The search engine compares the semantic language – the real meaning of the content – in the documents to reveal unseen patterns and connections in fractions of a second.I saw a demo of the platform in January at the Consumer Electronics Show in Las Vegas, and it has a lot of interesting potential.Omnity s basic search is still free, but its subscription packages and special information databases start at $100.The specialized information that Omnity is offering includes Securities and Exchange Commission filings and records, patents, Library of Congress data, court precedents and legal records, scientific journals, pharmaceutical and biomedical trials, financial reports, and U.S. Congress reports and legal history.Discovering unexpected connections between diverse knowledge domains reveals unique insights that sharpen focus and drive innovation.We created Omnity to help scientists, engineers, medical professionals, lawyers and financial people cope with the explosion of data and knowledge that is happening in every field of study.Omnity is designed to be powerful yet easy to use, and is priced so that organizations large and small can access this transformative technology.Unlike conventional search, Omnity said it can find related documents even when they do not cite or link to one another.The company is offering introductory pricing of its commercial service in five tiers, with the first month free for all paid tiers:
Now a new study, published in Biomedical Engineering Online, suggests that it might be down to their brains.Boys whose growth is steadier and less rapid are often able to remain more coordinated than their fast-growing peers.The study measured 88 15-year-old boys and then divided them into two groups – those who grew over 3cm over the course of the study, and those who grew 1cm or less.The boys also performed mental arithmetic tasks during walking to measure the "relative cognitive demand" of gait control.The study found that those who grew more rapidly were less able to walk smoothly, and that their gait and stride was less regular."Adolescents tend to show previous control of the body when growing up, but he motor control behaviour is organised on the body's dimensions."
But the increasing demand for flexible, wearable electronics, sensors, antennas and biomedical devices has led a team at Harvard's Wyss Institute for Biologically Inspired Engineering and John A. Paulson School of Engineering and Applied Sciences SEAS to innovate an eye-popping new way of printing complex metallic architectures -- as though they are seemingly suspended in midair.Sheldon Whitehouse and Lindsey Graham are on a mission to make things worse.EFFGchat was the future of messaging, but Google didn't know what it had Everyone has been talking about Slack lately.Just a click or a tap and, if you ve some 21st century connectivity, you landed on this page in a trice.Bloomberg first reported the issues surrounding the video when it obtained an email posted on an internal Google forum.Tech InsiderOne fascinating reason cable companies won t willingly compete against each other If you're like many Americans, you might live in an area that's effectively dominated by a cable monopoly.
Dr Tom Oxley, a neurologist at University of Melbourne UoM and Royal Melbourne Hospital, and Dr Nick Opie, a biomedical engineer at the UoM's Vascular Bionics Laboratory, have been working together with surgeons and engineers across 16 departments in UoM to develop a brain-machine interface in the last four years that could make telepathy truly possible.Why advertise with usThe researchers have developed a tiny biocompatible implant called a stentrode, which comes with an array of electrodes that sits in a blood vessel next to the brain in order to record electrical activity from the motor cortex, which is the part of the brain that controls movements."If you consider how we use smartphones, it's incredible that we communicate silently to each other without talking.This would make it much less stressful for the pilot, as flying planes is complex and requires the pilot to be able to evaluate and monitor several things at once.Darpa is also hoping that the stentrodes can be used to rehabilitate soldiers that have been paralysed in the field, so the electrical signals picked up by the implant can communicate with bionic exoskeletons and enable the patients to think a movement and make it happen in reality.His mind-controlled robotic exoskeleton suits that enable paraplegic people to stand up and walk were successfully demonstrated at the opening ceremony of the 2014 FIFA World Cup.
As computational power has exploded in the past half-century, it has enabled a parallel expansion in the capabilities of these computer-aided imaging systems.The images produced by each of these systems derive from an elegant interplay of sensors, physics and computation.Dense objects, such as bones, absorb and scatter many more X-ray photons than skin, muscle or other soft tissue, which appear darker in the projections.This requires scanning from only a very limited set of angles around the subject.When that happens, the computer goes back and refines its guess of the image, recalculates the data associated with this guess and again compares with the actual scan results.Eric Miller, Professor and Chair of Electrical and Computer Engineering, Adjunct Professor of Computer Science, Adjunct Professor of Biomedical Engineering, Tufts UniversityThis article was originally published on The Conversation.
