Coffee addiction: Do people consume too much caffeine?

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22 May 2013 Last updated at 20:58 ETBy Jon Kelly BBC News Magazine, Washington DC

Tea, coffee beans, energy drink, espresso maker, cans of energy drinks, coffee

US officials are investigating the safety of caffeine in snacks and energy drinks, worried about the “cumulative impact” of the stimulant – which is added to a growing number of products. Is our tea and coffee-fuelled society too dependent on the world’s favourite drug?

The bubbling kettle, the aroma from the mug, the first bitter mouthful of the morning.

It’s a ritual without which the working day would be, for millions of people, frankly horrifying.

Caffeine is, according to New Scientist, the planet’s most popular “psychoactive drug.” In the United States alone, more than 90% of adults are estimated to use it every day.

But now even the US – home of Coca-Cola, Starbucks and the 5-Hour Energy shot – is questioning the wisdom of adding it to everyday foodstuffs like waffles, sunflower seeds, trail mix and jelly beans.

In a statement, the Food and Drug Administration (FDA) highlighted the “unfortunate example” of Wrigley chewing gum producing packs of eight sticks which each contained as much caffeine as half a cup of coffee. Subsequently, Wrigleysaid it would “pause” production of the product.

The agency is also looking at highly-caffeinated energy drinks, and said it was concerned about the “cumulative impact” of adding stimulants to products.

According to the US Substance Abuse and Mental Health Services Administration, the number of people seeking emergency treatment after ingesting energy drinks doubled to more than 20,000 in 2011.

However, the energy drink industry says its products are safe and insists there is no proof of a link with any harmful reactions.

There have been documented cases of fatal overdoses caused by “caffeine toxicity”, though these are very rare. Scientists at Johns Hopkins University, studying its addictive properties, found that withdrawal symptoms included tiredness, headaches, difficulty concentrating, muscle pain and nausea.

But there is far from any kind of scientific consensus that caffeine use is harmful.A recent study by the Harvard School of Public Health suggested that “coffee drinking doesn’t have any serious detrimental health effects” and that drinking up to six cups a day was “not associated with increased risk of death from any cause”.

In moderation, caffeine may have some positive effects. Research suggests it could be associated with a reduced risk of prostate cancer and breast cancer. A recent study linked drinking coffee and tea with a lower risk of type two diabetes.

As a result, the FDA has pledged to “determine what is a safe level” of caffeine use.

The agency’s move has been welcomed by those who fear caffeine is already encroaching too much into our daily lives – often in products where it may not be expected.

“Many people just aren’t aware of how much caffeine they are taking,” says Lynn Goldman, dean of the George Washington University School of Public Health and Health Services.

As a result, she says, they could unwittingly create problems for themselves with insomnia, indigestion, or their blood pressure.

It’s especially worrying for parents, who can find it hard to regulate their children’s intake.

Beverage Caffeine (mg) Quantity

Source: Arizona State University

Coffee

77-150

6oz/170g

Tea

40-80

5oz/142g

Coca-Cola

34.5

12oz/340g

Pepsi

38

12oz/340g

Red Bull

80

8.3oz/235g

But challenging the hegemony of caffeine may be a difficult task on a planet that consumes 120,000 tonnes of the substance per annum.

In Finland, the world’s most caffeinated country, the average adult consumes 400mg of the drug every day – equivalent to four or five cups of coffee a day, and equal to the maximum daily limit recommended by the UK Food Standards Agency.

“We think that, when used in moderation, caffeine doesn’t pose a risk,” says Sanna Kiuru, a senior officer at Evira, the Finnish food safety authority. “It’s mainly adults who drink coffee, not children. For us the levels are quite moderate.”

Even buzz-loving Finns have been troubled by the rise of stealth stimulants, however.

“We have been concerned about the rise in caffeine in different foods,” says Kiuru. Highly-caffeinated energy drinks in Finland are obliged to carry warning labels – a practice that will be extended across the EU from 2014.

For most caffeine consumers, its chief benefit is that, by stimulating alertness, it helps you get more done.

