By National Research Council, Division on Earth and Life Studies, Institute of Medicine, National Cancer Policy Board, Committee on Large-Scale Science and Cancer Research, Bruce W. Stillman, Sharyl J. Nass
The character of biomedical examine has been evolving lately. Technological advances that enable you to examine the titanic complexity of organic platforms have resulted in the initiation of initiatives with a bigger scale and scope. in lots of instances, those large-scale analyses could be the best and potent approach to extract practical info from advanced organic systems.Large-Scale Biomedical technology: Exploring thoughts for examine seems to be on the position of those new large-scale tasks within the biomedical sciences. although written by means of the nationwide Academies melanoma coverage Board, this e-book addresses implications of large-scale technology extending some distance past melanoma learn. It additionally identifies hindrances to the implementation of those tasks, and makes suggestions to enhance the method. the last word objective of biomedical learn is to develop wisdom and supply valuable strategies to society. making a choice on the easiest and best strategy for achieving that objective, notwithstanding, is a constant and evolving problem. The strategies awarded in Large-Scale Biomedical technological know-how are meant to facilitate a extra open, inclusive, and in charge method of large-scale biomedical learn, which in flip will maximize development in figuring out and controlling human ailment.
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Additional info for Large-Scale Biomedical Science: Exploring Strategies for Future Research
All rights reserved. edu) for research purposes are copyrighted by the National Academy of Sciences. Distribution, posting, or copying is strictly prohibited without written permission of the NAP. html DEFINING “LARGE-SCALE SCIENCE” IN BIOMEDICAL RESEARCH 27 dents and fellows provide an inexpensive but highly effective labor pool in exchange for training and future career opportunities based on professional recognition for the publications they produce. However, this academic career track may not mesh well with the goals, products, and timeframe of many large-scale projects.
It begins with a summary of the Human Genome Project (HGP), the largest and most visible large-scale science project in biology to date. Many examples are drawn from NCI, in part because NCI has a longer history and more extensive ex-perience with directed, large-scale projects compared to other branches of NIH, and also because a major focus of this report is on cancer research. Several initiatives recently launched by other branches of NIH are described in detail, followed by examples of National Science Foundation (NSF) programs, industry consortia, public–private collaborations, and initiatives sponsored by private foundations.
October 1997 -- Only 3 percent of the human genome is sequenced in finished form by the projected midway point of the 15-year HGP. 1998 -- ABI PRISM 3700 automated sequencing machines enter the laboratory market. May 1998 -- Craig Venter announces formation of a company, later named Celera, to sequence the human genome in 3 years, using the whole genome shotgun approach. May 1998 -- The Wellcome Trust announces that it will double its support for the HGP. May 1998 -- Collins redirects the bulk of available NHGRI funds to three sequencing centers.