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Engineering Vascular Cell Function using Nanoscale Cues
Sponsored by
Biomedical Engineering Society
and the Microcirculatory Society
Monday, April 30 — 3:15-5:15 PM
Washington, DC Convention Center — Room 154A
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| Chaired: |
Brian P. Helmke, Univ. of Virginia
Richard J. Price, Univ. of Virginia |
Recent advances in molecular bioengineering and
nanopatterning technologies enable the design of novel biomaterials to
guide wound healing and morphogenesis. A grand challenge in the field
remains how to engineer microvascular development to support tissue
self-assembly.
In this symposium, pioneers at the frontier of biomaterials micro- and
nanofabrication will discuss mechanisms by which nanoscale cues in the
microenvironment determine cell functions that guide angiogenesis and
microvascular network formation.
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3:15 PM |
Controlling cardiovascular microenvironments at the micro and
nanoscale.
Kam Leong, Duke Univ.
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3:45 PM |
Grooved surfaces to direct endothelial cell spreading and migration
on vascular templates.
Russell J. Composto, Univ. of Pennsylvania
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4:15 PM |
Engineering functional microvessels in vitro.
Joe Tien, Boston Univ.
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4:45 PM |
Branching from engineered tubes.
Celeste M. Nelson, Lawrence Berkely Natl. Lab.
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