NIH
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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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Study links Celebrex, heart valve calcification after earlier research declared drug safe
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. 22, 2019
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First step toward model brain: turning iPSCs into working blood-brain barrier
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. 21, 2019
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Nanoparticle targets tumor-infiltrating immune cells, flips switch telling them to fight
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 MoreJan. 21, 2019
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VISE affiliates awarded $2.5 million NIH grant for continued epilepsy research
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 MoreNov. 17, 2018
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Make science and medical research passionate and personal, expert urges
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. 28, 2018
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Shining a light on the nervous system to thwart disease
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 MoreNov. 16, 2017
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NIH-funded collaboration to develop steerable robotic needles for lung biopsies
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 MoreNov. 8, 2017
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VISE team wins $1.4 million NIH grant to reboot robotic surgery system
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. 17, 2017
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New tissue-chip research to assess efficacy of novel epilepsy drugs
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 MoreSep. 22, 2017