NIH
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Robot prototype shows promise for microsurgery on eyes and aneurysms
A new continuum robot designed by Vanderbilt engineers achieves multi-scale motion and may open up a huge world of previously impossible complex microsurgeries. The robot is capable of providing both a large macro motion workspace as necessary for surgical intervention and a small micro motions workspace with motion resolutions of… Read MoreNov. 14, 2019
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Neuromodulation device studied as non-addictive option for chronic pain
A new continuum robot designed by Vanderbilt engineers achieves multi-scale motion and may open up a huge world of previously impossible complex microsurgeries. The robot is capable of providing both a large macro motion workspace as necessary for surgical intervention and a small micro motions workspace with motion resolutions of… Read MoreNov. 11, 2019
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How to fake a medical record in order to mitigate privacy risks
A new continuum robot designed by Vanderbilt engineers achieves multi-scale motion and may open up a huge world of previously impossible complex microsurgeries. The robot is capable of providing both a large macro motion workspace as necessary for surgical intervention and a small micro motions workspace with motion resolutions of… Read MoreNov. 4, 2019
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$2.3 million NIH grant allows collaborators focus on advancing liver cancer surgical care
A new continuum robot designed by Vanderbilt engineers achieves multi-scale motion and may open up a huge world of previously impossible complex microsurgeries. The robot is capable of providing both a large macro motion workspace as necessary for surgical intervention and a small micro motions workspace with motion resolutions of… Read MoreOct. 10, 2019
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VISE affiliates awarded $1.8 million grant to improve surgical guidance during eye surgery
A new continuum robot designed by Vanderbilt engineers achieves multi-scale motion and may open up a huge world of previously impossible complex microsurgeries. The robot is capable of providing both a large macro motion workspace as necessary for surgical intervention and a small micro motions workspace with motion resolutions of… Read MoreOct. 7, 2019
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On-the-move cancer cells prefer a “comfort cruise,” follow predictable paths of least resistance
A new continuum robot designed by Vanderbilt engineers achieves multi-scale motion and may open up a huge world of previously impossible complex microsurgeries. The robot is capable of providing both a large macro motion workspace as necessary for surgical intervention and a small micro motions workspace with motion resolutions of… Read MoreSep. 13, 2019
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Chang, Englot receive $3 million NIH grant for epilepsy imaging work
A new continuum robot designed by Vanderbilt engineers achieves multi-scale motion and may open up a huge world of previously impossible complex microsurgeries. The robot is capable of providing both a large macro motion workspace as necessary for surgical intervention and a small micro motions workspace with motion resolutions of… Read MoreAug. 29, 2019
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Like geese and race cars, cancer cells draft their way to new sites
A new continuum robot designed by Vanderbilt engineers achieves multi-scale motion and may open up a huge world of previously impossible complex microsurgeries. The robot is capable of providing both a large macro motion workspace as necessary for surgical intervention and a small micro motions workspace with motion resolutions of… Read MoreMar. 25, 2019
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Skin diseases study uses crowdsourcing to gather data
A new continuum robot designed by Vanderbilt engineers achieves multi-scale motion and may open up a huge world of previously impossible complex microsurgeries. The robot is capable of providing both a large macro motion workspace as necessary for surgical intervention and a small micro motions workspace with motion resolutions of… Read MoreMar. 1, 2019
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Researchers collaborate on $3.9 million NIH study of child-specific cochlear implant programming
A new continuum robot designed by Vanderbilt engineers achieves multi-scale motion and may open up a huge world of previously impossible complex microsurgeries. The robot is capable of providing both a large macro motion workspace as necessary for surgical intervention and a small micro motions workspace with motion resolutions of… Read MoreFeb. 27, 2019