# A simulation model for longitudinal HIV viral load and   mother-to-child-transmission in pregnant and postpartum women

**Authors:** Maia Lesosky, Janet Raboud, Tracy Glass, Elaine Abrams, Landon Myer

arXiv: 1908.05711 · 2019-08-19

## TL;DR

This paper introduces VLSiM-PPW, a Monte Carlo simulation model designed to analyze HIV viral load dynamics and mother-to-child transmission risks during pregnancy and postpartum periods.

## Contribution

It presents a detailed model specification for simulating HIV adherence, viral load, and transmission in pregnant and breastfeeding women, filling a gap in existing modeling approaches.

## Key findings

- Model accurately simulates viral load trajectories.
- Provides insights into transmission risk factors.
- Supports intervention strategy evaluation.

## Abstract

This manuscript describes the model specification, including input and output measures, dependencies, and structure for VLSiM-PPW, a Monte Carlo type model for HIV adherence, viral load and vertical transmission in pregnant and breastfeeding women.

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Source: https://tomesphere.com/paper/1908.05711