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News for March 15, 2010
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HEART DISEASE VIDEO: Vitamin D and Heart Disease Risk, Nasal CPAP in Newborns Linked to Ventilation Complications, Plaques Seen on CT Increase Risk of Coronary Artery Disease
HEART DISEASE VIDEO: Vitamin D and Heart Disease Risk, Nasal CPAP in Newborns Linked to Ventilation Complications, Plaques Seen on CT Increase Risk of Coronary Artery Disease
(March 15, 2010 - Insidermedicine) From Atlanta - According to a report presented at the American College of Cardiology meeting, vitamin D supplementation may reduce risk of heart disease.

(March 15, 2010 - Insidermedicine)

From Atlanta - According to a report presented at the American College of Cardiology meeting, vitamin D supplementation may reduce risk of heart disease. Researchers studied nearly 10,000 patients with low vitamin D levels, finding that 47% of those who raised their vitamin D levels after one year had a lower risk of heart disease.

From Ohio - Newborns who receive oxygen supplementation with nasal CPAP may be at increased risk of developing nasal ventilation complications, according to a report published in the Archives of Otolaryngology–Head & Neck Surgery. Researchers studied 100 newborns who underwent either nasal CPAP or oxygen supplementation with cannula. They found that 13% of those who underwent nasal CPAP developed nasal complications, while those who received the nasal cannula developed no such problems.

And finally, back to Atlanta - According to another report presented at the American College of Cardiology meeting, plaques seen on a CT scan predict heart disease. Researchers studied nearly 400 patients with an abdominal CT scan, finding that those who had extremely high levels of abdominal aortic calcium (or, plaque) had a 60% increased risk of coronary artery disease, as well an increased risk of mortality.

 
MRSA VIDEO: Bathing Trauma Patients With Chlorhexidine Cloths Reduces Infections (Interview with Dr. Heather Evans, MD, MS, Harborview Medical Center)
MRSA VIDEO: Bathing Trauma Patients With Chlorhexidine Cloths Reduces Infections (Interview with Dr. Heather Evans, MD, MS, Harborview Medical Center)
(March 15, 2010 - Insidermedicine) Bathing patients who have been severely injured with cloths containing an antiseptic known as chlorhexidine can reduce their risk of developing an infection while being treated in an intensive care unit, according to research published in the Archives of Surgery.

(March 15, 2010 - Insidermedicine)

Bathing patients who have been severely injured with cloths containing an antiseptic known as chlorhexidine can reduce their risk of developing an infection while being treated in an intensive care unit, according to research published in the Archives of Surgery.

Here is some information on hospital acquired infections:

•    Up to half are considered to be preventable

•    They can result in longer hospital stays, more serious illness, and even death

•    They can dramatically increase healthcare costs

Researchers from Harborview Medical Center in Seattle analyzed  infection rates among over 500 severely injured trauma patients who were treated in a hospital intensive care unit before and after the unit instituted a new protocol involving bathing patients daily with cloths containing chlorhexidine. Before instituting the new protocol, roughly half the patients were bathed without using the antiseptic. After instituting the protocol, the remaining patients received daily baths using the chlorhexidine-containing cloths.

Bloodstream infections related to the use of catheters were four times lower among those who received the chlorhexidine baths. While these baths did not reduce the rate of pneumonia associated with ventilator use, they were associated with a reduced risk of pneumonia caused by the troublesome antibiotic-resistant bacteria known as MRSA. The antiseptic baths also reduced the rate at which patients became carriers of bacteria that commonly cause problematic hospital infections.

Today’s research highlights how a simple protocol using antiseptic cloths can help reduce the risk of potentially deadly hospital-acquired infections among the severely injured.

 
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