Donald L Zogg, MD Internal Medicine - Gastroenterology Medicare: Medicare Enrolled Practice Location: 5705 W Old Shakopee Rd, Bloomington, MN 55437 Phone: 612-871-1145 |
Ms. Esther K Connor, M.D. Internal Medicine - Gastroenterology Medicare: Accepting Medicare Assignments Practice Location: 5705 W Old Shakopee Rd Ste 150, Bloomington, MN 55437 Phone: 612-871-1145 Fax: 612-870-5491 |
Dr. Jonathon Wayne Schwake, M.D. Internal Medicine - Gastroenterology Medicare: Accepting Medicare Assignments Practice Location: 5705 W Old Shakopee Rd Ste 150, Bloomington, MN 55437 Phone: 612-871-1145 Fax: 612-870-5491 |
Harsh R Parikh, M.D. Internal Medicine - Gastroenterology Medicare: Accepting Medicare Assignments Practice Location: 5705 W Old Shakopee Rd Ste 150, Bloomington, MN 55437 Phone: 612-871-1145 Fax: 612-870-5491 |
Jason M Erickson, MD Internal Medicine - Gastroenterology Medicare: Accepting Medicare Assignments Practice Location: 5705 W Old Shakopee Rd Ste 150, Bloomington, MN 55437 Phone: 612-871-1145 Fax: 612-870-5491 |
News Archive
The study of Dario DiFrancesco and his equipe identifies the "pacemaker" Hcn4 gene as the gene functionally responsible for the generation of repetitive activity in sinoatrial node tissue and for the regulation of heart rate. Hcn4 codes for HCN4 channels, the molecular components of "funny" ion channels of pacemaker cells of the sinoatrial node (SAN) tissue.
Even as some states didn't meet the target set by the Department of Health and Human Services for submitting their "benchmark" plans regarding the health law's essential health benefits, others offered specifics about what would be covered and what plans would be their choice.
Researchers from Trinity College Dublin have discovered that some skeletal defects associated with a lack of movement in the womb during early development may still be ameliorated after such periods of immobility if movement resumes.
Many of the 75 million Americans with essential hypertension also develop diabetes and other complications in addition to their high blood pressure, and researchers have discovered a common molecular mechanism in a strain of rat that explains why such metabolic disorders arise together in mammals.
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