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Component
Three |
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Home
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Tissue
Engineering Lab at the University of Illinois in Chicago (UIC) |
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Component One
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Department
of Orthodontics in the College of Dentistry |
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Component Two
Component
Three
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This
program offers training opportunities in Stem Cell research and Tissue
Engineering. Students from the undergraduate to postdoctoral levels can
receive education and participate in research related to Tissue
Engineering. It is an interdisciplinary program typically enrolling
honor's college majors in Biology, most disciplines of Engineering,
Anthropology, Medicine, and Dentistry. |
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Team Profile
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Group
in Skeletal Development and Remodeling |
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Faculty
of Medicine and Dentistry |
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Assessment
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This
is an interdisciplinary program at the graduate and postgraduate level.
The group is part of a larger program on basic, applied, and clinical
research in musculoskeletal health at The University of Western Ontario. |
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New
Engineering Degree Program |
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Forecast of the
workforce |
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"More than 20 million people in the United States have the disease. By 2030,
20 percent of Americans--about 70 million people--will have passed their
65th birthday and will be at risk for osteoarthritis" (Handout on
Health:Osteoarthritis - Who has
osteoarthritis).
Based on the information above, and doing a simple regression analysis,
we are able to estimate that about 33 million people would be suffering
from osteoarthritis by 2009. Let's say that our new product becomes a
breakthrough, and we are able to capture 50% of the market. The other
competing products, given their problems as mentioned in this project, are
still able to overcome some of their difficulties and they now share the
remaining 50% of the market. With those assumptions, we would still
be responsible in treating about 17 million people with our novel approach
to cartilage regeneration. Assuming that a typical patient would need 30
cubic centimeters of the cartilage, about 18000 cubic feet would be
needed by 2009.
Hypothetically, a typical laboratory manufacturing our product
can meet the demand of 100 cubic feet of cartilage in a year. That
leaves us with the need to establish 180 of such labs throughout the
United States. With a staff including scientists and lab technicians of
about 20 people working in a typical lab, our estimates lead us to
conclude that 3600 new jobs for tissue engineers and lab technicians would
become available.
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