Rebecca Lynn Crowell, DO Obstetrics & Gynecology - Obstetrics Medicare: Accepting Medicare Assignments Practice Location: 255 N 4th St Ste 1, Oakland, MD 21550 Phone: 301-533-1046 Fax: 301-533-1049 |
Abigail Therese Feathers, M.D. Obstetrics & Gynecology Medicare: Accepting Medicare Assignments Practice Location: 880 Memorial Dr Lowr Level, Oakland, MD 21550 Phone: 301-334-1177 |
Sotiere Evan Savopoulos, M.D. Obstetrics & Gynecology - Maternal & Fetal Medicine Medicare: Accepting Medicare Assignments Practice Location: 255 N 4th St, Suite 1, Oakland, MD 21550 Phone: 301-533-1046 Fax: 301-533-1049 |
News Archive
A new biosensor which uses antibody-based technology has been shown to detect marine pollutants such as oil cheaper and faster than current technology. Tests of the new biosensor, published in Environmental Toxicology and Chemistry, reveal how it could be used for the early detection and tracking of oil spills.
Helicopter emergency medical services can be a life saver for patients needing immediate care. But, according to a University of Cincinnati study, the process of activating them often delays treatment beyond recommended times.
In efforts to educate the body to fight off cancer, researchers have found that some immune cells are "smarter" than others. Working with collections of human cells, Johns Hopkins Kimmel Cancer Center scientists tested kill-rates of two kinds of T-cells "primed" to home in on myeloma, a cancer of the bone marrow. Those that live in the bone marrow outperformed their counterparts circulating in the blood by more than 90 percent.
Children who lose one or both parents to HIV/AIDS are unlikely to remain in school and finish their education, Robert Greener, senior economic adviser at the United Nations Development Programme, said at the World Bank's Annual Bank Conference on Development Economics in South Africa recently, the Inter Press Service reports.
A recent placebo-controlled study reveals new evidence of trans-cranial bright light's effect to brain functions when administered through the ear. Bright light stimulation was found to increase activity in brain areas related to processing of visual sensory information and tactile stimuli. The findings constitute the first ever published scientific article about functional modulation of the brain with bright light delivered to the brain through the ears. The study was published today May 29th, 2012 in the World Journal of Neuroscience.
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