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Caldera Medical Announces FDA Clearance Of Novel Treatment For Pelvic Organ Prolapse
Caldera Medical, Inc. announced that it has received FDA clearance and CE Mark certification for the Ascend Pelvic Floor Repair System with Apical Support, a novel treatment for female pelvic organ prolapse. Ascend® is the latest addition to the Caldera Medical family of products designed to treat female stress urinary incontinence (SUI) and pelvic organ prolapse (POP). Caldera"s product line includes the Desara® Sling System, a universal sling that allows surgeons their choice of multiple surgical approaches by utilizing reusable instrumentation. Caldera is the only U.S. company offering this unique solution, which benefits surgeons, hospitals, and the environment.
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Sleep Extension Improves Athletic Performance And Mood
Athletes who extended their nightly sleep and reduced accumulated sleep debt reported improvements in various drills conducted after every regular practice, according to a research abstract presented on June 8, at SLEEP 2009, the 23rd Annual Meeting of the Associated Professional Sleep Societies.
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Hypospadias, A Birth Defect Of The Male Urethra, Is Not Increasing In New York State, As Earlier Reported
In recent decades, there have been periodic reports of a worldwide decline in sperm count and quality. Male infertility has ostensibly been on the rise, accompanied by increases in testicular cancer and hypospadias -- a congenital defect in which the opening of the urethra is on the underside, rather than at the end, of the penis. Taken together, these three conditions have been termed testicular dysgenesis syndrome.
Cardiovascular

Decoding The Genomic Sequences Of H1N1 Using Isolates From Outbreak In Argentina

Researchers at the Center for Infection and Immunity (CII) at Columbia University Mailman School of Public Health are working with Argentina"s National Institute of Infectious Diseases, the National Administration of Laboratories and Health Institutes (ANLIS), and Roche 454 Life Sciences to decode the complete genomic sequences of influenza pandemic (H1N1) 2009 virus from patients with severe respiratory disease. The scientists will be comparing sequences of viruses associated with the current outbreak in Argentina with those found in other locations to determine if there are differences that may be linked to higher mortality rates or provide insights into virus evolution. The Mailman School of Public Health researchers, led by Gustavo Palacios, PhD, assistant professor of Epidemiology and CII Director W. Ian Lipkin, MD, John Snow Professor of Epidemiology, and professor of Neurology and Pathology at Columbia University, plan to completely sequence up to 150 virus specimens from nasopharyngeal swabs and cultures over the next 10 days, and will share their findings with the larger scientific community. The complete sequencing of these virus specimens will allow the team to both characterize severe versus mild cases, as well as determine how the virus evolved at different points in time. Swine flu has killed 165 people in Argentina, more than any nation with the exception of the U.S. Any significant changes in the virus might influence the effectiveness of vaccines or drugs used to fight the pandemic. "No one knows how this pandemic will evolve. Continuous surveillance will be essential to focusing both research and public health response. We are analyzing these isolates in New York and Argentina; nonetheless, we expect that members of the broader scientific community will bring new insights. Thus, our plan is to release sequences in draft form so that the vetting process can begin as soon as possible," said Dr. Lipkin. "While there is no evidence so far to indicate the emergence of resistance to the oseltamivir vaccine, the antiviral drug that blocks the influenza virus from spreading between cells in the body, we are cautious about the findings until we have more sequences," said Gustavo Palacios, PhD. "The changes already noted in comparing the outbreak in Argentina to the U.S. haven"t previously been associated with greater virulence." Stephanie Berger Columbia University"s Mailman School of Public Health


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