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\nRobotic technologies are revolutionizing medical science, education, and treatments. Just as pilots use simulators to learn how to fly, medical students use lifelike manikin simulators to learn how to treat life-threatening conditions. Robots are used to augment surgical methods thereby minimizing invasive effects. Telesurgery provides patients with access to expert surgeons who may be half way around the world. Robotic methods hold promise for treating patients in dangerous environments. Join us as we discuss how robotic technologies are changing the face of medicine.\n
\n
\nFor more information, visit
\nhttp://odoerdb2-1.od.nih.gov/oer/training/step
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\nRobotic technologies are revolutionizing medical science, education, and treatments. Just as pilots use simulators to learn how to fly, medical students use lifelike manikin simulators to learn how to treat life-threatening conditions. Robots are used to augment surgical methods thereby minimizing invasive effects. Telesurgery provides patients with access to expert surgeons who may be half way around the world. Robotic methods hold promise for treating patients in dangerous environments. Join us as we discuss how robotic technologies are changing the face of medicine.\n
\n
\nFor more information, visit
\nhttp://odoerdb2-1.od.nih.gov/oer/training/step
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\nRobotic technologies are revolutionizing medical science, education, and treatments. Just as pilots use simulators to learn how to fly, medical students use lifelike manikin simulators to learn how to treat life-threatening conditions. Robots are used to augment surgical methods thereby minimizing invasive effects. Telesurgery provides patients with access to expert surgeons who may be half way around the world. Robotic methods hold promise for treating patients in dangerous environments. Join us as we discuss how robotic technologies are changing the face of medicine.\n
\n
\nFor more information, visit
\nhttp://odoerdb2-1.od.nih.gov/oer/training/step
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