Category Archives: quantified self

Fashionable wearables…

Where tech meets fashion…

Classy photos of integrated wearables in this story.

http://www.wired.com/design/2014/02/can-fashion-tech-work-together-make-wearables-truly-wearble/

What’s the Secret to Making Wearables That People Actually Want?

shine

Misfit Wearables launched the Shine, an activity tracker that can be worn almost anywhere on your body. Image: Misfit Wearables

 

Last September, right around spring/winter Fashion Week, an unexpected group of people gathered for a round table discussion at the main offices of the Council of Fashion Designers of America in New York City. Present was Steven Kolb, the CFDA’s CEO, a few higher-ups from Intel and a handful ofCFDA members who also happen to be big names in fashion and accessory design.

Intel had called the meeting to discuss the idea of starting a collaboration between the company and the fashion industry at large, with the ultimate goal of figuring out a way turn their decidedly unwearable technology into something people—fashionable people—might actually want to put on their bodies.

‘Tech companies know what is useful, but do we know how to make something desirable?’

Earlier in the summer, Intel, like most every other big technology company out there, had started a division to explore the future of wearable technology. Best known for supplying the processor chips you find in your computer’s guts, Intel has the technology to build what could eventually be a very smart device. They did not, however, have the design and fashion expertise to create stylish hardware.

“Technology companies know what is useful, but do we know how to make something desirable?” says Ayse Ildeniz, Intel’s vice president of business development and strategy for new devices. “We have thousands of hardware and software engineers looking at sensors, voice activation and how to build smart devices, but we wanted to create a platform where they can meet with the aesthetic gurus. There needs to be an alignment and discussion, so breakthroughs can actually come about and flourish.”

Enter the Hipsters

During CES this year, Intel announced the formalization of its partnership with the CFDA, Barney’s and Opening Ceremony, an ultra-hip fashion company tasked with designing the first wearable product to be born from the collaboration. If that wasn’t proof enough that Intel was taking wearables seriously, the company also announced its Make It Wearable competition, which will award $1.3 million in prize money ($500,000 for the grand prize) for whoever who comes up with the most promising design in wearable tech this year. Those are some pretty good incentives.

UB1B2411 argent

Netatmo’s June is a UV tracker that takes the form of a jewel designed by French jewelry designer Camille Toupet. It syncs up with your smartphone to help keep track of your skin health. Image: Netatmo

We’ve only recently begun to see technology and fashion take each other seriously. A few months ago, Apple hired Angela Ahrendts, Burberry’s former CEO, and before that they poached Paul Deneve, Yves Saint Laurent’s CEO. Given the optimistic projections for wearable tech’s influence, the union between these two worlds seems inevitable. If wearable technology makers have learned one thing so far, it’s that just because you make something, it doesn’t mean people are actually going to wear it. Adoption of wearable tech depends on striking a delicate balance between style and functionality, and no one has leveled that see-saw quite yet. And the fashion crowd, as progressive as they are, have never been trained to think through the rigors of product design, ranging from use cases to demographics.

“Products are often made with good intentions, but in a vacuum,” says Kolb. “You have programming people thinking about wearable technology but not necessarily, and I don’t mean this with disrespect, thinking about the aesthetic. Then you’ve got fashion people who are very much focused on the overall look but don’t have the technological language or vocabulary.”

Kolb explains that oftentimes, fashion people have a sci-fi understanding of what technology can do. On the flip side, technologists and even industrial designers have a difficult time grasping what it means to create something people feel good wearing. “Fashion designers are always thinking about things like, how does that clasp close, how does this leather feel?” he says. “That element might not necessarily be on the radar of a tech person, but it’s definitely on the radar of a fashion person.”

Image: Misfit Wearables

Image: Misfit Wearables

Up to this point, technology companies have approached wearables with a one-size-fits-all mentality. Even Google Glass’ Titanium Collection, while certainly more stylish than the original, hasn’t gotten it quite right. A choice of frames that say, “I write code and like to shop” is a start, but in order for people to really want to wear Glass, we have to be able to seamlessly integrate them into our own very personal style. We have to feel like we’ve had more of a choice in the matter.

The Missing Link: Modularity

“I think fashion and accessory brands in the near future will make glasses that work with Glass in the same way we have accessories and covers for our mobile phones,” explains Syuzi Pakhchyan, accessories lead at Misfit Wearables. “The key here is to design technology that can be modular and allow others to develop an ecosystem of products that work with your technology.”

