Mechano-dependent biosynthetic response of micro-integrated cells in elastomeric scaffolds

First Page		Document Content
Date: 2013-11-27 16:23:37 Biology Medicine Anatomy Cell biology Biological engineering Tissue engineering Biomedical engineering Life extension Electrospinning Biomaterial Artificial heart valve Extracellular matrix		Mechano-dependent biosynthetic response of micro-integrated cells in elastomeric scaffolds Add to Reading List Source URL: www.csb.pitt.edu Download Document from Source Website File Size: 131,91 KB Share Document on Facebook

	Mechano-dependent biosynthetic response of micro-integrated cells in elastomeric scaffolds DocID: 1rdbT - View Document
	The University of Texas at Austin 201 E 24th St, Austin, TXPhone: , Fax: www.ices.utexas.edu The overarching goal of the Center for Cardiovascular Simulation DocID: 1oPQL - View Document
	Mayo Device Portfolio Summary -Stem cell delivery device -Heart-lung machine reservoir sensor -Minimally invasive neurology/neurosurgery -Ostomy (pouch/plug) -Trans-oral retractor DocID: 1jhkF - View Document
	01_Scope_June09.qxt:Scope_Cover DocID: 1attb - View Document
	Location What are the potential risks/complications of the procedure? While TAVI is a minimally-invasive procedure, it still carries significant risks. The two most frequent and serious risks are serious damage to the m DocID: 1asij - View Document