Robert J Kellett, MD Family Medicine Medicare: Accepting Medicare Assignments Practice Location: 810 Mulberry St, Loudon, TN 37774 Phone: 865-657-9303 |
Dr. Peter Gagnon Stimpson, M.D. Family Medicine Medicare: Not Enrolled in Medicare Practice Location: 901 Grove St, Loudon, TN 37774 Phone: 865-458-8929 Fax: 865-458-9412 |
John Darryl Sanabria, MD Family Medicine Medicare: Accepting Medicare Assignments Practice Location: 15000 Hwy 72 North, Loudon, TN 37774 Phone: 865-458-1577 Fax: 865-458-1596 |
Olga Lutsyk, DO Family Medicine Medicare: Accepting Medicare Assignments Practice Location: 901 Grove St, Loudon, TN 37774 Phone: 865-657-3755 |
Irina Lavrik, MD Family Medicine Medicare: Accepting Medicare Assignments Practice Location: 2480 Hwy 72 N, Loudon, TN 37774 Phone: 865-458-1183 Fax: 865-458-7920 |
Melinda Jae Cline, FNP-C Family Medicine Medicare: Accepting Medicare Assignments Practice Location: 115 Llewellyn Ln, Loudon, TN 37774 Phone: 865-816-2232 |
News Archive
Midwest Employers Casualty Company (MECC), the leading workers' compensation excess insurance company that helps clients to manage their Total Cost of Risk, today announced the unveiling of its Safety Cornerstones Express program to Self-Insured Groups (SIGs).
In a small study from a referral center for dermatology, most patients receiving prolonged oral corticosteroids for chronic skin diseases were not receiving therapies to prevent osteoporosis that may be caused by the drug, according to an article in the January issue of Archives of Dermatology.
Ben-Gurion University of the Negev (BGU) researchers have unraveled the genetic basis of a hereditary disease that causes severe brain atrophy, mental retardation and epilepsy in Jews of Moroccan ancestry, according to a study published this week online in the Journal of Medical Genetics.
In the latest of a series of related papers, researchers at the University of California, San Diego School of Medicine, with colleagues in Austria and elsewhere, present a new and more definitive explanation of how fibrotic cells form, multiply and eventually destroy the human liver, resulting in cirrhosis. In doing so, the findings upend the standing of a long-presumed marker for multiple fibrotic diseases and reveal the existence of a previously unknown kind of inflammatory white blood cell.
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