This is a trait that makes it unusual among recreational substances, says Stephen Braun, author of Buzz: The Science and Lore of Alcohol and Caffeine.

Coffee-drinkers chart

“Its appeal is that it helps us earn more money,” he adds.

“What makes it different from other drugs is that it’s used as a productivity tool – not for pleasure, like cannabis, or as a relaxant, like alcohol.”

Perhaps the closest analogy is with coca leaves, chewed by labourers to give them extra energy in countries like Peru and Bolivia.

It’s no coincidence, Braun believes, that caffeine’s popularity boomed in Europe at the dawn of the industrial revolution, when the race for ever-increased productivity accelerated.

Many of history’s creative minds have also been associated with some truly epic feats of caffeine consumption.

According to one biographer, the French novelist and playwright Balzac drank as many as 50 cups of coffee a day. “Were it not for coffee one could not write, which is to say one could not live,” he once insisted.

For seven years, the film-maker David Lynch ate at the same Los Angeles diner every day, drinking up to seven sweetened cups of coffee “with lots of sugar” in one sitting, which he said would guarantee that “lots of ideas” arrived.

Ludwig van Beethoven was said to have painstakingly counted out exactly 60 coffee beans per cup when he brewed coffee.

Perhaps the most well-publicised recent tales of caffeine excess featured the somewhat less critically revered singer Robbie Williams, who reportedly consumed 36 double espressos and 20 cans of Red Bull a day.

It is the routine task itself, as much as the stimulant properties of caffeine, that makes the process so significant, Mason Currey, author of Daily Rituals: How Artists Work.

“A lot of artists use the process of making the coffee as a gateway to the creative process,” he adds.

“You need to get into the right mindset to do that sort of work, and the preparation ritual provides a focus.”

Cup of teaDoes the very ritual of preparing caffeinated drinks help minds focus?

But attempts to clamp down on the spread of the substance have historically proved futile.

In 1911, the US government sued the Coca-Cola Company, on the basis that the caffeine in its drink was “injurious to health”, but Coca-Cola prevailed in the courts.

One problem with attempting to regulate the substance, says Braun, is that it affects everyone in differently – people’s varying physiologies and metabolisms making it impossible to prescribe a “safe” limit that works for everyone.

“Ultimately, you have to become your own scientist – there isn’t an alternative to careful self-experimentation,” he says.

Most people are likely to have ascertained by adulthood how much, or little, tea or coffee they can tolerate at a time.

But critics say this doesn’t apply to energy drinks and caffeinated foodstuffs, whose effects are arguably more difficult to judge.

However profitable these products may prove for their manufacturers though, Currey suspects they well never acquire the mystique of coffee and tea.

“There’s something that’s not quite as special and evocative about them,” he says.

“Buying an 5-Hour Energy drink from the 7-Eleven [convenience store] doesn’t have the ambience of brewing a cup of coffee. I can’t imagine future biographers of great artists and writers describing this stuff in the same way.”

Additional reporting by Mark Bosworth in Helsinki

 

Global stocks markets hit after Chinese data and Fed comments

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Global stocks markets hit after Chinese data and Fed comments

Global stock markets fall after weak Chinese economic data and concerns the US may scale back monetary stimulus efforts but the Dow Jones closed flat.

European markets slipped, with London, Frankfurt and Paris all closing down by about 2%. But in the US, the Dow Jones ended barely changed.

In Asia, the fall was led by Japan’s Nikkei index, which closed down 7.3% having fallen as much as 10%.

The falls mark a retreat from record high levels for several indexes.

The Dow Jones was the steadiest among the majors, closing all but unchanged, with a fall of 0.08% to 15,294.50 points.

Earlier on Wednesday, data was released suggesting a slowdown in Chinese manufacturing.

On Tuesday Fed chairman Ben Bernanke hinted that Quantitative Easing efforts in the US may be scaled back.

Go the distance with Israel’s revolutionary MUV-e scooter

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A new fast, environmentally friendly and convenient solution for those last few miles between the commuter bus, car park or train to the office and home.

Neat and easy to drive.

