Titlebook: Lipodystrophy Syndrome in HIV; Christine A. Wanke,Sherwood L. Gorbach Book 2003 Springer Science+Business Media New York 2003 Epidemiology

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Pathogenesis of HIV Lipodystrophy,le and direct consequence of protease inhibitor induced drug toxicity. The complex nature of the syndrome and the multiple factors seemingly associated with the development of this syndrome have led some investigators to consider HIV lipodystrophy as a multi-factorial disease that may be more than o

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Nutrition and Metabolism in HIV-1-Infected Children Receiving Haart Therapy,ing with HIV-1 or the acquired immunodeficiency syndrome (AIDS) in the United States (.). Survival time and quality of life for children living in countries with access to highly active antiretroviral therapy (HAART) have improved due to advances in medical therapy. The principle goal in the care of

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Potential Therapies for the HIV-Associated Lipodystrophy Syndrome,an HIV-infected individual (.–.). These four components include: fat deposition (buffalo hump, visceral fat, breast enlargement), subcutaneous fat atrophy, disorders of glucose and insulin metabolism, most commonly manifest as glucose intolerance, and disorders of lipid and cholesterol metabolism, w

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Gary Meininger M.D.,Steven Grinspoon M.D.nductors, dielectrics with characteristics gradual evolution, imposes the development of a new generation of materials. Based on the new materials, horizons have opened towards the design of the new electronics generation with significant impact on the future technological systems. This chapter aims

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Cecilia M. Shikuma M.D.,Scott Souza Pharm. D.,Bruce Shiramizu M.D.ization of vinyl monomers and heterocycliccompounds.These different modes of ionic polymerization are examinedwithregard to their capacity for producing living polymers. Theconceptof living polymers is re-examined and redefined in light ofcurrentknowledge of ionic polymerization and possible siderea

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Tracie L. Miller M.D.l cationic and radical polymerizations are typically carried out under dramatically different conditions, use very different monomers, solvents and reaction conditions. However, recently developed controlled/“living” carbocationic and radical polymerizations employ the same mechanistic principle bas

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Christine A. Wanke M.D.ive changes in renal function play an important part in this euryhalinity (along with changes in gill and gut transport). In dilute media, high rates of urine output eliminate the osmotic influx of water at the gills, whereas in media more concentrated than plasma, urine flow rates are generally red

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