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Tulane Engineering Forum |
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Shi-Ping Hsu
Dr. Shi-Ping Hsu is the Vice President of Technology and Business Development at Paracel,
a business unit of Celera Genomics. At Celera, Dr. Hsu is developing high throughput
analysis tools to expedite the mapping of human genome. The analysis tools involve
special hardware that performs dynamic programming one thousand times faster than a
Pentium processor. Dr. Hsu is also involved in the Celera Discovery System, and
Internet portal that delivers the human genome and related services to customers,
and eventually to consumers.
Prior to Celera, Dr. Hsu was a Technical Fellow at TRW's Systems and Information
Technology Group. He was also an Engineering and Manufacturing Fellow at TRW Automotive.
As a Fellow in two sectors of REW, Dr. Hsu initiated a few information technology programs
for TRW including fingerprint technology for consumer applications, automotive communications
systems, and voice recognition technology for commercial applications.
Prior to TRW, Dr. Hsu worked at XEROX Corp. where he developed technologies for reprographic
machines.
Dr. Hsu received his Ph. D. in Electrical Engineering from the California Institute of
Technology in 1979 and his B.S. in Physics from the National Taiwan University in 1973.
Presentation Topic:
From Human Genome to Personalized Medicine
By Shi-Ping Hsu
Summary
The large human genome sequencing efforts have caused a lot of excitement and
controversy recently. What is the goal of these efforts? One of the biggest
benefits will be personalized medicine. It is to transform medicine from today's
symptomatic approach to a molecular approach, customizing medicine to each patient,
thus increasing efficacy and safety.
It is a long, hard road ahead of us. The human genome sequences only help us reach
the starting line. There will be a lot of research and development efforts in
genomics, proteomics, and drug discovery to get us there. Computer and Web
technology will play a key role in this process. This talk will present some
of the examples of bioinformatics - a new field that combines computing and
biology. Web portal will be one of the major distribution channels for these
information.
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