Neat and easy to drive.

 

Commuters who face the daily grind of getting to work on time will be happy to hear about a new invention from Israel: an all-electric scooter called the MUV-e that helps people go the distance between the commuter bus, car park or train to the office and home again.

It was those last five miles commuting inside cities where he worked –– congested cities like Tel Aviv, Milan, Rome and Torino –– that put a strain on Amir Zaidwhen he was working for Fiat and Ferrari as an interior and 3D automobile designer.

 

The problem was not commuting between cities, as many Israelis and Italians do, but slogging through the traffic jams once inside the city, he tells ISRAEL21c.

His industrial engineering wheels started turning, and with partner Benny Shimon, he formulated a new way of moving around the city –– one that was fast, relatively safe, environmentally friendly and convenient. They aimed for no less than creating a new kind of ride.

“We didn’t want it to be awkward or force people to get used to gyroscopes or strange mechanisms,” says Zaid. He knows about high-tech, as part of the team that designed the interior of the latest ultra Ferrari model, yet to be unveiled. But he wanted to create something mechanically low-tech so that the broadest range of people could take advantage of it.

The gyroscopes used in the two-wheeled Segway, though impressive, take a considerable amount of time getting used to, he tells ISRAEL21c. The Segway and other mobile scooters are too heavy and large to carry up stairs or onto a bus, and storage and security are other issues in city settings.

Simple and smart

What emerged from Zaid’s fantasy form of transport is the MUV-e scooter. It’s a foldable, all-electric sporty three-wheeler that can connect with your smartphone, turning it into an odometer, gas gauge, speedometer and navigator. The phone can control the folding and opening of the scooter, and sits on the handlebars during the ride.

When folded, the scooter looks like a suitcase on wheels.
When folded, the scooter looks like a suitcase on wheels.

Users legs are positioned side by side, rather than one behind the other.

“It’s so simple, really. I am speaking with a lot of people and they are all saying, ‘Let me have one.’ That’s because public transportation doesn’t work even in big cities like in Italy. Or it works, but it’s not so great,” says Zaid.

“Everyone needs the freedom to move around by themselves while not depending on anyone else. I was watching commuters arriving to work with those small suitcases on wheels after the weekend and thought, why not combine this trolley concept with transport?” relates Zaid.

“We searched for a simple solution with some folding capabilities –– something that anyone can use within two minutes of trying it. What results is that every user will know how to drive the MUV-e in two minutes.”

MUV-e doesn’t need a gyroscope like a Segway.
MUV-e doesn’t need a gyroscope like a Segway.

That was a year and a half ago, and now the MUV-e prototype is ready for production pending a $500,000 investment.

Remote controlled, skateboarder versions

The MUV-e will be sold at an attractive price of about $2,000 for the basic version or $3,000 for a “souped-up” version with a bigger battery pack, customized skins and e-connectivity. Other accessories, such as seats, will be available too.

When fully charged, the MUV-e can go about 10 miles before needing to plug in. The battery pack will be fitted with a standard 110- or 220-volt plug, depending on the country where it’s sold.

Estimated driving speeds peak at about 20 miles per hour, subject to local laws.

With a total weight of about 25 to 30 pounds depending on the model, the MUV-e is made to fold and carry so that the stable three-wheel design doesn’t take up much space in the office, on the bus or in the micro-apartment closet. When folded, it resembles a folded suitcase trolley with handle.

Zaid hopes his first ride will launch a platform of new kinds of trolleys and scooters –– an expanded base of products for every age under the sun.

Israel’s Dip-Tech turns building façades into art

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An Israeli company is leading the digital glass printing revolution and turning buildings into beautiful pieces of art.

AFIMALL in Moscow features a photorealistic design of a typical Russian forest, digitally printed in-glass on 2,650 panes.

AFIMALL in Moscow features a photorealistic design of a typical Russian forest, digitally printed in-glass on 2,650 panes.

 

Stained glass is one of the main attractions at many of the world’s famous churches. An Israeli company has decided to take this colorful craft to the next level. It’s called Dip-Tech, and thanks to its innovative digital glass printing solution, ordinary-looking buildings are turned into extraordinary landmarks.

