Biomedical Engineering
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New nanoparticle enhances success rate of coronary artery bypass grafts
Illustration shows “nanopolyplex” delivery of a peptide into a surface leg vein prior to bypass grafting. The peptide inhibits a signaling pathway that drives proliferation of cells in the inner lining of the blood vessel, a process known as intimal hyperplasia (IH). As shown at… Read MoreJun. 19, 2015
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Q&A: Top Boeing engineer, Vandy alum lauds aerospace club for wins
Illustration shows “nanopolyplex” delivery of a peptide into a surface leg vein prior to bypass grafting. The peptide inhibits a signaling pathway that drives proliferation of cells in the inner lining of the blood vessel, a process known as intimal hyperplasia (IH). As shown at… Read MoreMay. 15, 2015
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Dean presents 2015 engineering faculty, staff awards
Illustration shows “nanopolyplex” delivery of a peptide into a surface leg vein prior to bypass grafting. The peptide inhibits a signaling pathway that drives proliferation of cells in the inner lining of the blood vessel, a process known as intimal hyperplasia (IH). As shown at… Read MoreMay. 5, 2015
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Merryman’s heart research spans new valves for kids, better surgery for elders
Illustration shows “nanopolyplex” delivery of a peptide into a surface leg vein prior to bypass grafting. The peptide inhibits a signaling pathway that drives proliferation of cells in the inner lining of the blood vessel, a process known as intimal hyperplasia (IH). As shown at… Read MoreMay. 4, 2015
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School to bestow honors on 2015 graduating seniors
Illustration shows “nanopolyplex” delivery of a peptide into a surface leg vein prior to bypass grafting. The peptide inhibits a signaling pathway that drives proliferation of cells in the inner lining of the blood vessel, a process known as intimal hyperplasia (IH). As shown at… Read MoreMay. 1, 2015
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Design Day 2015 wows crowd; AT&T presents Innovation awards
Illustration shows “nanopolyplex” delivery of a peptide into a surface leg vein prior to bypass grafting. The peptide inhibits a signaling pathway that drives proliferation of cells in the inner lining of the blood vessel, a process known as intimal hyperplasia (IH). As shown at… Read MoreApr. 24, 2015
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Vanderbilt charters first SACNAS student chapter in Tennessee
Illustration shows “nanopolyplex” delivery of a peptide into a surface leg vein prior to bypass grafting. The peptide inhibits a signaling pathway that drives proliferation of cells in the inner lining of the blood vessel, a process known as intimal hyperplasia (IH). As shown at… Read MoreApr. 23, 2015
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Senior Aditya Karhade named first Vanderbilt Young Alumni Leader
Illustration shows “nanopolyplex” delivery of a peptide into a surface leg vein prior to bypass grafting. The peptide inhibits a signaling pathway that drives proliferation of cells in the inner lining of the blood vessel, a process known as intimal hyperplasia (IH). As shown at… Read MoreApr. 17, 2015
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‘Challenge’ puts technology transfer ingenuity on display
Illustration shows “nanopolyplex” delivery of a peptide into a surface leg vein prior to bypass grafting. The peptide inhibits a signaling pathway that drives proliferation of cells in the inner lining of the blood vessel, a process known as intimal hyperplasia (IH). As shown at… Read MoreApr. 16, 2015
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Engineering student’s ‘nano-taxicab’ is best Three-Minute Thesis presentation
Illustration shows “nanopolyplex” delivery of a peptide into a surface leg vein prior to bypass grafting. The peptide inhibits a signaling pathway that drives proliferation of cells in the inner lining of the blood vessel, a process known as intimal hyperplasia (IH). As shown at… Read MoreApr. 15, 2015