Misfit is the maker of the Shine, a pretty, smoothed-over disc that acts as an activity tracker. As far as wearable tech goes, the Shine is actually quite lovely. Misfit’s offering is part of an increasing number of wearables that make an honest effort to look good. There are others like Netatmo’s June, a UV tracker disguised as a sparkling rhinestone that can be worn as a broach or on a leather band around a wrist, and the collaboration between Cellini and CSR to create a Bluetooth-enabled pendant.

Working Together Earlier

The intentions are good, but they all fall a little short, as though the styling was a last minute gloss instead of baked into the actual product. In order for wearables to feel authentically cool, fashion and technology need to begin working together from the earliest moments of product development, discussing what current technology enables and having an an open-minded conversation about how it could be worn.

‘Products are often made with good intentions, but in a vacuum,’ says Kolb.

As Pakhchyan points out, much like our clothes, not everyone wants or needs to wear the same piece of technology, and we don’t necessarily have to wear it all the time either. Tech companies have been chasing the elusive silver bullet smartwatch, but maybe it’s not such a bad thing to treat wearables like the other wearables in our life: As separate, individually-valuable pieces of clothing that can work together to ultimately create the perfect outfit. Staying focused, at least while we’re figuring out what form and functionality works and what doesn’t, might not be such a bad thing.

Right now, the collaboration between Intel and the CFDA is just getting started. How it will shape up depends on what each organization is trying to achieve. But at least by beginning to build a real bridge between the fashion and technology worlds, we’re opening up discussion about how these industries can benefit each other, which hopefully will lead to some great innovations.

For what it’s worth, Pakhchyan figures it’s only a matter of time before the parallel paths of technology and fashion intersect for good. And when they do? We’ll probably be seeing a lot more people actually wearing wearables. “I think we’re going to see a lot more beautiful and interesting wearables coming out in the next few years,” she says. “I have a feeling we’re going to look back at these plastic wrist-worn things and be like, ‘Oh, that was kind of an awkward stage.’”

Image:TK

This pendant prototype, a collaboration between CSR (developers of Bluetooth Smart and jewelry designers Cellini), communicates phone alerts via the glowing green light. Image:CSR

Liz Stinson

Liz is a Brooklyn-based reporter for Wired Design. She likes talking to people about technology, innovation and pretty things.

Read more by Liz Stinson

Follow @lizstins on Twitter.

Physicians coy on apps…

Physicians won’t prescribe apps because there’s no regulatory oversight…

 

http://www.fiercemobilehealthcare.com/story/physicians-split-use-mhealth-apps/2014-02-24#ixzz2uTHTX4hO%20

Physicians split on use of mHealth apps

February 24, 2014 | By 
A poll of 1,500 physicians across the country finds that 37 percent have prescribed a mobile medical application to their patients, according to QuantiaMD, a social learning network for physicians.

An additional poll of 250 physicians found:

  • Forty-two percent won’t prescribe apps because there is no regulatory oversight of them
  • Thirty-seven percent have no idea what apps are out there
  • Twenty-one percent never recommend apps to patients
  • Twenty-one percent won’t prescribe apps because there’s no longitudinal data on apps’ effectiveness
  • Another 21 percent won’t prescribe apps because it would generate an overwhelming amount of patient data

Mike Paskavitz of Quantia, Inc. compared the effectiveness of medical apps to prescription drugs, which have roughly seven years of data about their effectiveness and safety giving physicians assurance when prescribing them to patients. Medical apps have no history of this sort, he pointed out, which is important to keep in mind this week at the Healthcare Information and Management Systems Society (HIMSS) Conference in Orlando, Fla.

“So as hundreds of medical app developers gather in Orlando for HIMSS, it’s important to note that physicians are still split in opinion on whether they should ‘prescribe’ medical apps to their patients–the main reason being the lack of regulation, especially as the movement to enable self-care is advanced through tools such as medical apps,” Paskavitz said in the announcement.

The regulation of mHealth apps has been contentious for a while now–asFierceMobileHealthcare reported last week, the PROTECT Act, a bill introduced in the Senate, removes Food and Drug Administration regulation from some high-risk clinical decision support (CDS) software, mobile medical apps and other medical device functionality.

