Welcome to the Age of Chipless RFIDs
“Research and Markets” have just made public their “Printed and Chipless RFID Forecasts, Technologies & Players 2007-2017”; in terms of quality and technology, it speaks highly of their latest brand addition.
This technological breakthrough, the Chipless RFID smart labels, can help us unveil an identity and other important information when scanned and scrutinized electronically. The greatest advantage they boast of is that they do not incorporate a microchip to store data and information; this is infact an added advantage as this reduces their cost considerably as in comparison to chip RFID. It is forecasted that the chipless electronic components and devices can strongly hold the market and can show a growth rate of approximately 45%.
The chipless RFIDs show sales of 2322 million as compared to the chipless RFIDs that hold a mere 0.4 % of the market (approx. 100 million). This is definitely a well-known fact that - chipless devices have a bright future and would surely contribute towards the technological upgradation of the world. Thus their cost effectiveness account for their wide popularity and recognition.
They can be very well compared to the bar codes as they are somewhat cheap. Many popular brands in the electronic industry are now trying to offer chipless as well as chip RFIDs so as to cover the full market spectrum and almost every electronic equipment. Industry giants like AstraZeneca and Calvin Klein have already started consuming them in large numbers and almost every packaging company holds licenses to a wide range of processes.
Coming to their cost effectiveness, the chipless RFIDs cut the cost of the devices to upto one tenth as that in comparison to their silicon counterparts. They are capable of handling information upto 256 bits and can be maneuvered upto the distance of ten meters. As compared to the silicon chips the RFIDs show enhanced physical performance too. What makes a RFID so effective and performance oriented is their material based and transistorless circuitry.
Top electronic companies like Philips, PolyIC, OrganicID and Motorola are manufacturing such “Transparent polymer transistor circuits”. So we can analyze the situation and conclude that mainstream and typical RFID applications will soon be taken over by the chipless RFID circuitry, and that too for the good. So are we all ready for the price slashes in the electronic world?
One may learn -
The world’s only in depth report on Chipless RFID technologies
Detailed market forecasts by chipless technology from 2006 to 2016
Analysis of the technologies being implemented today
Over 200 pages, detailed case histories, and company profiles of the many trials and sales successes of chipless RFID
Sales leads and opportunities
Unbiased assessment of who will be the winners and losers in the shakeout and what the future will bring
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World’s First Schizophrenic Mouse Developed by Gene Modification

From the dawn of medical history, mice have always been a tool, used for the development of medical treatments and understanding of human anatomy. In medical history, mice models have greatly helped medical scientists to study mainly, structure and diseases related to heart, kidney and genes.
Scientists at John Hopkins University in Baltimore have another success in medical history as they bred world’s first schizophrenic or mentally ill mouse.
For the first time we have an animal genetically engineered with a mental illness. It will allow researchers to study the disease and develop treatments.
To develop this mouse, scientists modified its DNA to mimic the gene responsible for schizophrenia. This gene was inserted into the egg cell and then fertilized by using surrogate mothers. Features, such as hyperactivity and depression, similar to those humans with schizophrenia, were detected in mice’s brain.
This gene is believed to be found first in a Scottish family with high incident of schizophrenia, which affects one in about every 100 people.
However, such an act of forcing animals to mental suffering is an ethical issue for animal right campaigners. They called it an immoral and unnatural act. They further showed doubts about the reliability of mice models in modeling human diseases.
However, scientists are of the opinion that ninety-nine percent of human genes share a comparable version in the mouse, and many of them appear in the same order in our chromosomes. Therefore, we have similar reproductive and nervous system. That is why mouse has served as a model for biomedical studies for more than a century. By some estimates, 25 million mice are used in medical research each year.
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O2 Dog - Your Dog Deserves Oxygen Treatments Too

There is no doubt that the oxygen therapy can be an effective treatment for cluster-type headaches, migraines, and other types of headache. You can have it easily in any beauty center but, what about your pet dog? Doesn’t that baby needs oxygen treatment? It’s time to shower your affection on your sweet poochie by gifting him the O2 Dog from a company called AirPress. It’s an oxygen chamber especially made dog-sized. I know you take your dog to some pet spa every week but isn’t it a good idea to give him oxygen treatments at home too? Pricing for the O2 Dog oxygen chamber is unknown at the moment.
