Mrs. Mary Morgan Starling, LCMHCA Counselor - Professional Medicare: Not Enrolled in Medicare Practice Location: 9970 Beach Dr, Calabash, NC 28467 Phone: 910-471-5750 |
Ms. Barbara Katzenberg, M.A., M.ED. Counselor - Professional Medicare: Not Enrolled in Medicare Practice Location: 9222 Beach Dr, Ste. 6b, Calabash, NC 28467 Phone: 910-575-7995 Fax: 843-272-8276 |
Kimberly Carpenter, LPC Counselor - Mental Health Medicare: Not Enrolled in Medicare Practice Location: 9220 Beach Dr Sw Ste 9c, Calabash, NC 28467 Phone: 910-880-4813 |
Pamela C Neves, LPC Counselor - Professional Medicare: Not Enrolled in Medicare Practice Location: Old Georgetown Centre Hwy 179, Suite 9, Calabash, NC 28467 Phone: 910-512-0524 Fax: 910-575-0131 |
Mrs. Christen Price Cox, MA, LPC, NCC Counselor - Professional Medicare: Medicare Enrolled Practice Location: 650 Blackwater Dr Sw, Calabash, NC 28467 Phone: 910-612-8429 |
News Archive
Researchers at the BC Centre for Excellence in HIV/AIDS and Simon Fraser University, in partnership with University of British Columbia and Western University, have developed a novel way for dating "hibernating" HIV strains, in an advancement for HIV cure research in the province.
From before birth through childhood, connections form between neurons in the brain, ultimately making us who we are. So far, scientists have gained a relatively good understanding of how neural circuits become established, but they know less about the genetic control at play during this crucial developmental process.
Extreme Networks, Inc. today introduced the Information Governance Engine, an optional add-on to the ExtremeManagementâ„¢ product portfolio, enabling CISOs and CIOs to establish and maintain a clinical baseline that demonstrates compliance with HIPAA and PCI standards for their mission-critical networks. The Information Governance Engine provides an automated scored assessment that empowers IT to understand how network changes may impact compliance.
Cerebral aneurysms of all sizes-even small ones below seven millimeters-are 12 times more likely to rupture if they are growing in size, according to a new study published online in the journal Radiology.
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