Caffeine May Slow Alzheimer's Disease and Other Dementias, Restore Cognitive Function, According to New Evidence

Although caffeine is the most widely consumed psychoactive drug worldwide, its potential beneficial effect for maintenance of proper brain functioning has only recently begun to be adequately appreciated. Substantial evidence from epidemiological studies and fundamental research in animal models suggests that caffeine may be protective against the cognitive decline seen in dementia and Alzheimer's disease (AD).

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Subchondral Bone Changes: Cartilage Loss Plays a Role in Development of Osteoarthritis

A recent study determined that bone area predicted the development of medial (inner side) and lateral (outer side) knee cartilage damage and loss of medial cartilage volume. Subchondral bone mineral density (BMD) was associated with medial defect development but not cartilage loss. Researchers believe subchondral bone changes and loss of cartilage contribute to the development of osteoarthritis (OA).

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Can START Stop Cholesterol Build-Up?

A newly discovered group of proteins could help treat cholesterol build-up in arteries.

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Obesity, Weight Gain in Middle Age Associated With Increased Risk of Diabetes Among Older Adults

For individuals 65 years of age and older, obesity, excess body fat around the waist and gaining weight after the age of 50 are associated with an increased risk of diabetes, according to a study in the June 23/30 issue of JAMA.

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Vitamin D supplements could fight Crohn's disease

A new study has found that Vitamin D, readily available in supplements or cod liver oil, can counter the effects of Crohn’s disease. John White, an endocrinologist at the Research Institute of the McGill University Health Centre, led a team of scientists from McGill University and the Université de Montréal who present their findings about the inflammatory bowel disease in the latest Journal of Biological Chemistry.

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Molecular Imaging Detects First Signs of Alzheimer's Disease

Research revealed at the Society of Nuclear Medicine's 57th Annual Meeting is furthering efforts to use molecular imaging as a means of early detection of Alzheimer's disease. Researchers are striving to detect the disease as early as possible by imaging the formation of a naturally-occurring protein in the brain called beta-amyloid, which is thought to be closely linked to disease onset.

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Molecular Imaging Allows Individualized 'Dose Painting' for Head and Neck Cancers

According to research revealed at the Society of Nuclear Medicine's 57th Annual Meeting, a multi-tracer molecular imaging technique using positron emission tomography (PET) provides detailed information about the physiological processes of cancerous tumors -- and could one day help radiation oncologists treat head and neck cancers with precision external-beam radiation therapy and improve the outcomes of therapy.

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Viruses Effective Against Brain Cancer in Animals: Human Trials Set to Start

Particular parvoviruses normally infect rodents, but they are also infectious for human cells. However, they do not cause any disease symptoms in humans. Most importantly, these viruses have an astonishing property: They kill infected tumors cells without causing any damage to healthy tissue. Therefore, scientists in the teams of Jean Rommelaere and Jörg Schlehofer at the German Cancer Research Center (Deutsches Krebsforschungszentrum, DKFZ) have been investigating over the past years whether these viruses can be used as weapons against cancer.

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Molecular Imaging Reveals Origin of Acid Reflux Disease

Molecular imaging has uncovered what may be to blame for acid reflux disease, a painful and potentially dangerous illness that affects a sizeable percentage of the population. A study presented at the Society of Nuclear Medicine's 57th Annual Meeting provides further evidence that the disease of the digestive system is brought on by a lack of tone, or motility, in the esophageal muscles that clear and keep stomach acids and other gastric contents from backing up into the esophagus.

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The Hidden Brain

It took Sherlock Holmes to deduce the significance of the dog that didn’t bark.* So maybe it’s understandable that neuroscientists have traditionally ignored the brain activity that just hums away quietly in the background when the brain isn’t doing much of anything. Assuming this “default” or “resting” activity was meaningless random noise, they went so far as to subtract it out—and thus ignore it—on brain images such as PET scans and fMRIs

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