FierceMobileHealthcare Editor Greg Slabodkin argued that the PROTECT Act was too dangerous in an editorial last week.

“Patient safety must always come first,” Slabodkin wrote. “In the end, the so-called PROTECT Act would only serve to protect app developers in their zeal to make a quick buck free of government regulation.”

Nonetheless, while regulation is debated in Washington, mobile medical apps continue to emerge daily. Just last week, the American College of Cardiology and the American Heart Association announced a mobile and web-based app for healthcare professionals to use with their patients in determining risk for developing atherosclerotic cardiovascular disease (ASCVD), a major cause of heart attack and ischemic stroke.

To learn more:
– read the announcement

Samsung Gear Fit Launch at Mobile World Congress

Very cool device. Doesn’t have an altimeter. Does have a heart rate monitor. Probably needs a Samsung phone.

http://www.afr.com/p/technology/digitallife/samsung_gear_fit_wins_hearts_and_sKscE6g5LdRMHnlSeVAw6K

Samsung Gear Fit wins hearts and minds

Samsung Gear Fit wins hearts and minds

JOHN DAVIDSON

The Galaxy S5 phone might have been Samsung’s biggest announcement at Mobile World Congress, but it was a much smaller device that made the biggest impression: Samsung’s Gear Fit.

The fitness band, designed primarily to be worn on the wrist, easily has the brightest, most colourful screen ever to be included in such a device – for what it’s worth, Samsung says the screen is the world’s first 1.84-inch curved Super AMOLED display – and it does far more than your typical fitness bands do, too.

The Gear Fit counts your steps and monitors your sleep like most of its competitors, but it also has a heart rate sensor built into it (another first), allowing it to be used as a sort of impersonal personal trainer, vibrating whenever your pulse rate drops below some threshold you have set for yourself, to warn you to speed up or try harder. And it has a stopwatch and a timer, which many of its competitors lack.

More than that, it uses Bluetooth to attach back to your smartphone quite like a smartwatch, allowing it to show you an almost complete range of notifications from the phone. You can’t accept or make a call with the device, the way you can with Samsung’s Gear 2 and Gear 2 Neo smartwatches, but you can reject calls, view incoming emails, texts and social media feeds, and control what music is playing back on the phone. You can even look at your calendar, all without ever pulling out your phone.

While it doesn’t run Tizen, the new Samsung operating system that runs the Gear 2 and Gear 2 Neo, the Gear Fit does have an operating system capable of running apps, meaning that new features could be added to the device over time.

In short, the new fitness band does many of the things the smartwatches do, but it does it in a much more appealing, much easier to wear package. The device can even be popped out of its rubber band, allowing it to be added, say, to a clip that attaches to your clothing, or to a choker so you can wear it around your neck, though of course the heart rate sensor may not work when it’s worn like that.

The only thing really wrong with the Gear Fit is that, for the moment at least, the screen is incapable of modifying its orientation to account for how it’s being worn. When you wear it on the top of your wrist, for instance, the icons and text in the user interface face the wrong direction, and can be hard to read without twisting your arm in a most unnatural fashion. You have to wear it with the screen on the underside of your wrist if you want to read it easily. But the designer of the user interface, who is here at Mobile World Congress, said she was “looking into” getting the UI to re-orient itself depending on which way the device is facing, in much the same way a tablet goes from landscape mode to portrait mode depending on how it’s being held.

Pricing has yet to be announced, but it should be significantly cheaper than the Gear 2 and Gear 2 Neo, too. Unless you want to make calls and take photos with your wearable computer, the Gear Fit looks like a better alternative.

Wellthcare

Lissanthea put me on to this project.

Sounds highly aligned to my own ambitions, similarly requiring more focus…

http://www.wellthcare.com/

Wellthcare is an exploration

It’s an attempt to find new ways to value and create health

Health care contributes only 20% to our health and yet it dominates the health discourse;
80% of our health comes from our genes, behaviours, social factors and the environment

Wellthcare is about the 80% 
It’s about finding new sources of health-related value
It’s about creating health

At Wellthcare we believe that much of this value resides in our networks and communities

We call this value Wellth

Recent Log posts 

Pernicious moralising: when public health fails
22 Feb 2014
Wellthcare receives its first grant 
6 Feb 2014
It’s time to prioritise health creation – not just care and prevention 
30 Jan 2014
How a talking pet can keep us healthy
15 Jan 2014
Angelina Jolie, the end of standard, confused value, and not enough failure: why 2013 mattered
30 Dec 2013

Despatches from the Wellthcare Explorers 

Despatches are detailed descriptions of the debates being had between the Wellthcare Explorers as they further discuss health creation. 

