In football, player-vs.-player hits will likely cause more severe head impacts than other impacts, according to a new study by a University of Georgia researcher.

The research also points to potential rule changes to further protect players.

The study, which is published in the most recent issue of the journal Pediatrics, analyzed nearly 7,000 head impacts during 13 games in a high school football team's season and post-season. Julianne Schmidt, assistant professor in the UGA College of Education and author of the article, said the analysis of game videos found players sustained more serious head impacts when hitting another player than players who hit their heads on another object, such as the ground.

EAST LANSING, Mich. -- High-ranking people don't always turn out to be selfish jerks. It all depends on whether they feel worthy of their prominent social position, new research indicates.

A series of six scientific studies led by Michigan State University scholar Nicholas Hays found that people with high social status who didn't believe they earned that status were much more generous than high-status people who felt they deserved the respect and admiration of others.

Prominent people who don't feel their status is fair and equitable become more generous with others to alleviate that sense of inequity, he explained.

Scientists at the University of Southampton have discovered a potential and novel way of preventing asthma at the origin of the disease, a finding that could challenge the current understanding of the condition.

The research, published in The Journal of Clinical Investigation (JCI) Insight, analysed the impact of the gene ADAM33, which is associated with the development of asthma.

ADAM33 makes an enzyme, which is attached to cells in the airway muscles. When the enzyme loses its anchor to the cell surface, it is prone to going rogue around the lung causing poorer lung function in people who have asthma.

For the first time Japanese researchers discovered that the extracellular domain of taste receptor proteins undergoes a change in structure by binding together taste substances. This structure change is thought to transmit the extracellular binding of taste substances to taste cells. The findings will contribute to our basic understanding of taste mechanisms and the development of a new taste evaluation system that makes use of the screening and detection of taste receptor structure changes.

The Large Underground Xenon (LUX) dark matter experiment, which operates beneath a mile of rock at the Sanford Underground Research Facility in the Black Hills of South Dakota, has completed its search for the missing matter of the universe yielding no trace of a dark matter particle. 

LUX's extreme sensitivity makes the team confident that if dark matter particles had interacted with the LUX's xenon target, the detector would almost certainly have seen them. In a 'what you don't find is important also' sense, these new limits on dark matter detection will allow scientists to eliminate many potential models for dark matter particles. 

My book "Anomaly! - Collider Physics and the Quest for New Phenomena at Fermilab" is slowly getting its finishing touches, as the second round of proofreading draws to a close. The book is scheduled to appear in bookstores on November 5th, and it makes sense to start planning some events for its presentation.
One such event will take place at the CERN library on November 29th, at 4PM. I am told that CERN already ordered the book to sell it in its bookshop, so it will be good to present the work to the community there - after all, the book is for everybody but I expect that it can be of higher interest to scientists and people in some way connected to research in High-Energy physics.

Ratings of our own abilities are strongly influenced by the performance of others, according to a study published July 20 in Neuron. Interacting with high performers makes us feel more capable in cooperative team settings, but less competent in competitive situations. Moreover, the degree of "self-other-mergence" is associated with activity in a brain region previously implicated in theory of mind--the ability to understand the mental states of oneself and others.

People with a variant copy of the TREM2 gene have an increased risk of developing Alzheimer's disease, but researchers are only beginning to understand why.

A Genentech study has uncovered details of how a type of immune cell helps the brain get rid of the tiny amyloid-beta aggregates that can clump together to form the plaques characteristic of Alzheimer's. The researchers, reporting July 20 in Neuron, found that TREM2 mutations can derail the immune cell's plaque-clearing activity, as can two other genes already known to increase a person's risk for Alzheimer's: APOE and APOJ (known as clusterin).

"I think we're only scratching the surface of what TREM2 does," said Morgan Sheng, a senior author of the paper and Vice-President of Neuroscience at Genentech.

Scampering across the salt pans of Tunisia on their spindly legs, desert ants (Cataglyphis fortis) have a single-minded mission: locate food and get it back to the nest. Normally, individual raiders bear a tasty morsel in their mandibles and navigate home along the most direct return route, regardless of how tortuous the outbound journey was. However, their determination is often tested to the extreme when the robust animals stumble upon a particularly large piece of food - such as a dead spider or locust. Undaunted, the scavenger simply drags the feast backwards: 'They are really awesome', chuckles Matthias Wittlinger from the University of Ulm, Germany. However, how do the insects navigate while reversing? 'All the cues are from the other direction', says Wittlinger.

Last week, a press release reached me announcing that a Chinese herbal medicine called "Phynova Joint and Muscle Relief Tablets" and containing the active ingredient Sigesbeckia is now on sale in the UK for the first time, in Boots The Chemist: 

Sigesbeckia is the first traditional Chinese treatment granted a traditional herbal registration (THR) under the traditional herbal medicines product directive in the UK, by drug safety watchdog the Medicines and Healthcare Products Regulatory Agency (MHRA). Oxford based Phynova which manufactures the product was granted the UK licence last year.