Dr. Jeffrey A Gold, D.O. Family Medicine Medicare: Accepting Medicare Assignments Practice Location: 2866 W Philadelphia Ave, Oley, PA 19547 Phone: 610-987-3451 Fax: 610-987-6809 |
David Hornickle, MD Family Medicine Medicare: Accepting Medicare Assignments Practice Location: 346 Main St, Oley, PA 19547 Phone: 610-987-9870 Fax: 610-987-0029 |
News Archive
To advance understanding of psoriasis—the most common autoimmune disease in the country, affecting up to 7.5 million Americans—and help scientists and clinicians improve treatments and patient outcomes, the National Psoriasis Foundation and the Consortium of Rheumatology Researchers of North America, Inc. will create the first psoriasis registry co-developed and co-administered by a nonprofit.
Akorn, Inc. today announced that it failed to reach an amicable resolution to a longer term and strategic business arrangement with the supplier of its Tetanus Diphtheria ("Td") vaccine and as a result will be exiting the business. The existing supply agreement will end on March 14, 2010. The company previously announced its intent to exit the distribution of flu vaccines.
While coronary artery bypass surgery has long been the standard treatment for patients with the most extensive forms of coronary artery disease, the results of a recent study by an international team of researchers suggests that advances in technology appear to be narrowing the "benefit gap" between the two approaches. The results of the study appear in the March 17, 2011 issue of the New England Journal of Medicine.
Vexim specialises in medical instruments and the minimally invasive treatment of vertebral fractures. The company recently announced that it had been awarded FDA certification for its flagship product COHESION™, a bone cement for injection into the vertebra for its fixation following minimally invasive spine repair with the company's SpineJack® device, or following conventional vertebroplasty.
Monozygotic twins have the same genome, that is, the same DNA molecule in both siblings. Despite being genetically identical, both twins may have different diseases at different times. This phenomenon is called "twin discordance". But how can people who have the same genetic sequence present different pathologies and at different ages? The explanation partly lies in the fact that the chemical signals added in the DNA to "switch off" or "switch on" genes can be different. These signals are known as epigenetic marks.
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