Is there a role for an ‘event’? (PDF)
Published February 28th 2014

Building Resilience: Understanding People’s Context and Assets (PDF)
Published December 11th 2013

Fragmenting Communities and the Wantified Self (PDF)
Published October 22nd 2013

Discovering Wellth (PDF)
Published September 26th 2013

Exploration timeline 

Wellthcare is being explored by its Pioneer, Pritpal S Tamber, and an eclectic group of thinkers and doers called the Wellthcare Explorers.

February 2014

  • The fourth debate between the Wellthcare Explorers on the aims of an international meeting on health creation (Despatch pending)

January 2014 

  • Grant from Guy’s and St Thomas’ Charity received to ascertain whether it is possible to hold an international meeting on health creation (see announcement)
  • Wellthcare Manifesto drafted (publication pending)

December 2013

  • Wellth definition changed to: ‘new, health-related value, defined by what people want to do, supported by their nano-networks and communities’

November 2013 

  • Third debate between Explorers followed by Despatch

October 2013

  • The idea of the ‘Wantified Self’ described
  • Second debate between Explorers followed by Despatch
  • Wellth definition changed to: ‘new, health-related value, defined by what people want to do, supported by their nano-networks’

September 2013 

  • First debate between Explorers followed by Despatch

June 2013

  • Website launched
  • Wellth defined as ‘reclaimed currencies of health, delivered through new technologies, nurtured and protected by intimate communities’

May 2013

Feb 2013

  • Work starts on Wellthcare

CIA on FitBit – wearable data security

Awesome quote from th CIA re. gait identification:

If there’s one entity that knows the value of the health data uploaded to these devices, it’s the CIA. Last year, at a data conference in New York, the CIA’s chief technology officer, Ira Hunt, gave a talk on big data. During the discussion, he told the crowd that he carries a Fitbit. “We like these things,” he said. “What’s really most intriguing is that you can be 100% guaranteed to be identified by simply your gait—how you walk.”

 

Are Fitbit, Nike, and Garmin Planning to Sell Your Personal Fitness Data?

Are Fitbit, Nike, and Garmin Planning to Sell Your Personal Fitness Data?

These popular fitness companies say they aren’t selling your info, but privacy advocates and the FTC worry that might change.

—By  | Fri Jan. 31, 2014 3:00 AM GMT

 

Lately, fitness-minded Americans have started wearing sporty wrist-band devices that track tons of data: Weight, mile splits, steps taken per day, sleep quality, sexual activity, calories burned—sometimes, even GPS location. People use this data to keep track of their health, and are able send the information to various websites and apps. But this sensitive, personal data could end up in the hands of corporations looking to target these users with advertising, get credit ratings, or determine insurance rates. In other words, that device could start spying on you—and the Federal Trade Commission is worried. 

“Health data from [a woman’s] connected device, may be collected and then sold to data brokers and other companies she does not know exist,” Jessica Rich, director of the Bureau for Consumer Protection at the Federal Trade Commission, said in a speech on Tuesday for Data Privacy Day. “These companies could use her information to market other products and services to her; make decisions about her eligibility for credit, employment, or insurance; and share with yet other companies. And many of these companies may not maintain reasonable safeguards to protect the data they maintain about her.”

Several major US-based fitness device companies contacted by Mother Jones—Fitbit, Garmin, and Nike—say they don’t sell personally identifiable information collected from fitness devices. But privacy advocates warn that the policies of these firms could allow them to sell data, if they ever choose to do so.

Let’s start with the popular Fitbit. When you buy one of these bracelets or clip-on devices, you have the option of automatically sending fitness data to the Fitbit website. And the site encourages you to also submit other medical information, such as blood pressure and glucose levels. According to Fitbit’s privacy policy, “At times Fitbit may make certain personal information available to strategic partners that work with Fitbit to provide services to you.” Stephna May, a Fitbit spokesperson, says that the company “does not sell information collected from the device that can identify individual users, period.” However, she says that the company would consider marketing “aggregate information” that cannot be linked back to an individual user—which is outlined in the privacy policy as aggregated gender, age, height, weight, and usage data. (This is similar to whatFacebook does.)