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Oxygen Detox System for Perfect Energizing Finish

All of us are busy working in toxic environment and the adverse effects are right before us. Our body is capable of handling the things to a limit only. So, we are normally on the hunt for for best body refreshing techniques such as saunas, massage, or oxygen therapies. It would be great if we get all such therapies in a single gadget. The O2 Planet’s Oxygen Detox System is a combination of steam sauna, water jets and oxygen mist. You can see the immediate vivid results with the system. It also evacuates cellular debris including heavy metals for anti-aging. The all-in-one system detoxes liver, gall bladder, and blood clotting cellular debris. To enjoy this perfect finish to any health or beauty treatment, you will have to shell out $4,595 for the special version and $4,995 for the regular version.
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My favourite holiday destination is Lech, which I discovered 32 years ago - quite by chance - when my wife first took me skiing. We'd got a cheap package holiday to a lower-level resort.
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I enrolled in a ski class, but when I found out the instructor was 14 and the other students even younger, I decided to teach myself. It was a daft thing to do and I ended up going down the slope on my backside. Luckily some Aussies took pity me, and told me the skiing was much better in Lech, so we drove up there in a Beetle we'd hired and checked into the Hotel Kristberg (www.hotel-kristberg.at). We were met at the door by Egon Zimmermann, the 1964 Olympic downhill gold-medal winner, who turned out to be the owner.
We had a fabulous time: I learnt to ski, ate lots of veal and apple strudel, and we became firm friends with Egon. We've been going back every year or two since then and it's become a second home.
Funnily enough, we've yet to visit Lech in the summer but with a bit of luck we will this year.
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The drought-struck Australia seems to be up with arms to hunt for alternative solution to global warming – the root of droughts prevailing in the country’s major cities. Presently, the driest inhabited continent on earth needs to derive solution from its immediate abundant resource – the sea water.
Cuing this source of energy, scientists have come up with a new technology that can harness electricity and drinking water from wave energy, to serve the major cities of Australia.
The US $636 million technology works through fields of submerged buoys tied to seabed pumps. These buoys are made to move in harmony with the passing waves’ motion. In the process, the technology pumps pressurized seawater to shore, where it runs turbines passing through a desalination plant.
According to the Australian Broadcasting Corporation, Industry Minister Ian MacFarlane said,
Thanks to the Perth-based Carnegie Corporation for developing the technology. Once its functioning is successfully kicked up, the “Wave Farms” would be capable of generating around 300 megawatts power, which is also emission-free. This eco-friendly production of power can serve about 300,000 householdsThe constancy of the waves even when the surface is dead calm means that you can build a base load renewable energy power station and that is really the holy grail for us, if you can produce renewable energy 24/7.
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A campaign to save the meadows that inspired the Alice in Wonderland author Lewis Carroll has heralded a dramatic rise in the fortunes of endangered wading birds.
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Snipe, lapwing and redshank are all suffering long-term decline across Britain but are now thriving at Otmoor nature reserve in Oxfordshire, which is celebrating its tenth anniversary.
But the Royal Society for the Protection of Birds was only able to establish the protected wetland after conservationists fought off plans to build the M40 motorway through the area, which lies between Oxford and Bicester.
The moor, divided by hedges and ditches into a grid of fields following enclosure, caught the eye of Carroll as he looked down from the top of Noke Hill.
The view is widely believed to have inspired the chess-board imagery of Through the Looking-Glass, the 1871 sequel to Alice's Adventures in Wonderland.
In the early 1980s one local campaigner bought a small field to prevent the M40 being built. Dubbed Alice's Meadow, it was then subdivided into around 3,500 plots, each around 33 sq ft, which were sold to groups and people sympathetic to the conservationists.
This posed an insurmountable hurdle to the compulsory purchase procedure, which required that each piece of land go through the lengthy process of valuation, identification of landowner, service of CPO, notice period and possible appeal.
s a result the Government's preferred route was withdrawn in favour of an amended plan and the battle to save Otmoor was won.
With the land saved from roadbuilders the RSPB and the Environment Agency were able to buy 1,000 acres of farmland near Alice's Meadow and turn it back into wetland with the help of local farmers.
