Dawn M Miller, LCSW Clinical Social Worker Medicare: Not Enrolled in Medicare Practice Location: 125 S State St, #20, Mt Pleasant, UT 84647 Phone: 435-462-2421 Fax: 435-462-2078 |
Sabrina Ellsworth, MSW, LCSW Clinical Social Worker Medicare: Not Enrolled in Medicare Practice Location: 11479 E 15900 N, Mt Pleasant, UT 84647 Phone: 435-619-1220 |
Amberlee Lynn Smith, CSW Clinical Social Worker Medicare: Not Enrolled in Medicare Practice Location: 750 S State St, Mt Pleasant, UT 84647 Phone: 435-200-3182 |
Dennis Mark Larsen, LCSW Clinical Social Worker Medicare: Not Enrolled in Medicare Practice Location: 125 S State St, #20, Mt Pleasant, UT 84647 Phone: 435-462-2421 Fax: 435-462-2078 |
News Archive
Recently, a grassroots effort initiated by families and clinicians led to the discovery of a human genetic disorder with severe consequences that is linked to a mutation in the human NGLY1 gene. In a big step towards understanding the effects of this mutation, research by scientists at the RIKEN-Max Planck Joint Research Center in Japan implicates the enzyme ENGase as the factor responsible for deficient protein degradation that occurs in the absence of mouse Ngly1 gene expression.
Tongjitang Chinese Medicines Company, a leading specialty pharmaceutical company focusing on the development, manufacturing, marketing and selling of modernized traditional Chinese medicine in China, today announced that it has filed a going-private transaction statement on Schedule 13E-3 with the United States Securities and Exchange Commission
Even with insurance, Matthew Fentress faced a medical bill of more than $10,000 after a heart operation. A cook at a senior living community in Kentucky, he figured he could never pay what he owed — until a stranger who lives 2,000 miles away stepped in to help.
With a lethal, airborne virus spreading fast, hospitals had to change how they treated patients and policies for how caregivers provided that treatment. But for maternity patients and nurses some of those changes had negative outcomes, according to a new University of Washington study.
Stem cells are ideal tools to understand disease and develop new treatments; however, they can be difficult to obtain in necessary quantities. In particular, generating induced pluripotent stem (iPS) cells can be an arduous task because reprogramming differentiated adult skin cells into iPS cells requires many steps and the efficiency is very low - researchers might end up with only a few iPS cells even if they started with a million skin cells.
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