HONG KONG—China s biggest advantage in next-generation technology is the sheer number of global patents and intellectual property it has registered, GGV Capital Managing Partner Jenny Lee said Friday.China needs to bring more of them to commercialization, Ms. Lee said, adding that in 14 years time, 50% of the talent pool for tech will come from China and India.Speaking at the Converge technology conference hosted by The Wall Street Journal and f.ounders in Hong Kong, Ms. Lee said Chinese companies benefit from having government support and funding, and a huge market of consumers who are eager to try products.Some of the innovative areas to look for in China include wearables that will be able to track stress levels and tell the wearer if they need to take a break, and active contact lenses that can display text and images.Biomedical will be a large frontier, with camera capsules that are swallowed to do more than just take pictures inside of a person s body and robotic arms that could help in surgery rooms.She also said 4D printing isn't so far off, and that products will be able change shape and size once they are printed.
Medical students are usually in their early 20s and not experiencing those kinds of challenges yet, so we decided to create something that would give them the experience of what it might be like to go through the aging process, Carrie Shaw, the program s creator and master s student in biomedical visualization told University of Illinois at Chicago, where she studies.The story consists of six, seven-minute scenes that span from a spilling wine to waiting in a doctor s office all as Alfred, who has audio and visual impairments.sadads We wanted something that was as accurate to the experience of somebody discovering that they have an impairment, their family confronting them about it and then them having to go act upon that discovery, Ryan Lebar, Embodied Labs s director said in the below video the lab published on YouTube.What would the implications be when the doctor says, You re going to have this for the rest of your life ?In this scene, Alfred and the viewer struggles with the test, not because there s something wrong with Alfred s cognitive abilities, but because he can t really hear what the doctor is asking him to do.According to the Administration for Community Living, in 2014, the percentage of Americans 65 and older accounted for about 15 percent of the population.
We do not have a tool to tell us where to specifically focus or to indicate whether we re improving the health of our teeth and gums or not.We both graduated from City University in July 2015 and that summer we started our mission to get this technology into the hands of people and take the skills we learnt during our Biomedical Engineering degree and use it to create a positive impact.The user will immediately be shown where their inflamed gum and plaque areas are located as well be provided with personalised care in order to help the user improved.Our mission is to improve the oral health of individuals globally using digital technology.The dental sector has been standstill for far too long and we aim to positively disrupt this ancient system by providing the world s first immediate digital check-up in the hope that the unbelievable statistics associated with poor oral health drop.We aim to re-create the way everyone takes care of their teeth and we would love you to join the PlaqueChecker team, so please subscribe to follow our journey on and follow us on Twitter- @PlaqueChecker.
Your browser does not support HTML5 videoPlayPausePlayPauseMute0%00:00 / 00:00FullscreenSmallscreen Close Embed Feed Wikimedia files lawsuit challenging NSA mass surveillance IBTimes UKThe United States National Security Agency NSA is considering opportunities aimed at collecting data from internet-connected devices, including pacemakers and other such appliances.The NSA's deputy director, Richard Ledgett, said at a military technology conference in Washington on 10 June, that the agency is interested in collecting foreign intelligence by exploiting the Internet of Things IoT , adding, however, that there may be comparatively simpler ways to keep track of terrorists and foreign intelligence.Commenting on the prospect of monitoring biomedical devices, Ledgett said that it "maybe a niche kind of thing ... a tool in the toolbox", indicating that while biomedical devices would likely not be a core information source, it is still on the NSA's radar.Ledgett also pointed out that the NSA has to prioritise its resources when considering exploiting a new device, adding that the focus is generally on tech more commonly used by "bad guys" rather than the more popular consumer oriented gadgets.US National Intelligence head James Clapper said in February that intelligence agencies may "use the IoT Internet of Things for identification, surveillance, monitoring, location tracking, and targeting for recruitment, or to gain access to networks or user credentials."While Ledgett confirmed that no employee is currently using an internet connected biomedical device, if such a situation should arise, the agency may have to make allowances for it, especially given that pacemakers and other such internet connected devices can be vulnerable to hacking, making them a major security concern.