 Printing on glass is not groundbreaking. But printing on glass with durable ceramic inks by digitally transferring images onto the panes of glass is revolutionary.

Since kicking off business in 2005 in the town of Kfar Saba, just outside of Tel Aviv, the company’s unique solution has converted hospitals, shopping centers, museums, office buildings and universities around the world into pieces of art.

 

In Australia, there’s the new Munday Wall, an enormous eight-by-nine-meter mural featuring an indigenous painting reproduced onto glass.

 

The Harlem Hospital in New York is another great example, with its full-color building façade made of glass panels in the colors and styles of 1930s Harlem art and culture.

 

Manuelle Gautrand Architecture dressed up the façade of the French headquarters of Barclays bank in what looks like a random series of folded “pages” of marble using the medium of digitally printed glass with ceramic ink.
Manuelle Gautrand Architecture dressed up the façade of the French headquarters of Barclays bank in what looks like a random series of folded “pages” of marble using the medium of digitally printed glass with ceramic ink.

The façade of the Carmel Academic Center in Haifa, boasts colorful and lively portraits of well-known Israeli culture personalities on its building exterior.

 

CEO Yariv Matzliach sees Dip-Tech as part of Benny Landa’s digital printing revolution.

 

“He did it for the digital press; we’re doing it for glass,” Matzliach tells ISRAEL21c. “Dip-Tech’s niche is to digitalize the world of glass.

 

Our printers are installed and working all over the world. The combination between traditional industry and the end product is a piece of art, and that’s what gives us the joy of being part of the digital revolution.”

 

Israeli-made, globally printed

 

Headquartered in Israel, Dip-Tech has sales offices in the United States, China, and Europe. From 2010 to today, the company has shown a growth rate of 30-50 percent. Matzliach says sales this year are expected to reach some $30 million.

 

Artist Alexander Beleschenko won a competition with this multi-colored printed glass design for the Forum, University of Exeter, UK. Dip-Tech digital in-glass printing with ceramic inks was the only solution capable of meeting the challenges posed by so many colors integrated in an external application.
Artist Alexander Beleschenko won a competition with this multi-colored printed glass design for the Forum, University of Exeter, UK. Dip-Tech digital in-glass printing with ceramic inks was the only solution capable of meeting the challenges posed by so many colors integrated in an external application.

 

Dip-Tech creates the innovative technology and then sells its system of image processing software, ceramic inks and digital printers to glass fabricators around the world.

 

“We have patented our technology with the Hebrew University of Jerusalem to develop patented ceramic inks. We have patented our printers as well. We have very strong IP,” Matzliach claims. “I have a lot of faith that our technology is the leading technology.”

 

The first step in the process is for designers and architects to come up with an image they’d like to see on a building. For example, Ventrano architects conceived the idea of a forest mural for the AFIMALL shopping complex in Moscow.

 

They then used Dip-Tech’s image-processing software — a special graphics program that turns standard graphic files into ready-to-print images that are tuned for optimum results on glass. This process is unique to digital printing and could never have been completed with traditional methods such as screenprinting.

 

The next step is choosing colors. Unlike UV printing, Dip-Tech’s ceramic, all-weather digital inks fuse into the glass, explains Matzliach. And that protects them from ever fading. The printed design will stay as long as the glass does.

The Glass Farm in Holland.
The Glass Farm in Holland.

 

The AFIMALL exterior shows a photorealistic design of a typical Russian forest, digitally printed in-glass on 2,650 panes. Additional glass elements jut out from the building and the image seems to create an impression of depth to the forest.

 

“Digital printing is a tool that makes it possible to incorporate and express ideas that until now were left on paper,” said architects Jesús Zafra and Javier Alarcón, who built a landmark office building in Spain.

 

Printed glass functionality

 

Matzliach says Dip-Tech’s digital ceramic inks, when printed on glass, support multiple sustainability functions, including energy efficiency, solar/light control, light diffusion and transmission, and glare reduction; urban renewal and building preservation; electrical conductivity; and use of low-impact materials.

