...disease,...proteins ...DNA ...HIV The Research If we want to develop efficient products that inhibit multiplication of the virus we need a good understanding of the various stages of the virus ...
53m 40s |
6 months ago
Athena Web
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Descartes Prize
Framework Programmes for Research and Technological Development
...DNA ...HIV ...DNA ...Disease Control and Prevention. The Boulder scientists hope to make the process even faster by amplifying the telltale fluorescent signal, thereby shortening the test to as ...
...HIV ...engineering ...disease just being the lab, or by doing clinical research. Its now time to build functioning health care systems everywhere in the world. ABOUT THE SPEAKER: Jim ...
49m 14s |
10 months ago
MIT World
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Bill Nye and the Discovery Channel give you the greatest discoveries in science. Host Bill Nye explores the most significant medical discoveries about the human body, from 1538 until the 1980s. From ...
9m 21s |
2 months ago
YouTube
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...diseases ...Engineering, and the Institute of Medicine, National Academy of Science in the United States. Ho served on the Board of Overseers of Harvard University, and he currently sits on the ...
1h 8m 2s |
2 years ago
MIT World
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Out of a world population of 6 billion, 57 million people die each year. And while we have gained 20 years in life expectancy since World War 2, diseases like HIV have taken a toll on morbidity in many developing nations. But according to Rick Young, the global disease burden is much larger than the number of deaths. Countless millions suffer from cardiopulmonary diseases, cancer, and malaria, to name but a few, at a nearly incalculable cost to their families and society. Youngs mission is to attack the problem of global disease at the genetic level: hes hunting for specific proteins that can turn the genetic machinery of diseases on, or off. These gene regulators can be knocked out of whack by a virus like HIV or by a mutation that results in a disease like mature onset diabetes. Youngs group has developed a DNA microarray technology that helps them link gene regulators to their corresponding genes. Theyve worked out the connections in yeast, and theyre targeting the human genome next. Youngs ultimate goal: By continuing to focus on your 2000 gene regulators, we could eventually develop great insights into how organ systems work (And) in all instances where disease is associated with misregulation, we could develop new strategies for drug development based on that. ABOUT THE SPEAKER: Richard A. Young is a pioneer in gene transcription, the process by which cells read and interpret the genetic instructions embedded in DNA. His labs achievements include novel AIDS vaccine candidates and new approaches to drug-resistant tuberculosis. Young received his Ph.D. in molecular biophysics and biochemistry from Yale University in 1979. He has been director of the National Cooperative Vaccine Development Group for AIDS at the Whitehead Institute and has served on several international committees for the World Health Organization. He received the Burroughs Wellcome Scholar Award in 1987 and the Chiron Corporation Biotechnology Research Award from the American Society for Microbiology in 1994. Young was elected a fellow of the American Academy of Microbiology in 1994, and a charter fellow of the Molecular Medicine Society in 1995. Young's lab at Whitehead Young lab publications NOTES ON THE VIDEO (Time Index): Video length is 1:00:23 John Pratt, Associate Director of the Whitehead Institute, introduces Young. Q&A begins at 53:15. Whitehead Institute of Biomedical Research Whitehead Institute Home Page The information on this page was accurate as of the day the video was added to MIT World. This video was added to MIT World on 2004-06-07.
1h 0m 23s |
4 years ago
MIT World
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