Recode quotes a top spy from the US National Security Agency who spoke with surprising candor about IoT s security vulnerabilities.Indeed, hacking of connected technology is expected to send the IoT security market into overdrive in the coming years.As well, a Veracode report from last year discovered many basic security weaknesses in such devices as hubs for home IoT networks and even garage door openers.Ledgett even admitted that the NSA is researching potential security exploits in such biomedical equipment as pacemakers, as another tool in the toolbox.James Clapper, director of US national intelligence, said at a Senate hearing this year that foreign spy agencies may be specifically targeting IoT devices.So beware, your connected coffee pot may be spilling the beans to spooks with every steaming cup.
Attila BarabasThe International Symposium on Biomedical Imaging set the challenge between October 2015 to April 2016 to encourage research into identifying breast cancer by computers rather than by pathologists.These included a lack of standardization across the board, diagnosis errors and the time it takes for pathologists to manually load millions of slides each year.Using this technique they were able to make the AI accurate in 92 per cent of diagnosis and decrease the human rate of error by 85 per cent.Importantly, the errors made by the deep learning system did not generally correlate with the errors made by humans.The report concluded: Although the pathologist alone is currently superior to our deep learning system alone, combining deep learning with the pathologist produced a major reduction in pathologist error rate.These results suggest that integrating deep learning-based approaches into the work-flow of the diagnostic pathologist could drive improvements in the reproducibility, accuracy and clinical value of pathological diagnoses.
Quick diagnosis of bloodborne diseases can very much be a matter of life and death, but bouncing results off a hospital can take hours or days — so the National Institutes of Health and Cornell University are working on a device called the FeverPhone that could cut that time to as little as 15 minutes.Erickson is working with Saurabh Mehta, a Cornell professor of global health, to develop the device.That grant was just formalized yesterday in an announcement from Senators Charles Schumer D-N.Y. and Kirsten Gillibrand D-N.Y. .A common feature of neglected tropical diseases, such as dengue, malaria, chikungunya, Zika and other viral and non-viral diseases, is its disproportionate burden on resource-limited countries, explained ESPOL s Washington B. Cárdenas, where technology for surveillance, basic biomedical research, diagnosis and treatment are constrained.A cheap, quick, and reliable test for such diseases would be of incalculable value; as Cárdenas points out, countries like Ecuador are the main ones stricken by them and the resulting cost, in lives and other measures, is immense.The four years of the grant also indicate the proposed timeline for the device; the team hopes to have a final device ready for FDA approval by the end of that period.
He's already announced that he will be staying in D.C. after office, but he also might try his hand in the venture capital market.In an interview with Bloomberg, Obama voiced his little-known inclination towards the private sector, specifically Silicon Valley and the VC scene."When pressed further, Obama pointed out biomedical sciences as a particular interest of his, being a topic the president is able to "sit and listen and talk to folks for hours about.If you think of the President's office like the CEO of America, or its chairman of the board, then becoming a businessman after office begins to make more sense.Gathering and organizing a top-notch political team began before the 2008 election, and required Obama to demonstrate his leadership chops to not just the American people, but also his staffers.Besides, after dealing with divisive partisan politics for 8 years, the private sector might even be easier than his public office.And your competitors weren't simply promoting their own products, but were continually saying how your products were the worst that were ever invented and will cause a civilizational crisis."If you get a good idea, and you organize some people to support you, and you learn from your mistakes, you can create something entirely new."
Dogs are regularly used for sniffing out bombs due to their superior sense of smell.But Baranidharan Raman, Associate Professor of Biomedical Engineering at Washington University in St. Louis, has another idea which doesn t involve canines.Instead, he thinks we will soon be turning the job of sniffing out explosive chemicals over to none other than backpack-wearing remote-control cyborg locusts.Calling his work a bridge between neuroscience and engineering, Raman s efforts may sound far-fetched, but they re apparently serious enough to receive funding from the Office of Naval Research.The proposal involves three core technologies, all of which will have to work together for this plan to fall into place.The first bit of tech involves special biocompatible silk tattoos marked on the wings of the locusts, which convert light into heat.
