Scott Guelcher
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New biomaterial could improve bone grafting
A new biomaterial-based bone graft extender created by Vanderbilt and U.S. Army researchers has the potential to improve treatment of critical orthopedic conditions. While a graft using a patient’s own bone – typically from the pelvis or femur – for re-implantation is considered the standard technique to repair, replace or… Read MoreFeb. 25, 2019
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Guelcher named director of Vanderbilt Center for Bone Biology
A new biomaterial-based bone graft extender created by Vanderbilt and U.S. Army researchers has the potential to improve treatment of critical orthopedic conditions. While a graft using a patient’s own bone – typically from the pelvis or femur – for re-implantation is considered the standard technique to repair, replace or… Read MoreFeb. 3, 2017
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Engineering students to pitch wound healing product at inventors showcase in Silicon Valley
A new biomaterial-based bone graft extender created by Vanderbilt and U.S. Army researchers has the potential to improve treatment of critical orthopedic conditions. While a graft using a patient’s own bone – typically from the pelvis or femur – for re-implantation is considered the standard technique to repair, replace or… Read MoreMar. 14, 2014
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Biodegradable scaffold may spur wound healing
A new biomaterial-based bone graft extender created by Vanderbilt and U.S. Army researchers has the potential to improve treatment of critical orthopedic conditions. While a graft using a patient’s own bone – typically from the pelvis or femur – for re-implantation is considered the standard technique to repair, replace or… Read MoreDec. 19, 2013
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Students receive national award to help commercialize wound-healing foam
A new biomaterial-based bone graft extender created by Vanderbilt and U.S. Army researchers has the potential to improve treatment of critical orthopedic conditions. While a graft using a patient’s own bone – typically from the pelvis or femur – for re-implantation is considered the standard technique to repair, replace or… Read MoreOct. 2, 2013
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Two Vanderbilt engineering professors receive NSF early career awards
A new biomaterial-based bone graft extender created by Vanderbilt and U.S. Army researchers has the potential to improve treatment of critical orthopedic conditions. While a graft using a patient’s own bone – typically from the pelvis or femur – for re-implantation is considered the standard technique to repair, replace or… Read MoreAug. 6, 2009