vivi me encanta download v m images Robots taking over to help medical research It has been a long and stealthy takeover, but robots now dominate many leading bioscience laboratories, doing in just hours what once took days or weeks. Now the convergence of automation with nanotechnologies, biomedics and advanced algorithms promises to take robotization of medical research much further. In May of this year, Ross King, professor of machine intelligence at the UK's University of Manchester, traveled east to talk to students at the University of Nottingham campus in Ningbo, China. His paper "Robot scientists: Automating biology and chemistry" was a vindication of theories he and colleagues first proposed almost a decade ago. In a 2004 letter to the journal Nature, they asked whether it might be possible to automate the actual "discovery" process of observation, deduction and conclusion. This would use a physically implemented robotic system that applied techniques from artificial intelligence (AI) to carry out cycles of scientific experimentation. Prof. Prof. Scaling up
tiny robots Medical Robotics - Assistive robots | KUKA Laboratories Today, robots are already assisting humans in making diagnoses, and planning and administering medical treatment. In the future, mechatronic assistants will also help to improve the autonomy and quality of life of patients and other people in need. In the area of Medical Robotics, KUKA Laboratories offers kinematic systems and technologies at the highest level of technical expertise. Together with our customers, we develop ideas and solutions. KUKA robotic technologies are used in a wide range of medical applications: Radiology / imaging systems Radiation therapy Patient positioning Research: Rehabilitation Minimally invasive surgery Laser osteotomy For years, KUKA has been a top supplier and development partner of leading companies in the field of medical robotics. Now concentrated as an independent research and development center at KUKA Laboratories, this business segment is being systematically expanded at KUKA.
Hansen Medical Announces Completion of First Robot-Assisted Uterine Fibroid Embolization Procedure in United States MOUNTAIN VIEW, CA, Oct 21, 2014 (Marketwired via COMTEX) -- Hansen Medical, Inc. HNSN, +7.60% a global leader in intravascular robotics, today announced the completion of the first robot-assisted Uterine Fibroid Embolization (UFE) in the United States. Sandeep Rao, MD, Interventional Radiologist, performed the procedure at Sierra Medical Center in El Paso, Texas using the Magellan Robotic System. "I am extremely pleased by the outcome of this initial procedure," said Dr. Rao. Uterine fibroids are non-cancerous tumors in or around the uterus, and are the most common benign tumors in women. Uterine Fibroid Embolization is a proven, non-surgical procedure in which a catheter is used to deliver tiny particles to block the blood vessels supplying blood to the fibroids. "Congratulations to Dr. About Hansen Medical, Inc. Forward-Looking Statements This press release contains forward-looking statements within the meaning of the Private Securities Litigation Reform Act of 1995.
Real Robots to Help Fight Ebola A few Fridays ago, we took a little bit of a dig at all of the media coverage of an “ebola-fighting robot” that turned out to be essentially just a UV light on a wheeled cart hooked up to a timer. It’s clever marketing, but not clever robotics. Even one of the fanciest UV disenfecting “robots” have instructions that begin, “after a hospital staff member cleans the room using traditional methods...” This is not what real robots are all about. Real robots use autonomy (or at least teleoperation) to keep humans as far away from dangerous situations as possible. You’d think that real robots would have a lot to offer when it comes to assisting with the control of a highly infectious disease, just like you’d think that robots would have a lot to offer when it comes to assisting with the control of a highly radioactive nuclear power plant. In a recent blog post, CRASAR director Robin Murphy list some possibilities that her team has come up with in their discussions:
Medical robotics: Would you trust a robot with a scalpel? | Technology Driverless cars? Google has already wheeled one out. Robo-cops? It might seem like a solution dreamed up by Aldous Huxley, but it’s already a reality. It might conjure up an image of Star Wars’ C-3PO in scrubs, but many of these medical machines are actually closer to the robots used to build your car. Not that a lack of automation is anything to be sniffy about; these machines still use powerful computers to carry out difficult jobs. Where the researchers are taking their cue from the seriously sexy technology of driverless cars is, for example, in the development of domestic robots for palliative care, be it helping you make a cup of tea or alerting the doctor if you skip your medication. Initially, the vision behind the da Vinci robot was that a surgeon in London could operate in safety on a sick child in Liberia or a wounded soldier in Afghanistan, but financial, technological and communication worries have, for the present, put paid to such dreams. And well they might.