Mr. Robert J Jibben, DO Family Medicine Medicare: Medicare Enrolled Practice Location: 1523 Business Hwy 60 W, Ste A1, Dexter, MO 63841 Phone: 573-624-8447 |
Neal W Garner, D.O. Family Medicine Medicare: Medicare Enrolled Practice Location: 610 N One Mile Rd, Dexter, MO 63841 Phone: 573-624-3600 |
Natasha Ware, MD Family Medicine Medicare: Medicare Enrolled Practice Location: 1516 W Business Hwy 60, Dexter, MO 63841 Phone: 573-614-5007 |
Mr. John T Blair, MD Family Medicine Medicare: Not Enrolled in Medicare Practice Location: 115 East Business Highway 60, Dexter, MO 63841 Phone: 573-624-7575 |
Teddy C Hatfield, M.D. Family Medicine Medicare: Not Enrolled in Medicare Practice Location: 610 N One Mile Rd, Dexter, MO 63841 Phone: 573-624-3600 |
Dr. Alan Jennings Chen, M.D. Family Medicine Medicare: Not Enrolled in Medicare Practice Location: 1516 W Business Hwy 60, Dexter, MO 63841 Phone: 573-624-8051 Fax: 573-624-6669 |
News Archive
Using a sophisticated nanotechnology-based "vaccine," researchers were able to successfully cure mice with type 1 diabetes and slow the onset of the disease in mice at risk for the disease. The study, co-funded by the Juvenile Diabetes Research Foundation, provides new and important insights into understanding how to stop the immune attack that causes type 1 diabetes, and could even have implications for other autoimmune diseases.
Results of a new study strongly suggest that DN-101, a new high-dose calcitriol pill designed specifically as a cancer therapy, given in combination with docetaxel (Taxotere) extends the lives of men with advanced prostate cancer.
Diabetes increases by 26 percent the likelihood that women will develop atrial fibrillation (AF), a potentially dangerous irregular heart rhythm that can lead to stroke, heart failure, and chronic fatigue. These are the findings of a new Kaiser Permanente study, published in the October issue of Diabetes Care, a journal of the American Diabetes Association.
Ever sat in an ambulance or crowded emergency room with a loved one who has sustained serious injuries, waiting for a scan as the precious life-saving minute's tick by?
A perplexing question in immunology has been, how do immune cells remember an infection or a vaccination so that they can spring into action decades later? Research led by scientists at the University of California, Berkeley, in collaboration with investigators at Emory University, has found an answer: A small pool of the same immune cells that responded to the original invasion remain alive for years, developing unique features that keep them primed and waiting for the same microbe to re-invade the body.
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