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Our research is in the field of tissue engineering. Broadly defined, tissue
engineering is the process of creating living, physiological,
3D tissues and organs. The process starts with a source of
cells derived from a patient or from a donor. The cells may
be immature cells, in the stem cell stage, or cells that
are already capable of carrying out tissue functions; often,
a mixture of cell types (e.g., liver cells and blood vessel
cells) and cell maturity levels are needed. Coaxing cells
to form tissue is inherently an engineering process, as they
need physical support (typically in the form of some sort of 3D scaffold)
as well as chemical and mechanical signals provided at appropriate times
and places to form the intricate hierarchical structures that characterize
native tissue. more |
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Linda Griffith, Ph.D.
Professor of Biological and Mechanical Engineering
Director, MIT Biotechnology Process Engineering
Center
Chair, MIT Biological
Engineering Undergraduate
Programs Committee
Mailing Address:
MIT 16-429
77 Massachusetts Ave.
Cambridge, MA 02139 |
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Phone and Fax: 617-253-0013 |
| Fax: 617-253-2400 |
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Email: griff@mit.edu |
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