Nike, which makes the Nike + Fuel Band, says in its privacy policy that the company may collect a host of personal information, but doesn’t say that it can be shared with advertising companies. Joy Davis Fair, a Nike spokesperson, says that the company, “does not share consumer data” with outside advertisers, but selectively shares it with other companies under the Nike’s corporate umbrella, including Converse and Hurley. Garmin’s policy says that users have to consent in order for the company to sell personal information. A Garmin spokesman says the company doesn’t sell personal or aggregated information to advertisers, and doing so isn’t part of the company’s business model. (Polar Flow, which makes the Polar Loop band, is the only company with a privacy policy that explicitly says it won’t sell personally identifiable data for advertising. It is based in Finland and subject to stringent European Union privacy laws.)

Jeffrey Chester, executive director for the Center for Digital Democracy, says that these privacy policies are so broad that they could allow the companies to sell health data—even if they aren’t doing so now. “When companies promise that they aren’t selling your data, that’s because they haven’t developed a business model to do so yet,” Chester says.

Scott Peppet, a University of Colorado law school professor, agrees that companies like Fitbit will eventually move toward sharing this data. “I can paint an incredibly detailed and rich picture of who you are based on your Fitbit data,” he said at a FTC conference last year.“That data is so high quality that I can do things like price insurance premiums or I could probably evaluate your credit score incredibly accurately.”

Even if the companies that make these devices aren’t selling the data, there is another potential privacy concern. Users can send their data to dozens of third-party fitness apps on their phone. Once users do that, the data becomes subject to the privacy policies of the app companies, and these policies do not afford much protection, according to the Privacy Rights Clearinghouse. The group examined 43 popular health and fitness apps last year, and found that, “there are considerable privacy risks for users.” A spokesperson for the FTC told Mother Jones that “fitness devices often work by having apps associated, and [Privacy Rights Clearinghouse’s] analysis here may be relevant.”

If there’s one entity that knows the value of the health data uploaded to these devices, it’s the CIA. Last year, at a data conference in New York, the CIA’s chief technology officer, Ira Hunt, gave a talk on big data. During the discussion, he told the crowd that he carries a Fitbit. “We like these things,” he said. “What’s really most intriguing is that you can be 100% guaranteed to be identified by simply your gait—how you walk.”

 

Partnership for a Healthier America Innovation Challenge

Nicholas Gruen put me on to this effort… so impressed to see these efforts emerge in such a can do endeavour and with the first lady giving the welcoming address.

http://govfresh.com/event/partnership-healthier-america-innovation-challenge/

Partnership for a Healthier America Innovation Challenge

Event Navigation

A gathering of business, government and non-profit visionaries, the Building a Healthier Future Summit focuses on action over talk. The PHA Innovation Challenge offers a unique opportunity to realize the event’s mission of creating bold, tangible and actionable solutions using the most powerful tool available – technology. This year, Partnership for a Healthier America (PHA) is working with The Feast to engage the most talented innovators and makers in technology and design to help solve the childhood obesity epidemic.

PHA is hosting a hackathon in the lead-up to the conference, when participants will prototype and build working solutions focused on the theme of Childhood Obesity. The hackathon will explore two opportunities within the challenge of Childhood Obesity:

  1. To help teachers empower students to make healthy choices about the food they consume, whether at home or at school.
  2. To create an information avenue that shows families the healthy food options and physical activity opportunities available locally.

PHA and The Feast are recruiting a group of the best designers, developers, stakeholders and entrepreneurs to create solutions that will help make the healthy choice the easy choice. Over two dedicated workdays the weekend prior to the Summit, participants will form teams to work on one of the two opportunities. Participants will receive support from subject matter experts and mentors in crafting their solutions while partaking in exciting activities and enjoying healthy meals. The following week, all the participating hackers will receive free admission and full access to PHA’s Building a Healthier Future Summit, with the opportunity to engage with innovators in the health sector. Two winning teams will then take the stage at Summit to present their work to an audience of 1,000 industry leaders, with one team winning an audience choice award.

PHA believes that change happens when anyone is empowered to re-imagine how something might be better and seizes the opportunity to realize that vision.

