Michael Winge, DDS Dentist Medicare: Not Enrolled in Medicare Practice Location: 917 1st Ave Se, Long Prairie, MN 56347 Phone: 320-732-6141 Fax: 320-732-6543 |
Dr. Heather R Holt, DDS Dentist - General Practice Medicare: Medicare Enrolled Practice Location: 220 Lake St S Ste 103, Long Prairie, MN 56347 Phone: 320-533-4010 Fax: 320-533-4020 |
John P Nei, DDS Dentist Medicare: Not Enrolled in Medicare Practice Location: 917 1st Ave Se, Long Prairie, MN 56347 Phone: 320-732-6141 Fax: 320-732-6543 |
William H Peterson, DDS Dentist Medicare: Not Enrolled in Medicare Practice Location: 917 1st Ave Se, Long Prairie, MN 56347 Phone: 320-732-6141 Fax: 320-732-6543 |
Dr. Melissa Thalken, D.D.S. Dentist Medicare: Not Enrolled in Medicare Practice Location: 24920 295th Ave, Long Prairie, MN 56347 Phone: 612-600-9690 |
News Archive
Cedars-Sinai scientists have joined with expert colleagues around the globe in using stem cells to develop a laboratory model for Huntington's disease, allowing researchers for the first time to test directly on human cells potential treatments for this fatal, inherited disorder.
Pharma IQ has just published the results of an Industry-wide Pharmaceutical Distribution Survey, conducted recently among 3,000 pharmaceutical distribution specialist with over 83 % of those surveyed directly responsible for distribution at their respective companies.
Biologics contract manufacturer Omnia Biologics, Inc. (Omnia) (Rockville, MD) and biologics manufacturing and process development consultants Biotech Experts, Inc. (Clarksburg, MD) today announced a deal for manufacturing and process development services.
On January 27, 2010 the FDA cleared the Haemonetics 510(k) for its expanded nomogram to collect two Red Blood Cells on the Cymbal® Automated Blood Collection System from female donors who are at least 150 pounds and are 63 inches in height. The Cymbal is a small, portable, battery operated instrument that automates blood collection from volunteer donors, improving process control and helping alleviate blood shortages.
New research from Uppsala University, Sweden, shows that a specific brain region that contributes to a person's appetite sensation is more activated in response to food images after one night of sleep loss than after one night of normal sleep. Poor sleep habits can therefore affect people's risk of becoming overweight in the long run. The findings are published in the Journal of Clinical Endocrinology & Metabolism.
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