NIH
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Neuromodulation device studied as non-addictive option for chronic pain
The VUIIS team developing a focused ultrasound neuromodulation device for treating chronic pain include, from left, Charles Caskey, William Grissom and Li Min Chen. (Vanderbilt/Susan Urmy) With $3.6 million in funding, researchers from the Vanderbilt University Institute of Imaging Science are developing a focused ultrasound neuromodulation device as a non-invasive… Read MoreNov. 11, 2019
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How to fake a medical record in order to mitigate privacy risks
In machine learning, generative adversarial networks (GANs) involve two artificial neural networks squaring off, one, the generator, trying to delude the other, the discriminator, into accepting synthetic data as real. Beyond their science and engineering applications, GANs can generate utterly convincing “photographs” of people who do not exist. Unrestricted… Read MoreNov. 4, 2019
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$2.3 million NIH grant allows collaborators focus on advancing liver cancer surgical care
A multi-year collective effort between engineers, surgeons and scientists has resulted in a $2.3 million, four-year grant awarded by the National Institute of Biomedical Imaging and Bioengineering of the National Institutes of Health to improve laparoscopic liver surgery and liver cancer ablation therapy. The grant, “Deformation Corrected Image Guided Laparoscopic… Read MoreOct. 10, 2019
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VISE affiliates awarded $1.8 million grant to improve surgical guidance during eye surgery
A team of Vanderbilt University engineers and clinicians have won a five-year $1.8 million National Eye Institute grant to develop and translate novel intraoperative imaging technologies to the ophthalmic surgical suite to enable real-time surgical guidance. “Our group has spent quite a few years working on developing the underlying imaging… Read MoreOct. 7, 2019
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On-the-move cancer cells prefer a “comfort cruise,” follow predictable paths of least resistance
New research from a group of Vanderbilt biomedical engineers reveals that while cancer cells move quickly in metastasis, they’re rather lazy in which paths they choose. According to the researchers, migrating cancer cells decide which path in the body to travel based on how much… Read MoreSep. 13, 2019
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Chang, Englot receive $3 million NIH grant for epilepsy imaging work
Catie Chang, left, and Dario Englot, right, awarded $3 million for basic research for epilepsy imaging studies. (Joe Howell/Vanderbilt University) A team led by an engineering professor who specializes in techniques to analyze functional neuroimaging data and a neurosurgeon-scientist has received a $3 million NIH grant for epilepsy research. This… Read MoreAug. 29, 2019
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Like geese and race cars, cancer cells draft their way to new sites
Finding gives boost to fighting through cell metabolism NASCAR has nothing on cancer cells when it comes to exploiting the power of drafting, letting someone else do the hard work of moving forward while you coast behind. Building on the relatively new discovery that metastatic cancer cells leave tumors and… Read MoreMar. 25, 2019
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Skin diseases study uses crowdsourcing to gather data
For any number of diseases involving the skin, research into causes and cures requires isolating and quantifying in a reliable way the proportion of affected skin, one research subject after another, the more the better. This is achieved with medical photography, computer monitors, and mouse-dragging by a research dermatologist to… Read MoreMar. 1, 2019
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Researchers collaborate on $3.9 million NIH study of child-specific cochlear implant programming
Dr. Rene Gifford works with patient Davy Hillis to program his cochlear implant at VUMC. (John Russell/Vanderbilt University) Researchers from the School of Engineering and Vanderbilt University Medical Center are working to improve outcomes for children with significant hearing loss by providing individualized, prescription-like programming for their cochlear implants. The… Read MoreFeb. 27, 2019
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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