Details

Start:
End:
March 9, 2014 5:00 pm
Event Category:
Event Tags:
Website:
http://ahealthieramerica.org/summit/innovation/

Organizer

Partnership for a Healthier America
Website:
http://ahealthieramerica.org

Venue

Partnership for a Healthier America
2001 Pennsylvania Ave. NW Suite 900,Washington, DC, 20006 United States

+ Google Map

Website:
http://http://ahealthieramerica.org/

Google gunning for the end of death…

Terrific summary of the state of play.

British gerontologist Aubrey de Grey believes achieving human immortality is inevitable. Last October de Grey told the audience at a US technology conference that they could expect to live 1000 years, maybe longer.

 

http://thenewdaily.com.au/life/2014/02/11/medical-science-close-curing-death/

Could medical science be close to curing death?

8:49pm, Feb 11
MICHELLE HAMER
If you were given the chance, would you choose to live forever, or another few hundred years? It may sound like the stuff of fantasy, but some very smart people are working to make death a thing of the past.
Live forever

Scientists are working to stop the ageing process, and extend the living… Photo: Shutterstock

Nanobots in your blood stream, backing up your brain to a computer, swapping your fallible human form for a sophisticated holographic avatar – it might sound like science fiction, but these are just some of the ways that science is hoping to extend human life and inch us closer to living forever.

US futurist, inventor and Google’s head of engineering, Ray Kurzweil has predicted that by the end of the century humans and machines will merge to create super humans who may never face the prospect of death. And Kurzweil, 65, hopes to be among those kicking mortality to the curb.

Ray Kurzweil

Ray Kurzweil: Working to bring an end to death. Photo: Getty

“Twenty years from now, we will be adding more time than is going by to your remaining life expectancy,” Kurzweil told Forbes Magazine. “We’ve quadrupled life expectancy in the past 1000 years and doubled it in the past 200 years. We’re now able to reprogram health and medicine as software, and so that pace is only going to continue to accelerate.”

Kurzweil is no slouch when it comes to accurate predictions. In the 1980s he predicted the incredible rise of the internet, foresaw the fall of the Soviet Union and identified the year when computers would beat humans at chess.

His next predictions include the programming of nanobots to work from within the body to augment the immune system and fight pathogens. By 2045 he sees us backing up our minds to the cloud and downloading ourselves into robotic forms.

And he’s not the only scientist hoping to blow out hundreds of candles in the future.

Immortality: Not if, when

British gerontologist Aubrey de Grey believes achieving human immortality is inevitable. Last October de Grey told the audience at a US technology conference that they could expect to live 1000 years, maybe longer.

Ageing, he says, is a simple case of bad engineering, and once the human body’s kinks are ironed out we’ll be able to reverse its effects and put death on the back burner.

“My approach is to start from the straightforward principle that our body is a machine. A very complicated machine, but nonetheless a machine, and it can be subjected to maintenance and repair in the same way as a simple machine, like a car,” de Grey has said. “What I’m after is not living to 1000. I’m after letting people avoid death for as long as they want to.”

Google is on board

It’s a goal that even tech giant Google thinks is worth pursuing.

When Google entered the anti-ageing business last year, with the launch of its new biotechnology company Calico, it brought a new level of interest, respectability and crucially – funding – to the field.

Calico has poached some of the leading anti-ageing researchers from across the world to work on the challenge of extending life.

“I think that if Google succeeds, this would be their greatest gift to humanity,” said David Sinclair, an Australian professor of genetics at Harvard Medical School.

Professor Sinclair led a research team which last year announced it had reversed muscle ageing in mice, the results of which exceeded his expectations.

“We want immortality so badly that we’re always ready to be swept away into unthinkingness … Half in love with the impossible we’ve always wanted to conquer death.”

“I’ve been studying ageing at the molecular level now for nearly 20 years and I didn’t think I’d see a day when ageing could be reversed. I thought we’d be lucky to slow it down a little bit,” he was quoted as saying.

“There’s clearly much more work to be done here, but if those results stand, then aging may be a reversible condition, if it is caught early,” he said.

The research involved improving communication between a cell’s mitochondria and nucleus. Mitochondria are like a battery within a cell, powering important biological functions. When communication breaks down between this and the nucleus, the effects of ageing accelerate.

Human trials of the groundbreaking process are expected to start this year.

