Suggs Lab: Difference between revisions

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Our lab is primarily interested in the development of biologically active materials and their use and behavior in cardiovascular tissue engineering. It is important to understand molecular and cellular mechanisms during processes such as vasculogenesis as well as the structure of both natural and synthetic polymers and their effect on living tissues. With this fundamental knowledge base, biomaterials can be designed to mimic naturally occurring structures found in the supporting extracellular matrix.
Our lab is primarily interested in the development of biologically active materials  
 
and their use and behavior in cardiovascular tissue engineering. It is important to  
We utilize a number of techniques including polymer synthesis and characterization using traditional wet chemistry techniques as well as various biochemical analysis techniques. We culture bone marrow stem cells and evaluate differentiated phenotype and function using immunohistochemistry and PCR. Our lab is also working on developing in vitro models of vascularization based on coronary vessel development during embryogenesis.
understand molecular and cellular mechanisms during processes such as vasculogenesis  
as well as the structure of both natural and synthetic polymers and their effect on  
living tissues. With this fundamental knowledge base, biomaterials can be designed  
to mimic naturally occurring structures found in the supporting extracellular matrix.<br>
We utilize a number of techniques including polymer synthesis and characterization  
using traditional wet chemistry techniques as well as various biochemical analysis  
techniques. We culture bone marrow stem cells and evaluate differentiated phenotype  
and function using immunohistochemistry and PCR. Our lab is also working on developing  
in vitro models of vascularization based on coronary vessel development during  
embryogenesis.


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Revision as of 20:56, 8 September 2005

Our lab is primarily interested in the development of biologically active materials 
and their use and behavior in cardiovascular tissue engineering. It is important to 
understand molecular and cellular mechanisms during processes such as vasculogenesis 
as well as the structure of both natural and synthetic polymers and their effect on 
living tissues. With this fundamental knowledge base, biomaterials can be designed 
to mimic naturally occurring structures found in the supporting extracellular matrix.
We utilize a number of techniques including polymer synthesis and characterization using traditional wet chemistry techniques as well as various biochemical analysis techniques. We culture bone marrow stem cells and evaluate differentiated phenotype and function using immunohistochemistry and PCR. Our lab is also working on developing in vitro models of vascularization based on coronary vessel development during embryogenesis.

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The University of Texas at Austin
Biomedical Engineering
1 University Station Stop C0800
Austin, TX 78712

Office: CPE 1.110
Phone: 512.232.5803


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