Posts Tagged ‘sensors’
Swiss researchers have unveiled a prototype “lab on a chip” that is surgically implanted in the interstitial tissue just beneath the skin, where it analyzes compounds in the blood, and sends results to a phone or tablet through wireless radio connections.
How does it work? The microchip has seven chemical & molecular sensors and gets inductive power from a patch worn on top of the skin. Every 10 minutes the collected data is sent through the patch and a Bluetooth connection to a patient or doctor via smartphone or tablet.
Although the device will not be widely available for at least a few years, its potential practical applications are widespread and include:
- Glucose monitoring in diabetics, more frequently and without a finger prick.
- Post surgery patient monitoring
- Facilitate predictive medicine, including a pending heart attack
- Measure metabolism and drug absorption
- Athletes monitoring fluids & nutrition
What is mHealth, and does the term stand for Mobile Health or Modern Health?
That’s the subject of a an online discussion started by David Doherty, moderator of a LinkedIn group interested in using mobile technologies to improve health. He started the discussion to support my view that any definition of mHealth that only includes smartphones is both limiting and arrogant. This article supports that discussion by expanding the definition of mHealth and what’s included.
Much of this article builds on an earlier article that I wrote in May 2012, where I addressed confusion among syllogisms, using the analogy that Lions & Tigers are both Animals, but not all Animals are Lions or Tigers. Likewise, there are some confusing overlaps among the terms mHealth, eHealth, Wireless Health, Telehealth, and Modern Health. And the devices that serve these market segments overlap too, so I must discuss them collectively.
photo by: S. Patel, Univ. of Washington
SpiroSmart is a research app to let people test their lung function using only a smartphone.
App lets you monitor lung health using only a smartphone
By Hannah Hickey, University of Washington
9/12/2012 | People suffering from asthma or other chronic lung problems are typically only able to get a measure of their lung function at the doctor’s office a few times a year by blowing into a specialized piece of equipment. More frequent testing at home could detect problems earlier, potentially avoiding emergency room visits and hospitalization.
A new tool from researchers at the University of Washington, UW Medicine and Seattle Children’s hospital lets people monitor their lung function at home or on the go simply by blowing into their smartphones. A paper presented this month at the Association for Computing Machinery’s International Conference on Ubiquitous Computing showed results that came within 5 percent of commercial devices, meaning it already meets the medical community’s standards for accuracy.
“There’s a big need in the pulmonary community to make testing cheaper and more convenient,” said lead researcher Shwetak Patel, a UW assistant professor of computer science and engineering and of electrical engineering. “Other people have been working on attachments for the mobile phone that you can blow into. We said, ‘Let’s just try to figure out how to do it with the microphone that’s already there.’”
Why do we need a smart fork, you may ask? Well, here’s the hype…
Studies show that people who eat slower eat 11% fewer calories and digest food better, so HAPILABS introduced 2 devices at CES: HAPIfork and HAPItrack. The dishwasher safe HAPIfork got immense press coverage, including articles in Consumer Reports and Bon Appetit, as well as placement on the Stephen Colbert Show (see video below).
This latest electronic gadget functions like a friendly shock collar by paying attention to when you eat, how many bites you take, and the intervals between each bite, vibrating to tell you when you’re eating too fast or too much. The goal is to encourage you to slow down, chew your food, improve your digestion, transform the way you eat, and… enjoy life more. HAPIfork then communicates with your smartphone so you can track your eating habits or share them with friends online. Read the rest of this entry »
Accessible introduction transcript…
- Every day technology makes new things possible, and some predict that it’s just a matter of time until technology completely revolutionizes healthcare.
- Some believe that medical diagnosis, general patient care, and medical practices are more expensive and inferior than they need to be.
- The problem with health care is that it’s often the practice of medicine, rather than the science of medicine, as most medical decisions are simply based on tradition, a doctor’s limited medical knowledge, and the patient’s known symptoms and medical history.
- The result? Three doctors could diagnose a problem three different ways. This can be a serious issue.
- Over 40,000 patients die in the ICU in the U.S. each year due to misdiagnosis.
- The solution? Big Data. Some believe medicine can become more of a science, rather than practice, by relying on technology.
INFOGRAPHIC follows… Read the rest of this entry »
“Real doctors. Real medicine. Really convenient.”
HealthSpot Station was prominently featured in the central lobby just as you entered the Las Vegas Convention Center during CES 2013, an honor that only the most interesting companies get.
Doctors and patients meet face-to-face like they always have, only in this case, the face-to-face is virtual: the doctor is in his home or office; the patient is seated in the kiosk; and the kiosk is located in a retail store. The HealthSpot Station kiosk allows board-certified doctors to conduct remote diagnosis and treatment using high-def videoconferencing and digital medical devices that appear behind locked doors when needed.
I just returned from CES 2013, the big consumer electronics show, where I learned about the latest in health & wellness technologies and home automation products that can serve seniors and the disabled and support aging in place, when I saw this story on KCBD News Channel 11. They’ve been following the story of Brianna Graves, an active little girl who was diagnosed at age 9 with Gorham’s Disease, also known as “Vanishing Bone Disease.” Instead of focusing on what Brianna cannot do anymore, this story looks at what she can do from now on.
It’s a heart warming story of how technology and universal design concepts can make life easier – in this case for a young girl with some severe physical limitations.
Brianna controls her environment by moving her lip, as a computer monitors the movement. But just imagine what she’ll soon be able to do with the brain sensing technologies that I saw at CES. I’m excited about the pace of tech innovation and the positive impact on medicine, health care, and wellness. And I’d like to hear your stories of how technology has helped you or a loved one.
On the first day of CES I attended a Digital Health Summit panel discussion hosted by Arianna Huffington of The Huffington Post. To introduce the discussion, she described Americans’ increase in antidepressants, sleep medications, and stress, and how 75% of healthcare spending is spent on preventable diseases, and 80% of medications are for pain. All of these conditions are preventable through other means, she said.
The panel discussed a perfect storm of multiple trends: (1) stress (and I’d add sleep deprivation) is a killer, (2) our broken & expensive sick care system, and (3) technology & wearable devices that can help us focus on health & wellness. Market researchers note that 30 million wearable devices shipped in 2012, going to 60 million in the next year. In addition, 44 million health apps will be downloaded to smartphones and tablets this year.
Living with Diabetes requires frequent monitoring of blood glucose (blood sugar), an essential measure of your health. The American Diabetes Association can help you better understand Diabetes, select from the latest tools, learn how to manage your blood glucose levels, and prevent serious complications. We provide a guide to help you select a blood glucose meter, many of which are available at local drug stores, but today’s article is inspired by one that’s not listed and you may not have seen yet.
iBGStar blood glucose monitor
“Human actions could become more accurately predictable, thanks to neuroscience. Nano-sized robots will deliver cancer-fighting drugs directly to their targets. And though many recently lost jobs may never come back, people will find plenty to do (and get paid for) in the future,” according to forecasts you’ll find in this roundup of the most thought-provoking possibilities and ideas published in The Futurist magazine over the past year.
I’ve extracted the following Health & Medicine forecasts from the World Future Society’s special report, Outlook 2013. It’s a promotional piece to attract new members who then get a subscription to The Futurist.
- Better health, but fewer doctors.
A projected shortage of more than 90,000 doctors by 2020 will drive technological innovations such as low-cost, point-of-care diagnostics—i.e., Lab-on-a-Chip technologies. A cell-phone-sized device could analyze your blood or sputum while you talk to a health provider from the comfort of your home. —Peter H. Diamandis and Steven Kotler, “The Abundance Builders,” July-Aug 2012,p. 17
Read the rest of this entry »