Artificial heart (19) | ![]() |
Artificial joint (8) | ![]() |
Artificial skin (42) | ![]() |
Catheter (116) | ![]() |
Endoscope (33) | ![]() |
Hearing aid (42) | ![]() |
Hemostat (13) | ![]() |
Medical instrument (8) | ![]() |
Operating table (6) | ![]() |
Pacemaker (46) | ![]() |
Prosthesis (99) | ![]() |
Stethoscope (6) | ![]() |
Surgical instrument (9) | ![]() |
Syringe (81) | ![]() |
Wheelchair (33) | ![]() |
A surgical robot may push a scalpel against an operating table to adjust its grip, while a forensic robot in the field may angle a piece of evidence against a nearby rock to better examine it. xploiting the environment is,
and MRI SCANNERS designed to be wheeled over a patient on the operating table cost several millions of dollars each
and MRI SCANNERS designed to be wheeled over a patient on the operating table cost several millions of dollars each
However, to scan the tumor during surgery involves moving the patient from the operating table and into the machinery hich prolongs the surgery. eing able to quickly scan a tumor during surgery to visualize tumor tissue from non-tumor tissue is an unmet clinical need,
and MRI SCANNERS designed to be wheeled over a patient on the operating table cost several millions of dollars each
while their patients are still on the operating table if a tissue is cancerous, according to researchers from the Department of energy Oak ridge National Laboratory and Brigham and Women Hospital/Harvard Medical school.
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