Maria Pereira, head of research at Gecko Biomedical, with her GB02 adhesiveSurgery has been suture-based for centuries, and although it has advanced beyond bone needles and silk thread, the process still harms the human body."Sutures are time-consuming, damage tissue and are technically challenging," says Maria Pereira, head of research at Paris-based Gecko Biomedical, whose bio-inspired alternative it says can replace stitches.Its adhesive is viscous, hydrophobic, biodegradable and cured by LED light.Unlike other glues, which can be washed away by water, it can be placed in wet environments such as the heart, where it works as both a sealant and a scaffold for tissue to grow over.Pereira, 30, invented the glue in 2010 while a bioengineering PhD student in the MIT Portugal Program.
The knife used in the double murder in Linköping in 2004. Police in Linköping hope that new DNA technology to solve double murder in which an eight-year boy and a 56 year old woman was murdered in the street in Linköping in 2004. DNA from the knife to be sent to a laboratory in the Netherlands. - Today we can say something about your eye color, your hair color, your skin tone. And the accuracy is around 90-95 percent, says Marie Allen at the Biomedical Centre in Uppsala, the Swedish Radio Act In the name of P1.
Scientists are researching technology they hope will allow locusts to detect explosives using their sense of smell.They say heat-generating "tattoos" will enable them to be guided into dangerous or remote areas via remote controlNeural signals from the locust's brain will then be processed by an on-board low-power processing chip that will decode the information and send a wireless alert back to the authorities.And the result will appear on a simple LED: red for present, green for absent.Baranidharan Raman, associate professor of biomedical engineering in the School of Engineering and Applied Science Washington University, has studied the way locusts smell for several years.And the Office of Naval Research in the US has now given him a $750,000 £565,000 grant to continue his research.
Though traditionally associated with Biblical plagues that destroy crops, it turns out they could have a second career as remote-controlled cyborgs that sniff out explosives.This possibility is only slightly less terrifying.Most animals have a better sense of smell than human, and dogs and sometimes rats have long been used to find bombs.Locusts have a few advantages over dogs: They re smaller, can fly to more inaccessible locations, are less likely to trigger an explosion and, let s be honest, are not nearly as cute and way less likely to make us feel guilty if they die during this mission.It took only a few hundred milliseconds for the locust s brain to begin tracking a novel odour introduced in its surroundings, Baranidharan Raman, a professor of biomedical engineering at Washington University in St. Louis, told the BBC.So the Office of Naval Research awarded a $750,000 grant to Raman to continue turning these bugs into defenders of safety.
Though locusts are traditionally associated with biblical plagues that destroy crops, it turns out they could have a second career as remote-controlled cyborgs that sniff out explosives.Most animals have a better sense of smell than human, and dogs and sometimes rats have long been used to find bombs.Locusts have a few advantages over dogs: they re smaller, can fly to more inaccessible locations, are less likely to trigger an explosion and, let s be honest, are not nearly as cute and way less likely to make us feel guilty if they die during this mission.It took only a few hundred milliseconds for the locust s brain to begin tracking a novel odour introduced in its surroundings, Baranidharan Raman, a professor of biomedical engineering at Washington University in St. Louis, told the BBC.So the Office of Naval Research awarded a $750,000 £570k grant to Raman to continue turning these bugs into defenders of safety.First, he s creating a silk nanomaterial tattoo that can be placed on a locust wing.
New and exciting technological advancements are common in our modern era, but this might be one of the strangest.Scientists at the School of Engineering and Applied Science at Washington University are developing technology to allow locusts to 'sniff out' explosives.As Associate Professor of Biomedical Engineering at the university, Baranidharan Raman, explained to the BBC, locusts have "robotic noses" – meaning they have an advance ability to pick up odours in the atmosphere.Professor Raman has been allowed to continue his research thanks to a $750,000 £565,000 grant from the Office of Naval Research in the US.The insects will be fitted with all manner of technology as part of the project, which will allow the researchers to take advantage of their ability to pinpoint particular smells and train them to identify dangerous chemicals.A chip will be implanted into the insects' brains that will allow researchers to decode neural activity, while heat generating 'tattoos' will also be applied to the locusts' wings.