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Dozens Arrested In National Medicare Fraud Bust
The Associated Press reports: "Federal authorities arrested more than 30 suspects, including doctors, and were seeking others in a major Medicare fraud bust Wednesday in New York, Louisiana, Boston and Houston, targeting scams such as "arthritis kits" - expensive braces that many patients never used. More than 200 agents worked on the $16 million bust that included 12 search warrants at health care businesses and homes across the Houston area, where the bulk of the arrests were made. Federal authorities say those businesses were giving patients "arthritis kits," which were nothing more than expensive orthotics that included knee and shoulder braces and heating pads. Patients told authorities they were unnecessary and many never even received them. But health care clinic owners billed between $3,000 to $4,000 for each kit. ... In some cases, clinic owners billed patients who were dead when they allegedly received the items" (Kennedy, 7/29).

Survey Shows Majority Of Respondents Openly Discuss Use Of BOTOX(R) Cosmetic And Hyaluronic Acid Dermal Fillers
Despite what some may think, people aren"t hiding their use of BOTOX® Cosmetic and hyaluronic acid dermal fillers. In fact, according to survey statistics released today by The Aesthetic Surgery Education & Research Foundation (ASERF), the research arm of the American Society for Aesthetic Plastic Surgery (ASAPS), nearly nine out of 10 respondents (87 percent) openly discuss their BOTOX® Cosmetic and hyaluronic acid dermal filler treatments with others, with seven out of ten (70 percent) receiving support from the people they told.
News of the day
New Noninvasive Technique Monitors Fetal Heartbeat
Tiny fluctuations in a fetus"s heartbeat can indicate distress, but currently there is no way to detect such subtle variations except during labor, when it could be too late to prevent serious or even fatal complications.
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Using Structural MRI May Help Accurately Diagnose Dementia Patients: Mayo Clinic Study

A new Mayo Clinic study may help physicians differentially diagnose three common neurodegenerative disorders in the future. The study was presented at the Alzheimer"s Association International Conference on Alzheimer"s Disease on July 11 in Vienna. In this study, Mayo Clinic researchers developed a framework for MRI-based differential diagnosis of three common neurodegenerative disorders: Alzheimer"s disease, frontotemporal lobar degeneration, and Lewy body disease using Structural MRI. Currently, examination of the brain at autopsy is the only way to confirm with certainty that a patient had a specific form of dementia. The framework, which is called "STructural Abnormality iNDex" or STAND-Map, shows promise in accurately diagnosing dementia patients while they are alive. The rationale is that if each neurodegenerative disorder can be associated with a unique pattern of atrophy specific on MRI, then it may be possible to differentially diagnose new patients. The study looked at 90 patients from the Mayo Clinic database who were confirmed to have only a single dementia pathology and also underwent an MRI at the time of clinical diagnosis of dementia. Using the STAND-Map framework, researchers predicted an accurate pathological diagnosis 75 to 80 percent of the time. "The STAND-Map framework might have great potential in early diagnosis of dementia patients," says Prashanthi Vemuri, Ph.D., a senior research fellow at the Mayo Clinic aging and dementia imaging research lab and lead author of the study. "The next step would be to test the framework on a larger population to see if we can replicate these results and improve the accuracy level we achieved in this proof of concept study. In turn, this may lead to better treatment options for dementia patients." The senior author of this Mayo Clinic research study is Clifford Jack, M.D. Other members included Kejal Kantarci, M.D.; Matthew L. Senjem; Jeffrey Gunter; Jennifer Whitwell, Ph.D.; Keith Josephs, M.D.; David Knopman, M.D.; Bradley Boeve, M.D.; Tanis Ferman, Ph.D.; Dennis Dickson, M.D.; and Ronald Petersen, M.D., Ph.D. This work was supported in part by National Institutes of Health (NIH) grants, Robert H. Smith Family Foundation Research Fellowship, Alexander Family Alzheimer"s Disease Research Professorship. Karl Oestreich Mayo Clinic


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