News
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Researcher plays key role in studies that point to novel target for treating arrhythmias
Vanderbilt investigators have discovered a new molecular mechanism associated with abnormal heart rhythms – arrhythmias – which account for about 10 percent of all deaths in the United States. Their findings, reported recently in The Journal of Clinical Investigation, could lead to novel arrhythmia treatments. The first author of… Read MoreJan. 16, 2009
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Vanderbilt named among FORTUNE 100 Best Companies to Work For
Vanderbilt investigators have discovered a new molecular mechanism associated with abnormal heart rhythms – arrhythmias – which account for about 10 percent of all deaths in the United States. Their findings, reported recently in The Journal of Clinical Investigation, could lead to novel arrhythmia treatments. The first author of… Read MoreJan. 15, 2009
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David Dyer appointed president, CEO of Chico’s
Vanderbilt investigators have discovered a new molecular mechanism associated with abnormal heart rhythms – arrhythmias – which account for about 10 percent of all deaths in the United States. Their findings, reported recently in The Journal of Clinical Investigation, could lead to novel arrhythmia treatments. The first author of… Read MoreJan. 8, 2009
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Alum at Baylor College of Medicine named Cullen Trust fellow
Vanderbilt investigators have discovered a new molecular mechanism associated with abnormal heart rhythms – arrhythmias – which account for about 10 percent of all deaths in the United States. Their findings, reported recently in The Journal of Clinical Investigation, could lead to novel arrhythmia treatments. The first author of… Read MoreJan. 5, 2009
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Sanjiv Gokhale is ASCE Fellow
Vanderbilt investigators have discovered a new molecular mechanism associated with abnormal heart rhythms – arrhythmias – which account for about 10 percent of all deaths in the United States. Their findings, reported recently in The Journal of Clinical Investigation, could lead to novel arrhythmia treatments. The first author of… Read MoreJan. 1, 2009
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VUSE grad is named Los Alamos deputy director
Vanderbilt investigators have discovered a new molecular mechanism associated with abnormal heart rhythms – arrhythmias – which account for about 10 percent of all deaths in the United States. Their findings, reported recently in The Journal of Clinical Investigation, could lead to novel arrhythmia treatments. The first author of… Read MoreDec. 10, 2008
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Dean travels to Capitol to help push nation’s technology, education initiatives
Vanderbilt investigators have discovered a new molecular mechanism associated with abnormal heart rhythms – arrhythmias – which account for about 10 percent of all deaths in the United States. Their findings, reported recently in The Journal of Clinical Investigation, could lead to novel arrhythmia treatments. The first author of… Read MoreDec. 8, 2008
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$7.5 million federal grant to support new imaging program
Vanderbilt investigators have discovered a new molecular mechanism associated with abnormal heart rhythms – arrhythmias – which account for about 10 percent of all deaths in the United States. Their findings, reported recently in The Journal of Clinical Investigation, could lead to novel arrhythmia treatments. The first author of… Read MoreDec. 8, 2008
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Galloway reappointed at School of Engineering
Vanderbilt investigators have discovered a new molecular mechanism associated with abnormal heart rhythms – arrhythmias – which account for about 10 percent of all deaths in the United States. Their findings, reported recently in The Journal of Clinical Investigation, could lead to novel arrhythmia treatments. The first author of… Read MoreDec. 5, 2008
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Cummings speaks at AIChE ‘centennial’ meeting
Vanderbilt investigators have discovered a new molecular mechanism associated with abnormal heart rhythms – arrhythmias – which account for about 10 percent of all deaths in the United States. Their findings, reported recently in The Journal of Clinical Investigation, could lead to novel arrhythmia treatments. The first author of… Read MoreDec. 1, 2008