Pre-Publication draft version. Lat reviewed on 7th July 2017
Enhancing Men’s Role in HIV Prevention
The National Guidelines for HIV-1 Viral Load Laboratory Testing support plans to scale up viral load (VL) testing to reach the 90-90-90 targets in India. This phased scale-up includes the setup of 70 additional VL testing laboratories nationally. These guidelines include laboratory design considerat...ions, a summary of VL technologies, and specimen collection and handling as well as transportation and storage guidance. Quality control and quality assurance requirements are described as well as laboratory safety issues. The guidelines also describe the VL laboratory network to be developed with supply chain management issues and commodities described. Annexes include laboratory registers and reporting forms.
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These are integrated National Guidelines 2013 for Prevention and Management of HIV, STIs & Other Blood Borne Infections in accordance with the last guidelines of the World Health Organization (WHO) published in June 2013 and adapted to the Rwandan national context. It thus responds to the need by th...e Ministry of Health to improve skills of actors in the health sector as well as the quality of care and treatment offered in both public and private health facilities countrywide.
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Care and Support Centre (CSC) is a national initiative to provide expanded and holistic care and support services for PLHIV. The guideline focuses on the objectives, criteria for selection, required infrastructure, human resources, MIS tools, and financial guidelines for CSCs. This guideline will b...e useful to the care providers, programme managers, and all stakeholders in providing excellent care to the people living with HIV/AIDS
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These guidelines were developed as part of Kenya's fast-track plan to end AIDS among adolescents and young people. Based on research into adolescent and young key populations in Kenya and elsewhere, they outline a package of HIV prevention services, and emphasize the need to combine biobehavioural i...nterventions with services in education, job skills training, mental health, and social care and protection.
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Sleeping sickness is controlled by case detection and treatment but this often only reaches less than 75% of the population. Vector control is capable of completely interrupting HAT transmission but is not used because of expense. We conducted a full scale field trial of a refined vector control tec...hnology. From preliminary trials we determined the number of insecticidal tiny targets required to control tsetse populations by more than 90%. We then carried out a full scale, 500 km2 field trial covering two HAT foci in Northern Uganda (overall target density 5.7/km2). In 12 months tsetse populations declined by more than 90%. A mathematical model suggested that a 72% reduction in tsetse population is required to stop transmission in those settings. The Ugandan census suggests population density in the HAT foci is approximately 500 per km2. The estimated cost for a single round of active case detection (excluding treatment), covering 80% of the population, is US$433,333 (WHO figures). One year of vector control organised within country, which can completely stop HAT transmission, would cost US$42,700. The case for adding this new method of vector control to case detection and treatment is strong. We outline how such a component could be organised.
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