2005 Program
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2005 Participant: Colleen Schamber


Project Title:
Effect of Mechanical Stress on Mesenchymal Stem Cells and Their Potential Role in Arteriogenesis


Faculty Advisor:
Tom Skalak



Colleen collects stem cells
from the centrifuge at the
conclusion of the process of
"splitting" the cells for
nano-contract printing.
 


Project Summary:

In order to determine the effects of mechanical stress, in conjunction with nano-tailored substrates, on mesenchymal bone marrow, the following devices will be used: the confocal microscope for imaging, and the Focused Ion Beam (FIB) for creating masters (for stamps used in contact printing). The effects of changing parameters such as contact time, substrate, and protein for use in patterned-contact printing will be studied in order to optimize a printing protocol for nano-scale printing. Applications of this research include the understanding of mechanical stress and surface attachment in the context of arteriogenesis and angiogenesis. Therapeutic applications include heart disease, cancer treatment and tissue engineering.



Working at the hood
in the process of splitting
endothelial and smooth
muscle cells.



Endothelial cells are
studied by microscope
following splitting.

 
 
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