<p>The transmission model uses the posterior distribution from the IPM on the number of new infections acquired and the HIV prevalence in each population group to estimate the distribution of infections transmitted by each group using prior information on the mixing patterns between groups, transmissibility (depending on transmission probability, condom use, STI prevalence), and ART coverage in each group. The diagram is illustrative and does not specifically represent the groups described in the study. The intensity of the grey cells reflects the magnitude of the factors described.</p> <p>DHS, Demographic and Health Surveys; IPM, Incidence Patterns Model; STI, sexually transmitted infection.</p
A compartmental model is presented for the spread of HIV in a homosexual population divided into sub...
This paper presents the State Department's Interagency Working Group (IWG) model for the spread of H...
We study two multigroup mathematical models of the spread of HIV. In the di!erential infectivity mod...
A compartmental model is presented for the spread of HIV in a homosexual population divided into sub...
<p>Top: A flow diagram describing the mathematical model fitted to surveillance time series and the ...
The modes of transmission model has been widely used to help decision-makers target measures for pre...
BackgroundUnderstanding the spread of sexually transmitted infections (STIs) in a population is of g...
<p>Different measures of the proportion of within-couple transmission have been used in the past, th...
Statical modeling of HIV infection is useful to understand HIV spread mechanism, for predicting HIV ...
The transmission model divides the population into 9 states (Treated High Risk, Treated Low Risk, Ch...
<p>The flow between epidemiological classes for the transmission dynamics of FGS and HIV. Individual...
<p>Flow diagram of the mathematical model for HIV transmission amongst men who have sex with men (MS...
HIV is a sexually transmitted infection (STI) whose transmission process is highly dependent on the ...
The most urgent public health problem today is to devise effective strategies to minimize the destru...
BACKGROUND:Understanding the spread of sexually transmitted infections (STIs) in a population is of ...
A compartmental model is presented for the spread of HIV in a homosexual population divided into sub...
This paper presents the State Department's Interagency Working Group (IWG) model for the spread of H...
We study two multigroup mathematical models of the spread of HIV. In the di!erential infectivity mod...
A compartmental model is presented for the spread of HIV in a homosexual population divided into sub...
<p>Top: A flow diagram describing the mathematical model fitted to surveillance time series and the ...
The modes of transmission model has been widely used to help decision-makers target measures for pre...
BackgroundUnderstanding the spread of sexually transmitted infections (STIs) in a population is of g...
<p>Different measures of the proportion of within-couple transmission have been used in the past, th...
Statical modeling of HIV infection is useful to understand HIV spread mechanism, for predicting HIV ...
The transmission model divides the population into 9 states (Treated High Risk, Treated Low Risk, Ch...
<p>The flow between epidemiological classes for the transmission dynamics of FGS and HIV. Individual...
<p>Flow diagram of the mathematical model for HIV transmission amongst men who have sex with men (MS...
HIV is a sexually transmitted infection (STI) whose transmission process is highly dependent on the ...
The most urgent public health problem today is to devise effective strategies to minimize the destru...
BACKGROUND:Understanding the spread of sexually transmitted infections (STIs) in a population is of ...
A compartmental model is presented for the spread of HIV in a homosexual population divided into sub...
This paper presents the State Department's Interagency Working Group (IWG) model for the spread of H...
We study two multigroup mathematical models of the spread of HIV. In the di!erential infectivity mod...