Scientists Discover Nanotechnology Coating That Can Kill 99.9 Percent Of Superbugs


The transparent coating will be baked into the material, forming a hard surface that is resistant to superbugs including MRSA, some fungi and Escherichia coli. The team is now studying on how the material could be incorporated into paint and plastics to explore a wider use of the discovery.

Angela Laguipo reports: A nanotechnology coating could control the spread of potentially deadly antibiotic-resistant superbugs that are very difficult to kill, a new study found.

“It’s absolutely wonderful to finally be at this stage. This breakthrough will change the whole fight against superbugs. It can effectively control the spread of bacteria.”

— Professor Suresh Pillai from IT Sligo.

This new breakthrough will allow ordinary items like smartphones, door handles and telephones to be protected against antibiotic-resistant bacteria, which are expected to kill about 10 million people around the world by 2050. A team of researchers from Institute of Technology Sligo found a way that could stem the spread of deadly and hard-to-treat superbugs.

“It’s absolutely wonderful to finally be at this stage. This breakthrough will change the whole fight against superbugs. It can effectively control the spread of bacteria,” said Professor Suresh Pillai from IT Sligo.

Nanotechnology Research in nano-microfabricated systems Micro-chip with tweezers Zulf Ali Enterprise magazine

Nanotechnology Research in nano-microfabricated systems. Micro-chip with tweezers. Zulf Ali Enterprise magazine

The nanotechnology has a 99.9 percent kill rate of potentially fatal bacteria, the researchers found. It contains a potent antimicrobial solution that is robust enough to kill pathogens and even inhibit their growth.

[Read the full story here, at Tech Times]

A wide range of items could be used as long as they’re made from metal, ceramic or glass including screens of tablets, smartphones and computers. It could also be used on door handles, television sets, urinals, refrigerators, ATM’s and ceramic tiles or floors.

[The study was published here, in the journal Nature]

It will be very useful in hospitals and other medical facilities that face the problem of superbug infections or what is commonly called nosocomial infections. Other common public areas that can use this nanotechnology are public swimming pools, buildings and transportation. Read the rest of this entry »


Capitalism is the Great Anti-Pollutant

Climate science today is a veritable cornucopia of unanswered questions. Photo: Corbis

Contrary to popular myth, the environment over the past 200 years has become less polluted and toxic for humans.

In July 1924, Calvin Coolidge Jr., the Presdient’s 16-year-old son, died of an infection from a toe blister he got playing tennis on the White House lawn. The bacteria that took young Calvin’s life is staphylococcus aureus, known as “staph.” …

Were health-care products such as antibiotics, antibacterial ointments, and inexpensive clean and disposable bandages available 92 years ago, Calvin Coolidge Jr., would have escaped the bacterial pollution that killed him. Factories and vehicles used to produce and distribute these items use energy, and dispense waste. But capitalist production and consumption are not destroying a pristine Eden. Instead, capitalist production and consumption are replacing more immediate and more lethal forms of environmental pollution for less immediate and less lethal forms.

We denizens of modern market economies are today largely free not only of the filth of lethal staph infections, but also of other up-close and dangerous pollutants that our ancestors routinely endured, or died of. We sleep, in sturdy buildings, on beds that rest on hard floors beneath hard roofs. Our pre-industrial ancestors did not. Save for the tiny fraction of people in the nobility and clergy, nearly everyone slept in flimsy huts on dirt floors beneath thatched roofs. (Sometimes these dirt floors would be strewn with hay, thresh, to make them less unpleasant.)

Not only were thresh-strewn dirt floors obvious sources of regular up-close pollution of a sort that is unknown to a typical first-world person today, thatched roof themselves were ferments of filth. They kept out rain and cold less effectively than our modern dwellings. Worse, they were home to rats, mice, birds, spiders, hornets, and other animals, which would drop their own wastes onto the huts’ inhabitants. They were also highly flammable.

Of course these pre-industrial huts contained no running water or indoor plumbing. Daily bathing and other routines of personal hygiene that we moderns take for granted were largely unknown to most before the industrial revolution.

For heat in the winter families would bring farm animals into the huts, especially at night. To shield themselves from the droppings of these farm animals, each of these families would cut a trench in the floor across the width their hut. They’d sleep on the side of the trench opposite where the animals slept. Unfortunately, the trench did little to protect the family from whatever insects the animals brought into the huts with them. Read the rest of this entry »

Matt Ridley: Fossil Fuels Will Save the World (Really)


The Irrelevance of Renewables and the Virtues of Fossil Fuels

Matt Ridley writes: The environmental movement has advanced three arguments in recent years for giving up fossil fuels: (1) that we will soon run out of them anyway; (2) that alternative sources of energy will price them out of the marketplace; 41gqiO01CcL._SL250_and (3) that we cannot afford the climate consequences of burning them.