 

Dip-Tech’s solution for glass also can be used for super constructions, backsplashes and interior elements.

 

Secrets The Vine Cancun Resort and Spa in Cancun.
Secrets The Vine Cancun Resort and Spa in Cancun.

 

The company has created an anti-collision glass application that could save the lives of millions of birds around the world. “We have a special feature where a bird can see the glass from a distance thanks to the printed pattern,” he says.

 

Dip-Tech has also developed a slip-resistant ink for flooring and roofing, suitable for home and commercial applications.

 

Currently, Dip-Tech is working on bulletproof glass for armored cars, specialty transportation glass for windows of trains, buses and airplanes, and even cost-effective printing solutions to replace glass windows of cars.

 

Israeli herbs for the medicine chest

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New EU-funded international study of Mediterranean plants finds Israel’s medicinal herbs effective in fighting bacteria, fungus and infection.

The Palestine oak is a source of powerful antibacterial substances. Photo courtesy of Wikimedia Commons.

The Palestine oak is a source of powerful antibacterial substances. Photo courtesy of Wikimedia Commons.

 

Your grandmother may have known that the essential oils in nettles help wounds heal. But she did not know why. A unique cross-border team from Israel, Spain, Greece and Palestinian Authority-administered Nablus is developing a database revealing the science behind the medicinal benefits of thousands of plants they’ve been gathering and analyzing since November 2011 – including many native to Israel. 

The BioXplore initiative eventually will lead to controlled cultivation of plants for pharmaceuticals, nutraceuticals and cosmeceuticals, says Prof. Bertold Fridlender, president of Hadassah Academic College in Jerusalem, where the cooperative research was initiated and is being administered with a €2 million European Union grant. 

“Some of the plants were known through folklore to be valuable for specific uses, but we are giving a scientific base to that information,” Fridlender tells ISRAEL21c.

“If a certain plant is a good anti-inflammatory, we will try to show why and at what dose.” Fridlender, who has a doctorate in medical microbiology from UCLA and worked in botanical research at Rutgers University in New Jersey, says the potential of plants to generate new drugs is immense.

“About 25 percent of all pharmaceuticals today, including aspirin and many anti-cancer drugs, originated from plants,” he says. 

Plants’ survival mechanism can help us, too

Because plants are literally rooted to the spot, Fridlender explains, they must synthesize many protective chemical compounds to survive and thrive despite weather conditions, diseases and natural enemies. 

Perhaps because of the hot, arid climate in which they grow, Israel’s medicinal herbs seem particularly rich in healing chemical compounds. 

Powerful antibacterial, anti-fungal, antioxidant, parasite-fighting or immune-boosting substances have been found in native plants such as Palestine oak, terebinth, Mediterranean stink bush, chamomile, carob, sage, nettle and marigold. 

“Some plants we picked because we knew local people use them for all kinds of folk remedies,” says Fridlender. “A number of others were identified later to have beneficial properties.” 

The college (which is independent of the Hadassah Medical Organization) made an internal website where all the BioXplore partners are uploading their findings, some of which have already been published. At the end there will be a database for broad use. 

“As a consortium, we would like to interest local industries to take whatever we have discovered and try to develop products together,” says Fridlender.

Hadassah Academic College President Bertold Fridlender is an accomplished botanical researcher.
Hadassah Academic College President Bertold Fridlender is an accomplished botanical researcher.

“It is important to stress that we are never going to destroy the environment by wildly picking plants,” he adds. “Once you identify a plant’s value, you can domesticate and cultivate it on special farms that will provide jobs and result in a standardized product from a plant grown specifically for this purpose.” 

Even plants from the Old City walls 

In addition to Hadassah, the BioXplore partners include the Biodiversity and Environmental Research Center (BERC) in Nablus, the Leitat Technology Center in Barcelona and the Hellenic Regional Development Center in Athens. 

It all began when Fridlender saw a European Union tender for cross-campus projects in the Mediterranean basin related to environmental protection of plants, with potential for helping the economy of the partner countries involved. 