Buying life

It’s the sort of breakthrough that can’t come soon enough for several  billionaires across the globe who are pouring their fortunes and hopes into immortality research.

Russian entrepreneur, Dmitry Itskov founded the 2045 Initiative in 2011 with the aim of thwarting human death within three decades. Itskov envisages ‘neo-humans’ who will relinquish clunky human forms and adopt sophisticated machine bodies. He claims humans will eventually download their minds into artificial brains, which will then be connected to humanoid robots he calls Avatars.

According to 2045.com: “Substance independent minds will receive new bodies with capabilities far exceeding those of ordinary humans … Humanity will make a fully managed evolutionary transition and eventually become a new species.”

PayPal co-founder Peter Thiel donated $US3.5 million to Aubrey de Grey’s not-for-profit research foundation, telling the New Yorker at the time that: “Probably the most extreme form of inequality is between people who are alive and people who are dead”.

Clearly Thiel would prefer to remain among the living and he’s prepared to pay for his pitch at immortality, most recently making a large donation to the Singularity Institute, which focuses on creating artificial intelligence that could see the rise of cyborgs (merged humans and machines).

Maximising life, minimising death

US entrepreneur turned science innovator, David Kekich, dedicated his life and impressive bank balance to reversing ageing after he was paralysed from a spinal cord injury in 1978. Kekich initially raised money for paralysis research but then switched to anti-ageing research. He founded the Maximum Life Foundation in 1999 and aims to reverse human ageing by 2033.

On his website Kekich writes: “We are moving from an era in which nothing could be done to defeat ageing into an era in which advancing biotechnology will give us the tools to do overcome it … Now, at the dawn of the biotechnology era, the inevitable is no longer inevitable. The research establishment – if sufficiently funded and motivated – could make spectacular inroads into repairing and preventing the root causes of ageing within our lifetime.”

But given that there are yet to be any proven means for extending human life, these billionaires may be motivated more by ego than altruism.

As US author Adam Leith Gollner writes in The Book of Immortality: the Science Belief and Magic Behind Living Forever (Sribner 2013): “We want immortality so badly that we’re always ready to be swept away into unthinkingness … Half in love with the impossible we’ve always wanted to conquer death.”

Yet he says all humans can really do to live longer is to eat well and exercise.

“We all have to go … whether dying in battle, tumbling off a horse, succumbing to pneumonia or being shivved by a lover. Maybe one day we just don’t wake up. However it happens, we enter the mystery.”

BUPA thinks about the future…

  • Dr Paul Zollinger-Read is Chief Medical Officer at Bupa
  • He’s tried to think about the future
  • ubiquitous, embedded sensors will be important
  • gamification will help change behaviours
  • In November 2013, Bupa signed a partnership agreement with the United Nations agency, the International Telecommunication Union (ITU), to work together on a global ‘m-Health’ initiative called ‘Be Healthy, Be Mobile’.

http://www.telegraph.co.uk/technology/news/10634366/Healthcare-in-2024-clothes-that-detect-blood-sugar-levels-and-a-toilet-that-monitors-hydration.html

Healthcare in 2024: clothes that detect blood sugar levels and a toilet that monitors hydration

Smart technology will transform healthcare over the next ten years, according to Bupa

Google unveiled a revolutionary smart contact lens which detects glucose levels in diabetes sufferers’ tears earlier this year

By 2024, mobile technology will have completely transformed medical provision across the world, according to global healthcare company Bupa. Clothes, household appliances and furniture will all play a vital role behind the scenes of our daily routines, helping keep track of health and alerting people at the first sign of illness.

Meanwhile, ‘gamification’ of healthcare could reward everyday positive choices and healthy behaviour in the same way gamers unlock badges in mobile apps such as Angry Birds or Foursquare, aiding disease prevention and dramatically reducing the onset of diseases such as diabetes.

“This glimpse into the future has allowed us to imagine a time where sophisticated mobile technology and advancements in the connected home mean that people can become guardians of their own health,” said Dr Paul Zollinger-Read, Chief Medical Officer at Bupa.

“Being aware of their likelihood of disease and possible risk factors, coupled with constant monitoring through intelligent technology means that they will be able to spot the symptoms of illness from a very early stage, or simply prevent them altogether.”