[Check out Matt Ridley’s book “The Rational Optimist: How Prosperity Evolves” at]

These days, not one of the three arguments is looking very healthy. In fact, a more realistic assessment of our energy and environmental situation suggests that, for decades to come, we will continue to rely overwhelmingly on the fossil fuels that have contributed so dramatically to the world’s prosperity and progress.

“Wind power, for all the public money spent on its expansion, has inched up to—wait for it—1% of world energy consumption in 2013. Solar, for all the hype, has not even managed that: If we round to the nearest whole number, it accounts for 0% of world energy consumption.”

In 2013, about 87% of the energy that the world consumed came from fossil fuels, a figure that—remarkably—was unchanged from 10 years before. This roughly divides into three categories of fuel and three categories of use: oil used mainly for transport, gas used mainly for heating, and coal used mainly for electricity.

Over this period, the overall volume of fossil-fuel consumption has increased dramatically, but with an encouraging environmental trend: a diminishing amount of carbon-dioxide emissions per unit of energy produced. The biggest Harry-Cambell-Energycontribution to decarbonizing the energy system has been the switch from high-carbon coal to lower-carbon gas in electricity generation.

“Both wind and solar are entirely reliant on subsidies for such economic viability as they have. World-wide, the subsidies given to renewable energy currently amount to roughly $10 per gigajoule.”

On a global level, renewable energy sources such as wind and solar have contributed hardly at all to the drop in carbon emissions, and their modest growth has merely made up for a decline in the fortunes of zero-carbon nuclear energy. (The reader should know that I have an indirect interest in coal through the ownership of land in Northern England on which it is mined, but I nonetheless applaud the displacement of coal by gas in recent years.)

The argument that fossil fuels will soon run out is dead, at least for a while. The collapse of the price of oil over the past six months is the result of abundance: an inevitable consequence of the high oil prices of recent years, which stimulated innovation in hydraulic fracturing, horizontal drilling, seismology and information technology. The U.S.—the country with the oldest and most developed hydrocarbon fields—has found itself once again, surprisingly, at the top of the energy-producing league, rivaling Saudi Arabia in oil and Russia in gas.

“The second argument for giving up fossil fuels is that new rivals will shortly price them out of the market. But it is not happening. The great hope has long been nuclear energy, but even if there is a rush to build new nuclear power stations over the next few years, most will simply replace old ones due to close.”

The shale genie is now out of the bottle. Even if the current low price drives out some high-cost oil producers—in the North Sea, Canada, Russia, Iran and offshore, as well as in America—shale drillers can step back in whenever the price rebounds. As Mark Hill of Allegro Development Corporation argued last week, the frackers are currently experiencing their own version of Moore’s law: a rapid fall in the cost and time it takes to drill a well, along with a rapid rise in the volume of hydrocarbons they are able to extract.


And the shale revolution has yet to go global. When it does, oil and gas in tight rock formations will give the world ample supplies of hydrocarbons for decades, if not centuries. Lurking in the wings for later technological breakthroughs is methane hydrate, a seafloor source of gas that exceeds in quantity all the world’s coal, oil and gas put together.

“The world’s nuclear output is down from 6% of world energy consumption in 2003 to 4% today. It is forecast to inch back up to just 6.7% by 2035, according the Energy Information Administration.”

So those who predict the imminent exhaustion of fossil fuels are merely repeating the mistakes of the U.S. presidential commission that opined in 1922 that “already the output of gas has begun to wane. Production of oil cannot long maintain its present rate.” Or President Jimmy Carter when he announced on television in 1977 that “we could use up all the proven reserves of oil in the entire world by the end of the next decade.”

That fossil fuels are finite is a red herring. The Atlantic Ocean is finite, but that does not mean that you risk bumping into France if you row out of a harbor in Maine. The buffalo of the American West were infinite, in the sense that they could breed, yet they came close to extinction. It is an ironic truth that no nonrenewable resource has ever run dry, while renewable resources—whales, cod, forests, passenger pigeons—have frequently done so. Read the rest of this entry »

10 of the Maddest Scientists Who Ever Lived




Barry Marshall

Drank bacteria to prove he’d get an ulcer.Everyone told him that bacteria couldn’t survive in the human stomach. But Barry Marshall, an Australian doctor who had spent his childhood building fireworks and operating on his pet dog, had other ideas. Marshall knew that bacteria caused ulcers, and he had watched his patients make full recoveries after antibiotic therapy. When he tried to publish his findings, however, the medical fraternity laughed him out of their conferences.

So Barry Marshall drank some bacteria. In just days, the crippling symptoms of gastroenteritis began to kick in, and finally confirmed that he was right—and in trouble. Marshall biopsied his own stomach, isolated the bacteria, wolfed down some antibiotics, and went on to win the Nobel Prize in Physiology.

Read the rest of this entry »