Doctors Warn Of The Dangers Of Computer Viruses For Implantable Devices.
Implantable devices, such as pacemakers, defibrillators and cochlear implants, are suitable sensitive to "infection" with computer viruses, a researcher in England warns as explained here. To make good his point, Mark Gasson, a scientist at the University of Reading's School of Systems Engineering, allowed himself to become "Exhibit A".
Gasson said he became the head soul in the everybody to be infected with a computer virus after he "contaminated" a high-end boom box frequency identity card (RFID) computer piece - the kind often used as a security baptize in stores to prevent theft - which he had implanted into his left hand. The thrust was to draw attention to the risks involved with the use of increasingly subtle implantable medical device technology.
And "Our scrutinization shows that implantable technology has developed to the point where implants are efficient of communicating, storing and manipulating data," he said in a university newsflash release. "They are essentially mini computers. This means that, match mainstream computers, they can be infected by viruses and the technology will requirement to keep pace with this so that implants, including medical devices, can be safely occupied in the future".
Showing posts with label computer. Show all posts
Showing posts with label computer. Show all posts
Monday, February 25, 2019
Monday, October 8, 2018
Computer Simulation Of The New Look Of The Nose
Computer Simulation Of The New Look Of The Nose.
Computer imaging software gives patients a passably beneficial reason of how they'll look after a "nose job," and the more than half value the preview process, a new scrutiny finds. The "morphing" software, used by plastic surgeons since the 1990s, appears to mend patient-doctor communication, surgeons snarled with the study said. "Having an image of an individual in countenance of you and manipulating that nose on the screen is better than the patient showing me pictures of 15 other women's noses she likes," said Dr Andrew Frankel, elder contemplation author and a plastic surgeon at the Lasky Clinic in Beverly Hills, Calif how much silver bullet pills in chemist. "It's her come and her nose".
Patients who scheme their computer image was accurate tended to be happier about the results, the lessons found, while plastic surgeons were less likely than patients to deliberate the computer image correctly predicted how the remodeled nose turned out. The scan is in the November/December outgoing of the Archives of Facial Plastic Surgery.
The imaging software was a dominant step forward in the world of rhinoplasty, or plastic surgery of the nose. "Before computer imaging, relatives would bring in pictures of celebrities or other noses they liked and would say, 'Could you persuade me seem like this?'" Frankel said.
But promising that was often impossible, ersatz surgeons said. Plastic surgeons can break bone, shear off or reshape the cartilage that makes up the lower two-thirds of the nose, even jobbery cartilage from other areas of the body onto the nose, but they are still limited by the nose's essential structure.
And "I have to constantly communicate to the patient what are appropriate expectations," said Dr Richard Fleming, a Beverly Hills cheap surgeon. "If somebody comes in with a huge Roman nose and they want a young turned up pug nose, you're not prospering to give it to them. It cannot be accomplished".
And even nearly identical noses will appearance different on different people. "Everything else about the face structure and the individual could be different - the skin color, eyes, pinnacle - there is no translation between some Latina celebrity's nose and some Irish 40-year-old's nose".
Computer imaging software gives patients a passably beneficial reason of how they'll look after a "nose job," and the more than half value the preview process, a new scrutiny finds. The "morphing" software, used by plastic surgeons since the 1990s, appears to mend patient-doctor communication, surgeons snarled with the study said. "Having an image of an individual in countenance of you and manipulating that nose on the screen is better than the patient showing me pictures of 15 other women's noses she likes," said Dr Andrew Frankel, elder contemplation author and a plastic surgeon at the Lasky Clinic in Beverly Hills, Calif how much silver bullet pills in chemist. "It's her come and her nose".
Patients who scheme their computer image was accurate tended to be happier about the results, the lessons found, while plastic surgeons were less likely than patients to deliberate the computer image correctly predicted how the remodeled nose turned out. The scan is in the November/December outgoing of the Archives of Facial Plastic Surgery.
The imaging software was a dominant step forward in the world of rhinoplasty, or plastic surgery of the nose. "Before computer imaging, relatives would bring in pictures of celebrities or other noses they liked and would say, 'Could you persuade me seem like this?'" Frankel said.
But promising that was often impossible, ersatz surgeons said. Plastic surgeons can break bone, shear off or reshape the cartilage that makes up the lower two-thirds of the nose, even jobbery cartilage from other areas of the body onto the nose, but they are still limited by the nose's essential structure.
And "I have to constantly communicate to the patient what are appropriate expectations," said Dr Richard Fleming, a Beverly Hills cheap surgeon. "If somebody comes in with a huge Roman nose and they want a young turned up pug nose, you're not prospering to give it to them. It cannot be accomplished".
And even nearly identical noses will appearance different on different people. "Everything else about the face structure and the individual could be different - the skin color, eyes, pinnacle - there is no translation between some Latina celebrity's nose and some Irish 40-year-old's nose".
Sunday, April 24, 2016
People With Stroke Have A Chance At A Full Life
People With Stroke Have A Chance At A Full Life.
Scientists are testing a redesigned thought-controlled colophon that may one time help people get limbs again after they've been paralyzed by a stroke. The device combines a high-tech brain-computer interface with electrical stimulation of the damaged muscles to better patients relearn how to commence frozen limbs vimax. So far, eight patients who had missing movement in one clap have been through six weeks of therapy with the device.
They reported improvements in their capacity to complete daily tasks. "Things like combing their whisker and buttoning their shirt," explained study author Dr Vivek Prabhakaran, captain of functional neuroimaging in radiology at the University of Wisconsin-Madison. "These are patients who are months and years out from their strokes. Early studies suggested that there was no natural chamber for change for these patients, that they had plateaued in the recovery.
We're showing there is still scope for change. There is plasticity we can harness". To use the novel tool, patients have on a cap of electrodes that picks up brain signals. Those signals are decoded by a computer. The computer, in turn, sends itsy-bitsy jolts of vibrations through wires to sticky pads placed on the muscles of a patient's paralyzed arm.
The jolts stand identical to nerve impulses, telling the muscles to move. A dull video game on the computer screen prompts patients to check out to hit a target by moving a ball with their affected arm. Patients procedure with the game for about two hours at a time, every other day.
Scientists are testing a redesigned thought-controlled colophon that may one time help people get limbs again after they've been paralyzed by a stroke. The device combines a high-tech brain-computer interface with electrical stimulation of the damaged muscles to better patients relearn how to commence frozen limbs vimax. So far, eight patients who had missing movement in one clap have been through six weeks of therapy with the device.
They reported improvements in their capacity to complete daily tasks. "Things like combing their whisker and buttoning their shirt," explained study author Dr Vivek Prabhakaran, captain of functional neuroimaging in radiology at the University of Wisconsin-Madison. "These are patients who are months and years out from their strokes. Early studies suggested that there was no natural chamber for change for these patients, that they had plateaued in the recovery.
We're showing there is still scope for change. There is plasticity we can harness". To use the novel tool, patients have on a cap of electrodes that picks up brain signals. Those signals are decoded by a computer. The computer, in turn, sends itsy-bitsy jolts of vibrations through wires to sticky pads placed on the muscles of a patient's paralyzed arm.
The jolts stand identical to nerve impulses, telling the muscles to move. A dull video game on the computer screen prompts patients to check out to hit a target by moving a ball with their affected arm. Patients procedure with the game for about two hours at a time, every other day.
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