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    Longitudinal modeling of Hiv prevalence in Kenya

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    Date
    2009
    Author
    Ronoh, Alban
    Type
    Thesis
    Language
    en
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    Abstract
    HIV/AIDS have remain the leading global health challenge.Its dynamics and spread is the concern of all the sectors of the society.In research, many studies continue to be carried out to really try and understand the key determinants of its dist ribution, which areas and groups are most vulnerable. This is aimed at designing effective intervention measures and seeking cure and development of a vaccine. The goal of modeling is to extract much information from the available data in order to provide an accurate representation of knowledge and uncertainty of the epidemic.Many models have been put forward to understand the level of prevalence, which include a mathematical model called t he back calculation, the WHO and UNAIDS have developed a computer program called the EPP and spectrum to provide projections and mortality due AIDS. The sentinel surveillance data from ANCs still remain the crucial source of prevalence data though they are reports suggesting that it normally overestimate the level of prevalence.Other modeling techniques can be developed to give short term projections of the prevalence level in various settings of the pandemic.Mixed effect models if well fitted can give a useful insight into the prevalence. This is where certain covariates are held as fixed while others are random for example, the rural and urban settings could be random while thinks like clinics are fixed and so on. Other time covariates should also be considered, for instance the incorporation of things like condom use, circumcision, coverage of ARVs and awareness campaigns. One of the key to modeling time varying data is the consideration of the correlation in the model.
     
     
     
    URI
    http://erepository.uonbi.ac.ke:8080/xmlui/handle/123456789/24302
    Citation
    M.Sc (Biometry)
    Sponsorhip
    University of Nairobi
    Publisher
    School of Mathematics, University of Nairobi
    Description
    Master of Science thesis
    Collections
    • Faculty of Science & Technology (FST) [4213]

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