Japan Plans To Build Robot Nurses To Help Care Givers Assist Elderly Patients

Japan Plans To Build Robot Nurses To Help Care Givers Assist Elderly Patients

Taking care of an elderly person can be quite challenging for most people, especially if they’re a relative, as sticking them into nursing homes is something many people aren’t comfortable with. The Japanese government might have found a solution as to how to meet the needs of its elderly citizens, and that of course means they’ll be using robots.

Japanese officials announced a plan to roll out “nursing robots” that will be able to assist care givers with a number of tasks such as lifting and supporting elderly patients and residents who are unable to stand under their own power. Japan’s government is hoping to introduce its nursing robots with limited functionality for around 100,000 yen ($1,030), with plans to lease them out for just a couple of hundred yen per month, which equates to a couple of dollars. (more…)

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TitanArm Exoskeleton Can Help Its Wearer Lift Heavy Stuff

We know how tough it is to find time during our busy schedules in order to help construct the perfect body we’ve been dreaming about. Six-pack abs, toned legs and bulging biceps are some of the most sought after rewards anyone could achieve when working out, but if you’re just going to make yourself stronger, you won’t need to now that the TitanArm exoskeleton is around.

A group of students from the University of Pennsylvania designed and engineered the TitanArm prototype which was created to help its wearer lift way more than their jelly arms would be able to on their own. The TitanArm is built from an aluminum frame which is equipped with a battery-powered DC motor, a cable drive system, racket braking and a thumbstick controller for movement. The UPenn students believe their TitanArm can be used as a lifting aid, or can be used to increase a person’s mobility or physical therapy as it’s possible for medical professionals to be able to retrieve data from the TitanArm in order to monitor their patients remotely.

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UPenn’s TitanArm exoskeleton prototype makes light work of heavy lifting (video)

UPenn's TitanArm exoskeleton prototype makes light work of heavy lifting (video)

It’s no wonder people are interested in exoskeletons. Not only do they tap into our lust for the technology of science fiction movies, but among other applications, can make a significant impact on the lives of those living with disabilities. While many offer leg support, a team from University of Pennsylvania recently took silver in an engineering competition for its TitanArm prototype, a powered upper-body exoskeleton that, as the picture above shows, allows you to out-rep anyone at the gym.

Designed to be lightweight and cheap to produce, the robotic bicep upgrade uses a (mostly) aluminum frame, battery-powered DC motor, cable drive system, racket braking and thumbstick controller for movement, with a BeagleBone board supervising the electronics that pull it all together. The group at UPenn imagines TitanArm could be employed as a lifting aid, but more importantly, in healthcare applications like increasing mobility or physical therapy — sensors and other data from the exoskeleton could even allow docs to monitor patients remotely. More info on the project can be found at the source link, while a video below shows TitanArm in use and outlines the hardware that makes those heavy hammer curls a cinch.

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Source: TitanArm

Print Your Own Kidney

Print Your Own KidneySometime earlier in the month, we talked about scientists having met with success when it came to manufacturing a kidney in the confines of a laboratory. Well, some of us are aware that when it comes to organ transplants, finding a match is hard enough, what more, getting enough donors. In fact, over 60,000 folks in the US are on the waiting list for organ transplants, and here we are with a potential solution for those who need a new kidney – growing cells in a lab which contain the characteristics of kidney cells.

In tests, these lab-grown cells were placed on an artificial renal device which sports a tubular component, collection system, and a reservoir, making it not too different from that of a bladder. Whenever the device was implanted in animals, the cells within could form kidney structures, and in the process, produce a urine-like fluid, which more or less makes it a successful mini-kidney of sorts. Following up on that success, researchers have worked on a printer which can print kidney cells into a 3D kidney prototype, now how about that? This 3D organ prototype will be printed layer by layer, and we look forward to future developments in this aspect. [Press Release]

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Japanese Firm Launches ‘Unimo’ Wheelchair That Can Traverse Any Terrain

Japanese Firm Launches Unimo Wheelchair That Can Traverse Any Terrain

We’ve seen personal vehicles from Japan that blow away anything we could think of in the U.S., the latest one being the Kidswalker NT. But Nano-Optonics Energy has just launched a new wheelchair that puts the conventional wheelchair to shame with what this one can do.

The “Unimo” is a one-seater electrical vehicle (EV) that looks like sofa and is capable of traversing nearly anything due to its rubber crawler tracks, which replace the traditional wheels found on a wheelchair. It can turn a full 360°, has independent suspension and can climb over a step that is 15cm high, which is nearly 6 inches high. Because of this, the Unimo is able to travel where traditional wheelchairs aren’t able to such as gravel roads in parks or on a sandy beach. (more…)

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Doctors say Tetris could fix lazy eye

The condition commonly known as lazy eye has an official medical name, amblyopia. However, most people know what lazy eye is, it’s a medical condition where one eye doesn’t move in the same manner as the other, and it can lead to vision loss. Canadian doctors believe they found a new way to treat lazy eye and it involves playing the video game Tetris.

