Michele Renee Reed, PMHNP-BC Nurse Practitioner - Psych/Mental Health Medicare: Accepting Medicare Assignments Practice Location: 111 Roberts Rd, Grindstone, PA 15442 Phone: 724-785-4346 |
Ashley Lauren Tonsetic, CRNP Nurse Practitioner - Psych/Mental Health Medicare: Accepting Medicare Assignments Practice Location: 111 Roberts Rd Ste 150, Grindstone, PA 15442 Phone: 724-785-4346 Fax: 724-364-7117 |
News Archive
A compound found in the peels of citrus fruit has the potential to lower cholesterol more effectively than some prescription drugs, and without side effects, according to a study by U.S. and Canadian researchers.
Patient satisfaction is a very poor proxy for quality of care comparisons in elective cranial neurosurgery. Because deaths are rare events in elective cranial neurosurgery, reporting of surgeon or even department-specific mortality figures cannot differentiate a high or low level of the quality of care.
Inhibitex, Inc. today reported top-line safety and efficacy data from its Phase II clinical trial of FV-100, an oral antiviral compound being developed to treat herpes zoster, more commonly referred to as shingles. The study was the first clinical trial to assess the antiviral activity of FV-100, included 350 shingles patients and compared two once-daily doses of FV-100 (200 mg and 400 mg) to an active control, valacyclovir, one of the most commonly-used antiviral drugs to treat shingles.
Repligen Corporation today announced preliminary financial results for fiscal year 2010 which ended March 31, 2010. Total revenue for the year is expected to be $21.0 million, including $10.3 million of bioprocessing product revenue and $10.7 million of royalty and other revenue. Research and development expenses are expected to be between $13.8-$14.2 million and selling, general and administrative expenses between $6.8-$7.2 million.
A novel set of custom-designed "molecular beacons" allows scientists to monitor gene expression in living populations of stem cells as they turn into a specific tissue in real-time. The technology, which Brown University researchers describe in a new study, provides tissue engineers with a potentially powerful tool to discover what it may take to make stem cells transform into desired tissue cells more often and more quickly.
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