Naphthalenesulfonates

Long-term consistent use of a vaginal microbicide gel among HIV-1 sero-discordant couples in a phase III clinical trial (MDP 301) in rural south-west Uganda

Technology / Medication Adherence / Uganda / Housing / Treatment Outcome / Polymers / Adolescent / HIV / Multivariate Analysis / Biological Sciences / Rural Health / Pregnancy / Humans / Female / Male / Young Adult / Risk factors / Clinical Sciences / Adult / Time Factors / Trials / Odds ratio / Age Factors / Hiv seropositivity / Risk Factors / Foams / Sexual Partners / Likelihood Functions / Logistic Models / Naphthalenesulfonates / Socioeconomic Factors / Polymers / Adolescent / HIV / Multivariate Analysis / Biological Sciences / Rural Health / Pregnancy / Humans / Female / Male / Young Adult / Risk factors / Clinical Sciences / Adult / Time Factors / Trials / Odds ratio / Age Factors / Hiv seropositivity / Risk Factors / Foams / Sexual Partners / Likelihood Functions / Logistic Models / Naphthalenesulfonates / Socioeconomic Factors

Utility of colposcopy in a phase 2 portion of a microbicide clinical trial of BufferGel and 0.5% PRO 2000 Gel

Treatment Outcome / Southern Africa / Polymers / Adolescent / Humans / United States / Female / Young Adult / Placebos / Colposcopy / Adult / Acrylic Resins / Sexually Transmitted Diseases / Naphthalenesulfonates / United States / Female / Young Adult / Placebos / Colposcopy / Adult / Acrylic Resins / Sexually Transmitted Diseases / Naphthalenesulfonates

Using D-optimal experimental design to optimise remazol black B mineralisation by Fenton-like peroxidation

Engineering / Mineralogy / Experimental Design / Gold Mineralization / Alexis de Tocqueville / Iron Age / Optimization / Biological Sciences / Textile Dyeing / Environmental Sciences / Catalyst / Contamination Dispersion / Environmental Technology / Color Psychology and Use of Colour / Reaction Time / Textile industry / DYE DECOLORİZATİON / Iron / Degradation / Article / Reduction / Hydrogen Peroxide / Mineralization / Total Organic Carbon / Antioxidant/pro Oxidant Balance / Oxidation / Interaction effect / Chemical Oxygen Demand / Optimal Design / Surface Analysis / Unclassified Drug / Reaction Kinetics / Siddha anti-oxidants / Degradation (COD) / Fenton-like / Reactive Black B (RBB) / Response surface / Oxidation-Reduction / Oxidizing Agents / Concentration (Composition) / Ferric Ion / Response Surface Method / Biochemical Oxygen Demand / Empirical Model / Biomimetic Oxidation and Reduction Reactions / Biological Oxygen Demand Analysis / Fenton likes / remazol black B / Naphthalenesulfonic Acid Derivative / Fenton reaction / Chemical Model / Naphthalenesulfonates / Removal Efficiency / Iron Age / Optimization / Biological Sciences / Textile Dyeing / Environmental Sciences / Catalyst / Contamination Dispersion / Environmental Technology / Color Psychology and Use of Colour / Reaction Time / Textile industry / DYE DECOLORİZATİON / Iron / Degradation / Article / Reduction / Hydrogen Peroxide / Mineralization / Total Organic Carbon / Antioxidant/pro Oxidant Balance / Oxidation / Interaction effect / Chemical Oxygen Demand / Optimal Design / Surface Analysis / Unclassified Drug / Reaction Kinetics / Siddha anti-oxidants / Degradation (COD) / Fenton-like / Reactive Black B (RBB) / Response surface / Oxidation-Reduction / Oxidizing Agents / Concentration (Composition) / Ferric Ion / Response Surface Method / Biochemical Oxygen Demand / Empirical Model / Biomimetic Oxidation and Reduction Reactions / Biological Oxygen Demand Analysis / Fenton likes / remazol black B / Naphthalenesulfonic Acid Derivative / Fenton reaction / Chemical Model / Naphthalenesulfonates / Removal Efficiency

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