He jumped at the opportunity and recruited the other partners as well as Gili Joseph, an expert in the field who was returning to Israel after her post-doctoral training at Rutgers University. Rutgers and North Carolina State University are participating in BioXplore as consultants, as are several veteran Israeli botanists. 

Between November 2011 and November 2013, each partner is responsible for screening between 300 and 1,000 plants from its own region for 10 different bio-active ingredients. 

Researchers are using simple screening kits created at the Global Institute of Bio Exploration (GIBEX), an offshoot of the laboratory of botanical researcher Prof. Ilya Raskin at Rutgers and Prof. Mary Ann Lila from North Carolina State. Fridlender worked with Raskin for more than a decade. 

The kits allow for screening large amounts of plants right in the field without the need for sophisticated labs, which is crucial especially in studying wellness components of plants in less-developed countries, Fridlender explains. 

These kits have previously been used in countries including Ecuador, South Africa, Botswana, Namibia, Kenya, Tanzania, with training provided by Joseph. She is heading the BioXplore scientific team including 18 Hadassah students.

“This is the first comprehensive screening of Israeli flora from north to south, desert to sea — even plants from the walls of Jerusalem’s Old City,” says Fridlender. “By March we had already screened 1,000 plants and now we are in the process of selecting the most valuable plants that can generate unique opportunities for many different applications.” 

He notes that the BERC and Hadassah teams have worked together closely and harmoniously on the project. “It was difficult to find a [Palestinian] partner, but once we realized we were a good match scientifically, science took over politics and it’s been a wonderful cooperation.” 

Fridlender says Hadassah will look for ways to extend the project beyond November, either through public funds or industry sponsorships.

 

Childhood sun exposure a major risk factor for skin cancer

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Israeli study shows quadrupled higher risk of cutaneous melanoma among native-born Israelis of European origin.

Cancer researchers say you can still go to the beach but urge safety measure against the sun's harmful rays. (Shutterstock)

Cancer researchers say you can still go to the beach but urge safety measure against the sun’s harmful rays. (Shutterstock)

 

It’s summertime and Israel’s beaches are just beckoning visitors. While having fun in the sun is enjoyable, covering up and using sun block is even more crucial. A new study conducted using extensive medical records of over one million Israeli adolescents shows clearly how exposure to the Israeli sun of young, light-skinned children increases substantially the risk of cutaneous melanoma — a serious form of skin cancer.

 

The incidence of cutaneous melanoma is on the rise across the globe. Rates have tripled over the last decades in the United States, and the rise was even steeper in Europe.

 

In Israel, researchers Dr. Hagai Levine and Prof. Jeremy Kark from the Hebrew University-Hadassah Braun School of Public Health and Community Medicine found – not surprisingly – a quadrupled higher risk of skin cancer among native-born Israelis of European origin (including the Americas, Australia and South Africa) and those immigrating from those countries over those of North African or Asian origin.

 

Israel’s subtropical latitude means residents are exposed to more solar radiation than in much of Europe. Even those who spent their childhood in Europe need to take special care as the data showed that those who came to Israel before age 10 had almost double the risk of cutaneous melanoma compared to those who arrived from Europe later in childhood.

 

These findings, say the researchers, provide solid support for the importance of stressing the issue of childhood sun exposure, particularly in light skinned people, as a preventable risk factor for cutaneous melanoma and can aid in directing public health and research efforts.

 

The study on Israel and cutaneous melanoma was published recently in the International Journal of Cancer. In addition to Dr. Levine and Prof. Kark, researchers from the Israel Defense Forces Medical Corps, the National Cancer Registry and other institutions participated in the work.
Photo by Eldad Carin / Shutterstock.com

About Viva Sarah Press

Viva Sarah Press is an associate editor and writer at ISRAEL21c. She has extensive experience in reporting/editing in the print, online and broadcast fields. She has jumped out of a plane, ducked rockets and been attacked by a baboon all in the name of a good story. Her work has been published by international media outlets including Israel Television, CNN, Reuters, The Jerusalem Post and Time Out.