When they began the project in 1997 there were only 80 pairs of breeding waders in the whole of the Upper Thames Tributaries.
Now there are well over 200 pairs, with around 90 breeding in Otmoor. They include five pairs of snipe - more than half the population in central England.
Snipe numbers across England and Wales have fallen by 61 per cent between 1982 and 2002, with lapwings sinking 40 per cent.
Their wetland habitat was largely drained during the 20th Century for agriculture. Between 1940 and 1980 20,000 sq km of wet grassland was drained and today only 30,000 sq km remains.
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Had the original M40 route been followed it would have run alongside the Otmoor reserve site and a dual carriageway link road would have been run right across it.
Funding for the reserve came largely from the Heritage Lottery Fund, which provided £2.5m, along with £450,000 from the Landfill Communities Fund.
Graham Wynne, RSPB chief executive, said: "The achievements at Otmoor are truly inspiring. Through this major restoration project, we have saved the wading bird population in this part of England and proved that we can reverse the habitat losses that centuries of wetland drainage have inflicted on our wildlife.
"The development of this fabulous nature reserve has also helped to bring about improvements to the wider countryside.
"What we need now is more Otmoors. We need more wetlands, not only to provide safe havens for birds and other wildlife, but to help reduce flooding and pollution, and to provide wildlife-rich places for people to enjoy."
Dr Rebecca Tibbetts at Natural England, said: "The reserve and RSPB have acted as a superb catalyst to neighbouring farmers to encourage them to restore the area back to wetland habitat.
"The reserve continues to provides a rich nature resource from which to expand, and it acts as a fantastic buffering support to the species and habitat of the adjacent Otmoor Site of Special Scientific Interest (SSSI)."
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Scientists have developed a new technique by which they are able to create cloned sperms. In future this technique could enable men with very low sperm counts to become fathers.
This technique has been tested in mice where a single healthy mouse sperm was injected into a mouse egg from which all the genetic material was removed. The sperm then was able to make more sperms on its own. Scientists have stated that further refinement of the technique will make it fit for humans as well.
Some experts have however raised safety concerns as some mice made from cloned sperms were abnormal. However, still four of these offspring had grown into normal adults.
Researchers now will need to figure out why some mice were born abnormal. They however believe that the technique had enough potential to be used in humans.
Fertility is a common problem and one in every seven couples attempting a first pregnancy face this problem and out of these couples male fertility is the reason in 40% cases.
In such a case researchers will use one of the sperm and inject it into the egg from where the genetic material will be removed, once there the sperm will develop more sperms in an effort to guarantee that the implanted embryo is healthy.
Before using the technique in humans, researchers will have to check the next generation of mice born from clone-made rodents as there might be some genetic disorders which might affect the future generations of these mice.
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A revolutionary home test reveals an unborn baby’s sex at six weeks! Is the phenomenon, an advancement of medical science or a kind of bane on the human existence?
About two years ago, the Early Baby Gender Mentor DNA test was launched. It purportedly tested for fetal DNA in maternal blood to see if there was any DNA from the Y chromosome - yes means boy, no means girl. Now another similar test is being sold called the Pink or Blue test.
The consequences would be- Babies were being aborted simply for being the ‘wrong’ sex!
The cost of the entire kit is around $376. Its opponents fear that it might create a massive leap in abortions if would-be parents are not having the gender they want.
Previously the gender of a baby could be known at the 20-week scan, four weeks before the legal limit for an abortion. However, the new home test would explode the conventional test which confirms the gender of the unborn.
The Pink or Blue Early Test Kit, launched on the internet this week by DNA Worldwide, is claimed to be 98 per cent reliable.
Would be moms are suppose to give a sample of their blood by pricking their fingers, the sample is then is taken on a filter paper and send it to lab for testing.
Lab technicians determine the sex by looking for the Y chromosome found in males in three tests. Each works because an unborn baby’s DNA is present in the mother for six weeks.
David Nicholson, director of DNA Worldwide said, Parents are excited by the pregnancy and want to know the sex of their baby. A lot even build an extra room or redecorate one for the baby — and they don’t want to wait until their 20-week scan to find the sex.
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