Cervical cancer patients could benefit from better Medicaid, insurance coverage
Cervical cancer is one of the easiest cancers to detect early. It’s also one of the easiest to treat, if caught early. WUSM researchers even developed a method for gauging the effectiveness of treatment to determine the best therapy for each patient, but many insurance companies and Medicaid won’t pay for the process – a routine PET scan. Kay Quinn provides more details in the following St. Louis Post-Dispatch article.
Study justifies longer rehab for elderly hip fracture patients
Extending supervised outpatient rehabilitation by six months helps elderly patients more fully recover from hip fractures, according to the first controlled study of its kind. The study also showed for the first time that these patients, previously thought to be too frail for weight training, can benefit from progressive resistance exercise training.
Class of ’08 welcomed at annual White Coat Ceremony
It wasn’t a fashion show, but more than 120 incoming students donned new attire Aug. 13 during the Washington University in St. Louis School of Medicine’s annual White Coat Ceremony. The ceremony welcomes incoming medical students, and the white coat is symbolic of their transition into the study of medicine and their role as care givers.
Rankings of WUSTL by News Media
A page entitled, “Rankings of WUSTL by News Media.”
PET scans help determine presence of Alzheimer’s disease
A test being developed by WUSM researchers could more definitively tell doctors whether or not a patient has Alzheimer’s disease. Read more about the procedure in this St. Louis Post-Dispatch article written by Kay Quinn.
Cord blood donations can save children’s lives
Blood from umbilical cords can treat a wide range of life-threatening illnesses in children, from leukemia to sickle cell disease. Cynthia L. Price, a WUSM pediatric research coordinator at St. Louis Children’s Hospital, describes the benefits of donating cord blood in the following St. Louis Post-Dispatch article.
Longevity protein may slow many neurodegenerative disorders
A protein linked to increased lifespan in yeast and worms can also delay the degeneration of ailing nerve cell branches, according to WUSTL researchers. Scientists report in the Aug. 13 issue of Science that their findings might open the door to new treatments for a wide range of neurodegenerative disorders, including Parkinson’s, Alzheimer’s and Lou Gehrig’s disease.
Peanut butter treatment nourishes starving children
ManaryMark Manary, a WUSM pediatrician at St. Louis Children’s Hospital, is saving the lives of children in Malawi with peanut butter. His revolutionary new method for treating starving children in malnourished regions could become a worldwide standard of care. Tina Hesman tells the story of Manary’s work in the following St. Louis Post-Dispatch article.
Does enrolling in medicare HMOs affect mortality?
People who are enrolled in Medicare Choice HMO plans with drug coverage die at about the same rate as those in traditional fee-for-service Medicare plans, but mortality rates for those in Medicare HMO plans without drug coverage are substantially higher. That’s the conclusion of a recent study done by Gautam Gowrisankaran, Ph.D., an assistant professor of economics at the Olin School of Business of Washington University in St. Louis, with University of Minnesota colleague Robert J. Town. The researchers’ estimates imply that a 10-percentage point shift in coverage from fee-for-service to HMO plans without drug coverage could result in 51,000 additional deaths per year among the elderly.
Strep bacteria spreads infection via wasplike ‘stinger’
An electron micrograph of strep bacteria infecting muscle tissueMicrobiologists at the School of Medicine discovered that Strep A, the bacteria responsible for strep throat and other more serious disorders, has a wasplike “stinger” it uses to infect cells. Scientists had expected to find a random profusion of pumps for spraying infection-related compounds. The newly discovered, dedicated stinger could prove to be an easier target for new infection-preventing drugs.
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