biodesignJan04

advertisement
Biodesign at ASU
1
Design Imperatives
• ASU Must Embrace its Cultural, Socioeconomic,
and Physical Setting
• ASU Must Become a Force, and
Not Only a Place
• ASU as Entrepreneur
• Pasteur’s Principle
• A Focus on the Individual
• Intellectual Fusion
• Social Embeddedness
• Global Engagement
2
Arizona Biodesign Institute
bio.de.sign: the creative linkage of
fundamental science and technology
based solutions to confront specific
human challenges.
3
To advance innovations
improving quality of life through
use-inspired, biosystems research
and effective, multidisciplinary
partnerships.
4
•
•
•
•
•
Collaboration
Communication
Integration
Use-inspired
Translation
5
Pasteur’s Quadrant
Research not Inspired by
Considerations of Use
Research Inspired
by a Quest for
Fundamental
Understanding
Research is not
Inspired by a
Quest for
Fundamental
Understanding
I.
Pure Basic
Research
IV.
Research Inspired by
Considerations of Use
II.
Use Inspired
Basic
Research
III.
Purely
Applied
Research
6
Nanotechnology
Biotechnology
Biologics &
Pharmaceuticals
Nano-scale
Biosystems & Devices
Information
Technology
Neural Interface &
Rehabilitation Therapies
Genomics &
Bioinformatics
7
Institute Director George Poste
Leading Scientist
•
•
•
•
DVM and Ph.D. Virology
> 350 publications
Fellow of the Royal Society
Honorary Doctorate in Science
CTO and President R&D
SmithKline Beecham
• Brought 29 drugs to market
• Introduced genomics as discovery tool
to pharmaceutical industry
Policy Expert
• NAS working group on non-proliferation of Bioweapons
• Chair DoD Task Force on Bioterrrorism
• Honorary Doctorate in Law
8
Research & Design Centers
• Focused on defined problems of
major importance
• Networked to multiple departments,
colleges, and external institutions
• Structured to be flexible and
adaptive
9
Biologics and Pharmaceuticals
• Production of Vaccines
from Applied Crop
Science
Charles Arntzen, Director
• Protein and Peptide
Pharmaceuticals
Colleen Brophy, Director
10
Nano-scale Biosystems
and Devices
Bio-Optical Nanotechnologies
Neal Woodbury, Director
Single Molecule Biophysics
Stuart Lindsay, Director
Applied NanoBioscience
Frederic Zenhausern, Director
11
Neural Interface and
Rehabilitation Therapies
Neural Interface and
Brain Control
Jiping He, Director
Rehabilitation Neuroscience/
Rehabilitation Engineering
James Abbas, Ranu Jung,
Directors
12
Genomics and Bioinformatics
• Evolutionary Functional
Genomics
Sudhir Kumar, Director
• Experimental Genomics
Jeff Touchman, Director
13
Arizona Biodesign Institute
Phase 1 - 170,000 sq. ft.
 State-of-the-art: research only; for
biosciences, IT, nanotech labs
 Communication & Collaborative: open
architecture, shared interdisciplinary labs
 Flexible: reconfigurable project-based
space
 Serve as a Hub: prime location, access
14
Phase I - 170,000 sq. ft.
15
Phase I
Phase II
Phase III
16
17
ASU School of Life Sciences
Expanding: 75-100 faculty over the next 5 years
Enhancing Intellectual Fusion: Reorganizing
for agility and creating a more horizontally
integrated structure
•
•
•
•
•
Biology
Microbiology
Plant Biology
Clinical Laboratory Sciences Program
Molecular Biosciences/Biotechnology
Program
18
ASU School of Life Sciences
Laboratories and Facilities
• DNA Laboratory
• Goldwater Environmental Laboratory
• W.M. Keck BioImaging Laboratory
• Electron Microscopy Facility
• ASU Lichen Herbarium
• Vascular Plant Herbarium
Research Support
• Life Sciences Computer Support Cluster
• Life Sciences Visualization Lab
Outreach
• Ask a Biologist
• Ecology Explorers
19
NSF IGERT in Musculoskeletal and Neural
Adaptation in Form and Function
• 13 co-investigators
– BME, Physics, Anthropology, Exercise
Science, Math, Bio
– SSERC, PRISM, Institute of Human
Origins
• In partnership with Barrows
Neurological Institute, Good
Samaritan Medical Center,
Mayo Clinic, Scottsdale
Medical Imaging
20
NSF IGERT in Optical BioMolecular Devices
Biomimetics
Cellular and molecular
biology
Biology of light-mediated
processes
Light-interactive
materials
Invention and engineering of new materials, processes and devices
Biomedical
Technology
Biomolecular
Devices
Light
Activated
Processes
Molecular
Machines
Novel
Materials
Molecular
Electronics
21
• CAP LTER is one of only 2 urban
sites in NSF’s network of 24 LTER
sites
• 60 faculty members, 90 grad
students, 15 postdocs, 67 undergrads, 85 K-12 teachers, and over
40 community partners are
engaged in this research
• Original $4.2 million in funding has
been leveraged to $18.5 million
22
ASU Center for the Study of Law,
Science & Technology
Executive Director: Gary Marchant, Ph.D.
• Oldest and largest academic center in the
nation studying the law’s interaction with
science and technology
• Established in 1984
• 17 Faculty Fellows with expertise in law,
science and technology
– focus on legal and policy issues relating to
genomic technologies, intellectual property,
privacy, bioethics, GM foods, digital copyright,
e-commerce, antitrust, environmental
regulation, public health, forensic sciences,
scientific evidence, nanotechnology,
telecommunications, human behavior, and
family law.
23
Research Investment Strategy
Bioscience &
Biotechnolo
gy
(301)
Nanoscience
&
Technology
(301)
Stress/
Neuroendrocrine
Environment
Earth / Space
Science
Social
Science &
Public Policy
Humanities
Arts
Education
(301)
International
Digital Library
Arts, Media &
Engineering
(AME)
CRESMET
Arizona Biodesign Institute
Institute for
Comp/Info
S&E
Astrobiology
Health and
Disability
Policy
Competitive
Grants
Program
Biogeochemistry
American
Indian Health
Initiative
Law, Science
& Technology
Planetary
Missions
Prevention
Intervention
Wireless Nanotechnology Center (WINTECH)
Nanoelectronics
Embedded
Systems
(CEINT)
Homeland Security Institute
Animal Care
Manufacturing
(301)
Rapidly
Urbanizing
Regions /
Environments
School of Life
Sciences
Bioengineering
Information
Science &
Technology
(301)
CSSER /
CSSS
Supply Chain
Integration
Morrison
Institute
ITAC
Religion and
Conflict
Museum Project
Supercomputer
24
Technopolis
Mission: Encourage innovation in Greater Phoenix by
providing local entrepreneurs with the entrepreneurial
education and hands-on business development
assistance necessary to convert their ideas into
commercially viable businesses.
• Entrepreneurial education
• Product development assistance
• Business infrastructure development and
management assistance
• Proof-of-concept capital formation
• Revenue development assistance
25
Arizona Technology Enterprises
Technology
bundling with
other
institutions
Contingencybased
Outlicensing
firms
Partner with
Corporate
spinouts
Utilize Web-based
IP Exchanges
(Yetz.com)
Utilize University
website
Arizona
Technology
Enterprises,
LLC
Create
University based
start-ups
General
solicitations to
market players
Utilize Industry
specific
consultants &
brokers
Leverage Industry
relationships
Leverage clients of VC
funds, investment
banks & lawfirms
26
Download