Some of the innovative healthcare solutions suggested by Bupa include ‘smart’ nappies that allow parents to check their child’s hydration levels or monitor for kidney infections, intelligent fibres in clothing that canl detect movement of the chest and pulse, monitoring breathing and heart rate and detecting irregularities, and contact lenses featuring microscopic cameras that will monitor changes in the back of the eye, spotting early signs of diabetes.

Shoes featuring pressure sensors could detect when the wearer is sedentary, and alert them with updates on fitness goals, and the household fridge will monitor liquid, nutrition and calorie consumption, while ‘tattoo’ skin patches will monitor body temperature and hydration.

Bupa said that wearable technology and the connected home will transform prevention of diseases in the next decade by gathering data from a number of devices about our bodies and presenting it back to us in simple, visual, practical terms.

The news comes after Google unveiled a revolutionary smart contact lens which detects glucose levels in diabetes sufferers’ tears earlier this year. Human trials of a miniature artificial pancreas are also set to begin in 2016.

In November 2013, Bupa signed a partnership agreement with the United Nations agency, the International Telecommunication Union (ITU), to work together on a global ‘m-Health’ initiative called ‘Be Healthy, Be Mobile’.

Bupa and ITU will provide multidisciplinary expertise, health information and mobile technology to fight chronic diseases including diabetes, cancer, cardiovascular and chronic respiratory diseases, in low- and middle-income countries.

Lung cancer detecting smart phones…

zero-stage disease prevention… why not!!

http://www.forbes.com/sites/mckinsey/2013/10/22/four-steps-to-turn-big-data-into-action/

Partnership tests smartphone sensor for detecting lung cancer

February 11, 2014 | By 

Vantage Health, an mHealth company developing a proprietary breathalyzer attached to a smartphone for non-invasive lung cancer screening, announced that they have formed a strategic partnership with Scripps Translational Science Institute (STSI), the NIH-sponsored consortium led by San Diego-based Scripps Health.

Redwood City, Calif.-based Vantage Health is developing mobile apps for personalized screening which leverage chemical sensing capabilities inside a small smartphone device.

Through this partnership with Vantage, STSI will provide assistance in the testing, evaluation and detection of certain basic volatile organic compounds (VOCs) using gas chromatography and mass spectrometry to calibrate the results.

STSI will assist in the testing, evaluation and detection of specific VOCs commonly associated with lung cancer. VOCs in breath provide a noninvasive and quick approach to diagnosing lung cancer in its early stages. STSI and Vantage Health will collaborate in the planning and execution of clinical trials which are expected to be carried out at STSI in San Diego, as well as a second location in the Midwest and a third location in New England.

Last month, Vantage Health announced that it had entered into an exclusive license agreement with NASA to commercialize mobile healthcare products derived from the space agency’s patented technology. The agreement with NASA licenses the use of multiple patents relating to inventions in, among other fields, chemical sensing.

The sensor technology, which won the 2012 NASA Government Invention of the Year, has been deployed by the space agency to detect trace gases in the crew cabin on the International Space Station. The sensors have also been tested and used for such applications as trace chemical detection in planetary exploration, air monitoring, leak detection and hazardous agent detection using cell phones.

“This is arguably one of the most vital and exciting steps in our effort to transfer the technology out of the labs at NASA and into the marketplace, as part of our commercialization process,” said Jeremy Barbera, chairman and CEO of Vantage Health, in a written statement.

Quantified-self harm..?

OK. This is purely a rant based on a shallow, n=1 observation.

I lost my fitbit down the toilet in December and chose not to replace it.

Since then, I’ve been maintaining my active habits (walking to work, training for a fun run) without the motivational air cover provided by the device.

Since then, I’ve been eating slightly healthier, primarly reducing meat consumption in favour of vegetables, and also increasing the depth and number of fasting days.

As a consequence, I’ve been losing more weight.

The interesting thing is that the only quantified self metric I’ve been looking at has been my weight.

It’s all a bit zero-sum, but I feel that by no longer monitoring my activity, I’m now focusing more on what matters – weight.

This isn’t to poo poo the tracker. I’m confident that it supported the development of activity habit. It’s just that now I’ve covered that, I need to focus on more salient measures.

It makes me think there’s change management a process that’s required to get healthy:

Firstly, get active using whatever motivational means necessary -trackers, fun runs etc.

Second, perhaps simultaneously, concentrate on diet… fasting, nutrition etc.

For further discussion, no doubt…