A ‘watch’ that stops unnecessary heart attack deaths

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GE is banking on Oxitone wrist monitor to provide a heads-up for someone to get medical assistance before it’s too late.

A prototype of the Oxitone device, heading to market in about 18 months.

A prototype of the Oxitone device, heading to market in about 18 months.

About half of all people at risk of death from heart attacks could gain the chance to live, once Israeli entrepreneur Leon Eisen’s new Oxitone device goes to market in about 18 months.

Using two optical sensors, and another special high-tech tool, he’s developed the world’s first “watch” that can just about tell when your time may be up.

 

It’s no joke: Oxitone was developed to cheat fate.

Eisen tells ISRAEL21c that about half of the people who die from cardiac or pulmonary arrest would be alive if someone had been there to get them to the hospital in time. Oxitone is made to be worn on the wrist to provide a heads-up for someone to get medical assistance on their own, before it’s too late.

With all the technology out there — personal monitoring devices, crocodile clips for your finger, even those panic buttons — nothing helps if the user is not able to mobilize these devices in time. And many patients may not be able to read the signs that cardiac arrest is imminent.

That’s why Eisen developed a wearable watch-like mobile device –– synched with Bluetooth, Android or iPhone devices –– that takes minute-by-minute readings of heart rate and oxygen levels in the blood.

So potentially “disruptive” is this advance that Oxitone recently was chosen from 400 applicants to be among 13 companies – and the only Israeli one — in GE Healthcare’s Start-Up Health Academy Entrepreneurship Program. The three-year program provides healthcare entrepreneurs the tools to propel their product into the healthcare market.

Pain-free, always on duty

“Oxitone takes the pinch out; it’s worn on the wrist instead of the fingertip to provide continuous, wireless non-stop monitoring while you are walking, eating, sleeping or doing sports,” Eisen says.

Blood-oxygen levels are a critical parameter in monitoring COPD (chronic obstructive pulmonary disease), which can prevent patients from getting enough air into their lungs.

COPD also accompanies chronic bronchitis, asthma and emphysema, leading to shortness of breath. It is estimated that COPD is the third-highest cause of death in the United States.

Oxitone non-invasively determines if a cardiac event is imminent by following blood-oxygen levels. It may also help people who suffer from sleep apnea, giving peace of mind to the wearer and their loved ones.

It looks like a watch, but it’s a sophisticated blood-oxygen and heart-rate monitor.
It looks like a watch, but it’s a sophisticated blood-oxygen and heart-rate monitor.

When heart rates change and oxygen levels drop, Oxitone sends alerts to pre-determined locations. It can also be used for long-term care, as physicians can access ongoing records to see how a patient is doing over time.

“My product facilitates an early clinical response for cardiac or pulmonary attack,” Eisen explains. “Because it is continuously monitoring, we can provide an emergency alert. With our device, people will feel better because they understand they are protected. This is the breakthrough.”

A telltale heart

Eisen is looking for a $3 million investment and looks forward to starting clinical trials on the device in Israel and the UK. Early R&D trials have already been done, he says. There is also a working prototype in hand, but just how the final Oxitone will look is yet to be determined.

Eisen was trained originally as a physicist. The 46-year-old moved to Israel from Moscow in 1999 and obtained a doctorate from Israel’s famed Weizmann Institute of Science. He then did a post-doc at Bar-Ilan University, where he learned about optical lasers. This work of several years enchanted him, and made him curious about applied sciences.

He started working as a freelancer, building various projects and sensors for high-tech companies.

In 2010, Eisen joined Israel’s startup nation culture by founding Oxitone, the name of the company as well as the device. The company is based in Ashkelon, inside the ATI incubator.

The “watch” will cost an estimated $200, plus a monthly service fee depending on use.

About Karin Kloosterman

Karin Kloosterman lives in Jaffa, Israel. She is a journalist, writer and blogger who focuses on the environment and clean technology from Israel and the Middle East. Published in hundreds of newspapers around the world, Karin also writes for the Huffington Post and Green Prophet.