and I would like to request that that be placed in the record.
Senator ADAMS. I do not seem to have a copy here, but without objection your full statement will appear in the record as though given.
I have found it now. Thank you. Please proceed. We will not count that against your time.
Dr. BRIDGEN. Thank you.
The Association of Biotechnology Companies is a not-for-profit trade association that represents over 250 companies and other organizations that are interested in the promotion and development of biotechnology worldwide. I thank you for the opportunity to testify here today on behalf of ABC, and I would like to thank you for your support of biomedical research over the past decade.
ABC urges your continued support in fiscal year 1992. Biotechnology is one of the few bright spots in the troubled economy of the United States in the early 1990's. For the first time last year we reached sales of almost $2 billion, and the Department of Commerce is predicting sales of around $40 billion by the turn of the century.
We have developed products like erythropoietin, human growth hormone, insulin, and interferon that have had a major impact on the health of some of the U.S. citizens among human health care. There are many, many more products in the pipeline, and these are all going to accrue to the benefit of the U.S. public. Most of these products have been derived as a result of basic research that is being funded by the National Institutes of Health,
In the last year alone, we have learned of the genetic bases of some major diseases such as cystic fibrosis and muscular dystrophy, and we have seen the first gene therapy experiments for severe immunodeficiency syndrome and for melanoma.
In view of such advances, ABC respectfully requests the subcommittee support the recommendation of the ad hoc group for medical research for funding of $9.77 billion. Although this is $995 million above the President's budget request, we believe that it is important to maintain the long-term competitiveness of the U.S. biotechnology industry and the benefits in terms of health care products, in terms of new investment, and in terms of new jobs in the United States. We would like to urge you to support this funding for the benefit not only of the health of U.S. citizens but for the benefit of the health of the
economy. I would be happy to answer any questions you may have. [The statement follows:
STATEMENT OF DR. PAMELA J. BRIDGEN
Thank you Mr. Chairman. My name is Pamela Bridgen and I am Executive Director of the Association of Biotechnology Companies (ABC). ABC is a not-for-profit trade association with over 250 members consisting of: biotechnology and pharmaceutical companies; academic and state biotechnology centers; not-for-profit and government-affiliated entities; and, other organizations interested in biotechnology. ABC was founded to represent the unique and diverse interests, both business and scientific, of small biotechnology companies. I would like to request that my written statement be placed in the record.
I thank the Chair and the Members of this Subcommittee for this opportunity to testify, well as
your support of biomedical research programs over the past decade. ABC urges this Subcommittee to continue its record of support for biomedical research in FY 92. In our view, increased Federal support for the NIH research and training is one of the most worthwhile investments of Federal dollars that you could possibly make with its benefits ranging from discovery of new treatments for diseases, to creation of new jobs and businesses through its technology transfer programs.
Biotechnology represents one of the few bright areas in the troubled U.S. economy of the early 1990s both in terms of its benefits to the economy and its direct benefits for our citizens. In 1990, sales of biotechnology products reached $1 billion for the first time and are projected to reach $2 billion by 1992.
By the mid-90s, product sales of biotechnology could reach $4 billion and will still be growing. Some estimates from the Department of Commerce suggest
that U.S. biotechnology sales will reach $40 billion by the year 2000.
Furthermore, biotechnology products like recombinant human insulin, human growth hormone, tissue plasminogen activator, and erythropoietin are making a major impact on human health care in our cour.try and around the world. These landmark biotechnology products, and scores of their successors
in the product development pipeline, have largely been the result of American scientific ingenuity and American biotechnology innovation. In fact, most (all?) biotechnology developments have derived from basic medical research supported by NIH.
within the last year alone, we have seen several exciting developments reported
result of NIH-supported molecular genetics research. This year, scientists began the first efforts to provide gene therapy to human beings the first in a young child with severe combined immunodeficiency syndrome. A second group of experiments is underway to treat cancer patients with advanced melanoma. We also learned of the genetic basis for cystic fibrosis, Duchenne's muscular dystrophy, and neurofibromatosis. Finally, over 1000 drugs and biologics for cancer, AIDS, and other conditions produced using the techniques of biotechnology are currently in clinical trials.
NIH also plays a critical role in transferring science to the marketplace. Through its basic research and, subsequently, its technology transfer
the NIH identifies and widely disseminates novel scientific findings to the biotechnology community. The technology transfer policies of the NIH, developed under the Technology Transfer Act of 1986, encourage joint research and development among universities, the private sector, and public research institutions, including federally-owned and operated laboratories. As of March 27, 1991, NIH had 115 Cooperative Research and Development Agreements (CRADAS) in place and 40 were in the process of negotiation, a superior record of accomplishment with respect to
the implementation of its technology transfer program. ABC urges this Subcommittee to recognize and encourage NIH's ongoing efforts in this vital area.
ABC respectfully requests that this Subcommittee support the recommendation of the Ad Hoc Group for Medical Research for an NIH appropriation of $9.770 billion. This request is $995 million above the 1992 President's Budget Request. We believe that it is critical to address the funding shortfalls in the Budget Request. Specifically, this level of funding would provide for the following:
Funding for 33% of the approved research project grants
number of centers is scientifically unwise. Funds to support 12,586 research trainees as recommended by the National Academy of Sciences.
These objectives are critical to maintaining the long-term health of the U.S. biomedical research infrastructure and the competitiveness of the U.S. biotechnology industry.
According to the Report National Biotechnology Policy released in February 1991 by
the President's Council Competitiveness, "Federal research programs should continue to have increased support for basic sciences the top priority." The report also emphasizes the need for the Federal government to facilitate the training of scientists and engineers, including those in the biotechnology field, and endorses programs providing multi-disciplinary training, such as through biotechnology centers, and the training of women and minorities. ABC concurs with these recommendations and urges the Subcommittee to support our funding recommendation for NIH.
Funding at the level recommended by the Ad Hoc Group would allow the National Center for Human Genome Research (NCHGR) to expand its activities. Critical areas of research for the Center include physical mapping of the genome, genetic linkage mapping, DNA sequencing and
technology development, mapping of model organisms, as well important research and analysis of the ethical, legal, and social ramifications of the Human Genome Project. We are gratified by the Congress's recognition of the potential of human genetic research
and strongly support continued and expanded research in this area.
In conclusion, ABC would like to reiterate our thanks for this Subcommittee's longstanding support of medical research. However, we believe that it is important that you keep in mind several important facts about the current situation facing NIH and the medical research community today. First, due to recent scientific accomplishments in the
of molecular biology and genetic engineering, the opportunities that currently exist in medical research are broader and more exciting than they have ever been.
In addition, ABC urges you to remember the potential of human genetic research and to recognize the promise that it holds for improving the lives of millions of Americans affected by disease or disability associated with genetic factors. These certainly include people affected by the recognized genetic diseases, like cystic fibrosis and sickle-cell anemia, but also for persons with genetic predispositions to conditions like diabetes and
Finally, ABC requests that you recognize
important economic spin-offs of NIH-funded research. In addition to the health benefits that can be provided by new biotechnology products, basic NIH research can make other contributions to a healthy U.S. economy when new technologies spawn new investment and jobs in the biotechnology industry.
I would be pleased to
Thank you for your time. questions that you may have.