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Cancer


— Medical

Pill on a string pulls early signs of cancer

By - July 20, 2015 2 Pictures

As with every form of the deadly disease, early detection of oesophageal cancer is critical to recovery. The current approach of detecting the cancer through biopsy can be a little hit and miss, so the University of Cambridge's Professor Rebecca Fitzgerald and her team have developed what they claim to be a more accurate tool for early-diagnosis. Billed as "a pill on a string," the Cytosponge is designed to scrape off cells from the length of the oesophagus as it is yanked out after swallowing, offering up a much larger sample for inspection of cancer cells.

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— Medical

Drug-infused hydrogel coatings add firepower to nanoshell cancer treatment

By - July 15, 2015 3 Pictures

Building on previous work, researchers at Duke University have developed a new technology that wraps nanoshells in a thin film of drug-infused hydrogel, adding additional firepower to the already promising targeted cancer treatment. The hydrogel is loaded with cancer-fighting drugs and coated onto the nanoshells, which heat up when exposed to infrared light and release the chemotherapeutic drugs, delivering a one-two punch, directly to the tumour.

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— Medical

Optical device takes after a dog's nose to sniff out disease

By - July 8, 2015 1 Picture

When things in our body go awry, through disease or infection, for example, the types of molecules in our breath can change. These variations have presented researchers around the world with a very real opportunity to detect various conditions, including lung cancer, with unprecedented ease. The latest scientists to start sniffing around this emerging form of medical diagnosis is a team from the University of Adelaide, who are developing a laser instrument inspired by dog's nose that can screen breath samples for signs of unrest.

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— Medical

Reactivation of a single gene turns colorectal cancer cells back into normal tissue

By - June 23, 2015 2 Pictures

Future cancer treatments may target your genes rather than the cancerous cells themselves. A new study found that reactivating a single gene was enough to stop and reverse colorectal cancer (that's cancer of the colon, or bowels) in mice, with a return to normal intestinal functions within just four days and tumors gone within two weeks. The concept, though not the specific method, could lead to new treatments of a variety of cancers.

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— Medical

Herpes virus genetically engineered to destroy skin cancer cells

By - May 27, 2015 1 Picture

A new study has pointed to a chink in the armor of skin cancer cells, suggesting that they can be overpowered by the body's own system with help from a pioneering approach known as viral therapy. A clinical trial has demonstrated that a genetically engineered herpes virus can not only plant itself in the cancer cells and kill them off, but activate the body's own immune system to stave off harmful tumors.

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— Medical

FDA ticks off first drug to treat radiation sickness after nuclear disasters

By - May 25, 2015 1 Picture

A drug long-used to counter the negative effects of chemotherapy has won US Food and Drug Administration (FDA) approval for use in treating the nasty effects of exposure to radiation following a nuclear disaster. Known commercially as Neupogen, the drug has been shown to work by shielding the body's white blood cells to heighten a patient's chances of survival.

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— Medical

Loading cancer vaccines into silicon microparticles could stop tumors in their tracks

By - May 6, 2015 1 Picture

A key battleground in the fight against cancer has been the development of vaccines to stop tumors taking hold. These are intended to kick the body's own immune system into action to fend off the cancerous cells, with immunotherapy drugs for melanomas, prostate and lung cancer all emerging in recent years. But one hurdle oncologists are yet to tackle with any great success is a vaccine for breast cancer. New research now suggests this mightn't be all that far away, with the discovery that loading cancer antigens into silicon microparticles serves to greatly boost the immune response.

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