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Researchers at McGill University discovered that Tetris could help train both eyes to work in unison. The researchers conducted a small study involving 18 adults who played the game instead of using traditional treatments. Traditional treatments involve covering the good eye to make the weak eye work harder.

The researchers discovered that playing Tetris was more effective than using that traditional patch treatment. The team now wants to test if playing the video game can also help treat the condition in children. The experiment the researchers used involved a special pair of video goggles making both eyes work as a team.

Nine volunteers that suffered from lazy eye wore the goggles for an hour a day over a two-week period while playing Tetris. The special goggles used allowed one eye to see blocks falling down the screen and the other can only see the blocks that accumulate on the ground. Another group of nine used for comparison in the experiment more similar goggles, but had the good eye covered with a patch and viewed the game using only the lazy eye. At the end of the two-week period, the group use both eyes had better improvement in their vision than the group that used the patch.

[via BBC]


Doctors say Tetris could fix lazy eye is written by Shane McGlaun & originally posted on SlashGear.
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Play Tetris To Fix Lazy Eye

Play Tetris To Fix Lazy EyeWe have seen Tetris make its way to not only Smart TVs but smart watches as well, and there is always a good time to play Tetris no matter where you are, regardless of the device which you are going to enjoy playing it. The next time you are going to play Tetris for an excessively long time and someone chides you, just tell whoever is nagging you to stop that you are trying to fix your lazy eye condition, never mind that you don’t have such a condition in the first place. After all, it is a legit excuse now, as Canadian doctors have arrived at a conclusion that they discovered that playing Tetris is a new method to treat lazy eye.

The McGill University team found out that the popular tile-matching puzzle is good enough to train both eyes to work hand-in-hand, or rather, eyeball-in-eyeball together. A small study that involves 18 adults showed that Tetris as a vehicle of recovery worked better compared to conventional patching of the good eye in order to help the weak one work harder. I wonder whether Tetris is able to fix any other kinds of ailments.

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Stem Cells Bring Healing To Mice Brains

Stem Cells Bring Healing To Mice BrainsStem cell treatment can be said to be a medical wonder worthy of the 21st century, as it does amazing stuff such as bringing sight to the blind. Well, there is a group of researchers over at the University of Wisconsin-Madison who were able to make use of human embryonic stem cells so that this will eventually repair brain damage suffered in mice. This particular study saw researchers implant human stem cells into the brains of mice. In the first place, these mice were genetically altered so that they ended up with brain damage right from the get go, in order to not reject transplant cells from other species.

When the human stem cells were in the brain, they eventually morphed into a couple of common types of neurons which will eventually bring healing to such neurological defects. Once the stem cell transplant was complete, the mice managed to score significantly better compared to cognitive and memory tests. This is definitely a step forward in stem cell therapy, but it still does not hold any key to unlock the issue of conditions like Alzheimer’s, Down syndrome and traumatic brain damage. It might still be the seed for what would eventually be effective drug therapies.

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Smartphone With Braille-based “Display” For The Blind Developed In India

Smartphone With Braille based Display For The Blind Developed In IndiaWhile our smartphones are able to cater to the visually impaired through accessibility features, they probably weren’t designed for the blind to begin with. However it seems that over in India, an innovator by the name of Sumit Dagar has come up with what seems like the world’s first Braille-based smartphone designed specifically for the blind. Dagar’s company is currently being incubated in the Center for Innovation Incubation and Entrepreneurship and apparently it took them about 3 years to come up with this concept.

Obviously instead of featuring a regular display which would serve zero purchase for the blind, this Braille-based smartphone will instead sport a technology known as Shape Memory Alloy. This is based on a concept that metals can remember their original shapes even after being expanded and contracted. Underneath this “display” will be a grid of pins which will move up and down to form various Braille characters or numbers as required. The prototype has been met with great response although there is no word on when it will become commercially available, but it’s still a pretty awesome concept nonetheless.

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iPads To Assist Wounded Veterans In Home Care Situation

iPads To Assist Wounded Veterans In Home Care SituationThere is an app for everything, or so they say. The thing is, have we actually run out of the number of apps for different purposes available? Perhaps, or perhaps not, but here we are with the world famous iPad strutting its stuff in a new pilot project that is being implemented by the US Department of Veterans Affairs, where this project will see the loan of more than 1,000 iPads to home-based caregivers which will assist veterans who have suffered severe injuries in the past.

This particular program works this ways – caregivers will be able to receive assistance to help improve the communication as well as health and patient reports, which are currently being performed either over the telephone, or in a manual manner whenever a patient visits a doctor’s office or VA medical center. These iPads have been specially loaded with 9 custom build applications where the caregivers will make use of in order to report and update information that have been incorporated into a larger patient profile. You will find a wealth of information there concerning pain management, prescriptions refills and other health assessments. Anything that helps make life a whole lot easier and more convenient is always a good thing in our books.

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