Nanoparticles News
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Researchers have come up with a new drug-delivering nanoparticle which may provide a more effective means to treat the brain cancer glioblastoma. The particles are equipped to transport two different drugs.
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Boston -
An artificial intelligent based method could accelerate the development of specialized nanoparticles, according to a new proof-of-concept study.
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Toronto -
A new medical technology has been developed, in the form of a liquid biopsy”. This Canadian technology is designed to detect those patients who may not respond to conventional chemotherapy for prostate cancer.
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A new nanoparticle, at the cellular level, may reveal how cancer cells move to different locations in the human body. This process involves co-opting the human body’s intercellular delivery service.
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Silver nanoparticles are being used in clothing for their anti-odor abilities but some of this silver comes off when the clothes are laundered. The wastewater from this process could end up in the environment, having a detrimental effect.
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Gold nanoparticles, just 100 nanometers in size, have been developed to offer a truly innovative solution for health screenings. When these particles are coated they can be used to track blood flow within the smallest blood vessels in the body.
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Virus particles, which normally infect potatoes, have been adapted to act as cancer drug delivery devices. Trials have been successfully attempted using mice.
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Following cancer treatment the immune system will start to track down and kill cancerous cells. To enhance this process researchers have experimented with nanoparticles, designed to enhance cancer treatment.
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Edinburgh -
A new study shows how tiny particles associated with air pollution are linked with cardiovascular disease. These particles, which enter the lungs, can lead to premature death.
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While the Ebola pandemic in West Africa was eventually tackled the risk remains that the viral disease will re-emerge. To better equipped a new diagnostic method has been developed to allow for the rapid detection of the disease.
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Scientists have used tiny worms to digest nanoparticles wrapped around bacteria. The study has been run to see how cellular forces affect nanomedicine.
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A key resource in the so-called ‘war on terror’ is with the early detection of hazardous threats to civilian populations. One way to accomplish this is through the use of sensors. A new, accurate sensor has been developed.
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Dust allergies relates to mites that live and feed on dust particles (with most dust being composed of skin cells). Researchers have made a breakthrough in explaining allergies using nanotechnology.
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An advancement in nanotechnology: scientists have succeeded in combining a sugar, extracted from crab and shrimp shells, with nanomaterials. This is the building block for bone regeneration and wound healing.
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A research study, using novel nanoparticles, where the particles are injected into joints, has protected cartilage from damage. This is based on studies in mice.
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Medical technologists have fashioned synthetic nanoparticles to track down cancerous cells and to enable medics to differentiate cancerous cells from healthy cells. The technique should enable better targeted treatments.
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A step forward in safety: researchers have developed a fire resistant paper, based on nanowires. In addition, the paper is also bacterial resistant and this helps reduce the spread of infections.
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Could parts of a tree be used to strengthen car bumpers and fenders? Could these biological parts be recycled from trees felled in the rainforest? This idea may seem bizarre but it has the potential to protect cars from bumps and crashes.
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Studying the intestines of people is a critical part of the medical exam. The means to do this, using dyes, are not always the most efficient for a complete diagnostic. To improve this, researchers have looked at a pigment from spinach.
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Imagine self-cleaning, hydrophobic surfaces and how useful they could be: windscreens that repel raindrops; airplane wings that de-ice, and so on. May sound like sci-fi, but it’s a step closer thanks to nanotechnology.
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Nanomedicine represents one of the most promising areas of medical technology. In a new application, researchers have used nanoparticles to address the effects of atherosclerosis.
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Targeting drugs to the right spot within the human body is critical for the successful application of a medicine. Many compounds, however, don't hit the exact spot. New research is attempting to improve the focus of drug delivery.
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Moscow -
A key application of nanotechnology is in the medical field and one useful application is with the early detection of cancerous cells. Researchers from Russia report on a new innovation.
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Saint Louis -
With the world's population soon expected to reach eight billion, scientists have been working to find a way to produce enough food to feed all those hungry mouths. A team of engineers has found a way to do this using nanoparticles.
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A biodegradable nanoparticle has been used to treat asthma and other allergies in a radically different type of research. The particles act in a way to stop the immune system from attacking an allergen and thus preventing the allergic response.
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A new therapeutic drug for the treatment of prostate cancer has been trialed, and shown to be effective. The drug inhibits a protein known to contribute to the disease.
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A means of combating aggressive breast cancer with a drug based on nanotechnology has been developed. In animal trials, metastatic cancer was successfully treated, paving the way for human trials.
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Directing drug treatment to tumors is a hit-or-miss activity. Considerable research efforts are going into improving targeted drug delivery. A new approach centers on nanotechnology.
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Austin -
Scientists have created a "bubble pen," and the technique of bubble-pen lithography, to inscribe nanoparticles onto a surface.
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University of Michigan researchers have created a polymer sphere capable of delivering a molecule directly into bone wounds. The molecule instructs cells at the injury site to repair the damage.
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Nanoparticles Image
Ebola particles are quite scary up close, but you should not buy into the fear right away. NIAID
Nanoparticles are particles between 1 and 100 nanometers in size. In nanotechnology, a particle is defined as a small object that behaves as a whole unit with respect to its transport and properties. Zherebetskyy
In addition to angular, endogenous magnetite nanoparticles (left), researchers found spherical magnetite particles in postmortem human brains (middle) resembling those found in polluted air (right). Barbara Maher
Nanoparticles can help food the world. Earth 100
Nanowire based sensors have gained considerable interest as a general platform for ultrasensitive label-free electrical detection of biological and chemical species. University of Sussex
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