Dr. Fran Appler, PH.D. Psychologist Medicare: Not Enrolled in Medicare Practice Location: 104 Church Ln, Suite 204, Pikesville, MD 21208 Phone: 410-484-3037 Fax: 410-484-5400 |
Ms. Toni Maynor, LMSW Psychologist - Clinical Medicare: Not Enrolled in Medicare Practice Location: 3701 Old Court Rd Ste 17b, Pikesville, MD 21208 Phone: 443-929-9937 |
Dr. Stella L. Francis, MA, PSYD Psychologist Medicare: Not Enrolled in Medicare Practice Location: 1314 Bedford Avenue, Suite 214, Pikesville, MD 21208 Phone: 443-295-4864 Fax: 443-295-4864 |
Amy Lynn Karlen Psychologist - Clinical Medicare: Not Enrolled in Medicare Practice Location: 3655b Old Court Rd Ste 22, Pikesville, MD 21208 Phone: 443-254-2776 |
Danielle Rooney, PSYD Psychologist - Clinical Medicare: Medicare Enrolled Practice Location: 104 Church Ln Ste 101, Pikesville, MD 21208 Phone: 410-343-9756 |
Sholayide Adebayo Psychologist - Mental Retardation & Developmental Disabilities Medicare: Not Enrolled in Medicare Practice Location: 1829 Reisterstown Rd Ste 350, Pikesville, MD 21208 Phone: 301-742-5533 Fax: 410-234-2010 |
Dr. Nyasha Grayman, PHD Psychologist Medicare: Not Enrolled in Medicare Practice Location: 1829 Reisterstown Rd Ste 350, Pikesville, MD 21208 Phone: 667-206-3685 |
Dr. Neville Williams, PH.D. Psychologist Medicare: Not Enrolled in Medicare Practice Location: 104 Church Ln, #101, Pikesville, MD 21208 Phone: 410-343-9756 |
Dr. Eileen Mager, PH.D. Psychologist - Cognitive & Behavioral Medicare: Not Enrolled in Medicare Practice Location: 104 Church Ln, Suite 206, Pikesville, MD 21208 Phone: 410-484-1045 |
Dr. Beverli B Mormile, PSY.D. Psychologist - Forensic Medicare: Accepting Medicare Assignments Practice Location: 1314 Bedford Ave, Suite 113, Pikesville, MD 21208 Phone: 410-777-8130 Fax: 410-777-8134 |
Mr. Mark Robert Murrman Psychologist - School Medicare: Not Enrolled in Medicare Practice Location: 1777 Reisterstown Rd Ste 165r, Pikesville, MD 21208 Phone: 888-511-9395 |
Stephanie Walinjom Psychologist - School Medicare: Not Enrolled in Medicare Practice Location: 19 Walker Ave Ste 304, Pikesville, MD 21208 Phone: 443-213-8243 |
Amie Bettencourt, PH.D. Psychologist - Clinical Child & Adolescent Medicare: Medicare Enrolled Practice Location: 104 Church Ln # 101-102, Pikesville, MD 21208 Phone: 410-469-1437 |
Dr. Lee Joyce Richmond, PH.D Psychologist Medicare: Not Enrolled in Medicare Practice Location: 8907 Greylock Rd, Pikesville, MD 21208 Phone: 410-363-1694 |
Dr. Jonathan Musman, PSY.D. Psychologist - Clinical Medicare: Not Enrolled in Medicare Practice Location: 104 Church Ln Ste 101, Pikesville, MD 21208 Phone: 410-343-9756 |
Rebecca L Wald, PH.D. Psychologist - Clinical Medicare: Not Enrolled in Medicare Practice Location: 1777 Reisterstown Rd, Suite 50, Pikesville, MD 21208 Phone: 443-826-9858 |
Dr. Stanley A Sack, PHD Psychologist - Cognitive & Behavioral Medicare: Not Enrolled in Medicare Practice Location: 3655b Old Court Rd Ste 22, Pikesville, MD 21208 Phone: 410-486-6001 |
News Archive
Smokers who undergo a CT scan of their lungs are more likely to quit than those who don't, concludes a trial led by Cardiff University.
SYSPRO, the leading provider of visionary, pragmatic ERP software, today announced that SYSPRO customer Vanns Spices Ltd., has been named a winner of the seventh annual Progressive Manufacturing 100 Awards, selected by Managing Automation Media, a Thomas Publishing Company, LLC publication.
The human brain can recognize thousands of different objects, but neuroscientists have long grappled with how the brain organizes object representation; in other words, how the brain perceives and identifies different objects. Now researchers at the MIT Computer Science and Artificial Intelligence Lab (CSAIL) and the MIT Department of Brain and Cognitive Sciences have discovered that the brain organizes objects based on their physical size, with a specific region of the brain reserved for recognizing large objects and another reserved for small objects.
New research provides fascinating insight into mechanisms that underlie recovery after damage to a region of the brain important for memory and attention. The research, published by Cell Press in the November 4th issue of the journal Neuron, highlights the role of undamaged portions of the brain that can "take over" and support the recovery of function.
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