Speech-Language Pathologists in Beverly, OH Accepting Medicare
2 Speech-Language Pathologists found. Showing 1 - 2
 Mrs. Katie Miranda Lemley, SLP Speech-Language Pathologist Medicare: Not Enrolled in Medicare Practice Location: 510 5th St, Beverly, OH 45715 Phone: 740-984-2371 |
Mrs. Megan Marie Lang, MA CCC SLP Speech-Language Pathologist Medicare: Not Enrolled in Medicare Practice Location: 510 5th St, Beverly, OH 45715 Phone: 740-984-2371 |
News Archive
First proof of how the rare disorder Fanconi anemia causes chromosomal instability
The scientists found a gene mutation not previously known to be related to Fanconi anemia, and they say that BRIP1 is the first gene associated with the disease whose protein has a known function.
Fat transplantation can have metabolic benefits
When transplanted deep into the abdomen, fat taken from just under the skin comes with metabolic benefits, or at least it does in mice, reveals a new study in the May issue of Cell Metabolism, a Cell Press publication.
Viewpoints: GOP willing to move to default if they can't cripple health law; it's time to figure out if workplace wellness programs work
This year, as has been the case so often in the past, their target is President Obama's health care reform law. If it is not repealed or defunded or delayed or otherwise left bleeding in the public square, they will not pass a spending bill needed to keep the government open past Sept. 30. And if that doesn't cripple the health law (which it won't), they will resort to the far more serious threat of default, refusing to raise the nation's debt ceiling, no matter the catastrophe that would cause (9/14).
New gene therapy restores some sight in people born with inherited form of blindness
A new gene therapy has restored some sight in people born with an inherited, progressive form of blindness. The technique replaces a defective gene in the eye with a normal working copy of the gene using a single injection.
Scientists discover two genes that can lead to aggressive leukaemia
Two genes, each one of which is known to cause cancer on its own, together can lead to aggressive leukaemia. This is the conclusion from new research carried out on gene-modified mice at the Sahlgrenska Academy at the University of Gothenburg, Sweden. The discovery has surprised scientists, and may lead to new treatments.
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