Wendy Elizabeth Wilson, LPCC Counselor - Professional Medicare: Medicare Enrolled Practice Location: 111 S Morgan St, Morganfield, KY 42437 Phone: 270-285-9023 Fax: 270-285-9037 |
Malorey Gray, LPCA Counselor - Mental Health Medicare: Not Enrolled in Medicare Practice Location: 111 S Morgan St, Morganfield, KY 42437 Phone: 270-285-9023 Fax: 270-285-9037 |
Cassie Tavares, LPCC, NCC Counselor - Professional Medicare: Medicare Enrolled Practice Location: 233 N Townsend St, Morganfield, KY 42437 Phone: 270-389-3240 |
Mrs. Jillian Michael Humphrey, BCBA Counselor - Mental Health Medicare: Not Enrolled in Medicare Practice Location: 452 Goose Pond Rd, Morganfield, KY 42437 Phone: 270-285-2265 |
News Archive
An HIV drug could stop one of the early changes in skin cancer cells that leads to them becoming resistant to treatment, according to a Cancer Research UK-funded study published in Cancer Cell today
Stem cells might be thought of as trunks in the tree of life. All multi-cellular organisms have them, and they can turn into a dazzling variety other cells-kidney, brain, heart or skin, for example. One class, pluripotent stem cells, has the capacity to turn into virtually any cell type in the body, making them a focal point in the development of cell therapies, the conquering of age-old diseases or even regrowing defective body parts.
In one of the first examinations of PSA screening in younger men, a study published by researchers at Duke Medicine's Prostate Center finds that one-fifth of men under age 50 reported undergoing a prostate specific antigen (PSA) test to detect prostate cancer in the previous year, yet only one in three young black men reported ever having a PSA test in the previous year.
Teva Pharmaceutical Industries Ltd., and Labrys Biologics, Inc., a privately-held development stage biotechnology company focused on treatments for chronic migraine and episodic migraine, today announced that Teva has entered into a definitive agreement to acquire Labrys, broadening Teva's array of biotechnology assets and capabilities.
An RNA editing technique called "exon skipping" has shown preliminary success in treating a rare and severe form of muscular dystrophy that currently has no treatment, based on a new study from Northwestern Medicine and the University of Chicago. Children with the disease lose significant muscle strength early in life.
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