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Hospital-based violence intervention program engages vulnerable populations

Credit: KIRSTY CHALLEN, B.SC., MBCHB, MRES, PH.D., LANCASHIRE TEACHING HOSPITALS, UNITED KINGDOM. DES PLAINES, IL - A Boston violence intervention advocacy program is effectively engaging the client population that hospital-based violence intervention programs (HVIPs) have been designed to support. This is the conclusion of a study titled Boston Violence Intervention Advocacy Program: Challenges and Opportunities for Client Engagement and Goal Achievement, to be published in the March 2021 issue of Academic Emergency Medicine (AEM), a journal of the Society for Academic Emergency Medicine (SAEM). According to the study, HVIPs should consider which types of client needs prove most challenging to address and which novel strategies will engage vulnerable populations not typically targeted by intervention programs. These results speak to the difficulties of program attrition and the complexities of altering the life course for victims of violence.

No more sitting in the dark?

 E-Mail (COLUMBUS, Ohio) - Concussion, a form of traumatic brain injury, is a common injury among children and teens. Concussions can have adverse effects on physical, cognitive, emotional and sleep health. Clinical guidelines for managing concussion in children and teens traditionally recommend complete physical and cognitive rest until symptom resolution, followed by a gradual return to activities like school and sports. These guidelines are often disputed and based on expert consensus as opposed to strong evidence. The challenge has been how to quantify the amount of physical and cognitive activity that children and teens should engage in during recovery. A new study by researchers at the Center for Injury Research and Policy, Sports Medicine, and Emergency Medicine at Nationwide Children s Hospital investigated objectively measured, self-paced physical and cognitive activity across the first week post-concussion.

Canadian scientists and Swiss surgeons discover the cause of excess post-surgical scarring

 E-Mail IMAGE: This is the view through a multi-photon microscope as macrophages (red) congregate at an injury site (green). view more  Credit: Supplied by Kubes Lab, Snyder Institute for Chronic Disease, Cumming School of Medicine, University of Calgary The body is amazing at healing itself. However, sometimes it can overdo it. Excess scarring after abdominal and pelvic surgery within the peritoneal cavity can lead to serious complications and sometimes death. The peritoneal cavity has a protective lining containing organs within our abdomen. It also contains fluid to keep the organs lubricated. When the lining gets damaged, tissue and scarring can form, creating problems. Researchers at the University of Calgary and University of Bern, Switzerland, have discovered what s causing the excess scarring and options to try to prevent it.

How heavy snow reduces road injuries: less bicycling, safer transport

 E-Mail Tsukuba, Japan - Heavy snowfall slows things down and makes it harder to get from point A to point B. But snow clouds have a silver lining heavy snow may prevent serious road injuries and even save lives. How? By getting people off bicycles and switching to safer modes of transport. Japanese researchers examined 10 years of police data on road injuries among commuting junior high school students. They found that areas with monthly snowfall of at least 100 cm had almost no bicycling-related injuries. Total injuries among cyclists and pedestrians also fell by 68%. The findings were published in the Journal of Epidemiology.

IU researchers discover new potential for functional recovery after spinal cord injury

Credit: IU School of Medicine Researchers at Indiana University School of Medicine have successfully reprogrammed a glial cell type in the central nervous system into new neurons to promote recovery after spinal cord injury revealing an untapped potential to leverage the cell for regenerative medicine. The group of investigators published their findings March 5 in Cell Stem Cell. This is the first time scientists have reported modifying a NG2 glia a type of supporting cell in the central nervous system into functional neurons after spinal cord injury, said Wei Wu, PhD, research associate in neurological surgery at IU School of Medicine and co-first author of the paper.

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