Modeling the Complex Dynamics between Behaviors and Environments Shaping HIV/STIs

对影响艾滋病毒/性传播感染的行为和环境之间的复杂动态进行建模

• 批准号: 8410456
• 负责人: Tommi Lynn Gaines
• 金额: $ 18.1万
• 依托单位: UNIVERSITY OF CALIFORNIA, SAN DIEGO
• 依托单位国家: 美国
• 财政年份: 2012
• 资助国家: 美国
• 起止时间: 2012-09-01 至 2017-06-30
• 项目状态: 已结题
• 来源: https://reporter.nih.gov/project-details/8410456
• 关键词: Accounting; Address; Adherence; Adopted; Affect; Alcohol or Other Drugs use; Area; Behavior; Behavioral; Behavioral Research; Biological Models; Biomedical Computing; California; Collection; Communicable Diseases; Complex; Computational algorithm; Computer Simulation; Computing Methodologies; Data; Data Set; Development; Disease; Disease susceptibility; Drug abuse; Drug usage; Drug user; Economics; Educational workshop; Emergency Care; Environment; Environmental Risk Factor; Epidemic; Epidemiologic Studies; Epidemiology; Event; Female; Funding; Future; Generic Drugs; Goals; Grant; HIV; HIV/STD; Health; Healthcare; Herpes zoster disease; Home environment; Individual; Injecting drug user; Injection of therapeutic agent; International; Intervention; Knowledge; Laws; Lead; Learning; Life; Link; Location; Longitudinal Studies; Measures; Mentored Research Scientist Development Award; Mentors; Methodology; Methods; Mexico; Modeling; Movement; National Institute of Drug Abuse; Patients; Pattern; Pharmaceutical Preparations; Physical environment; Policies; Policy Making; Population; Populations at Risk; Positioning Attribute; Predisposition; Prevalence; Prevention; Process; Public Health; Regulation; Research; Research Infrastructure; Research Personnel; Research Project Grants; Risk; Role; Sampling; Sexual Health; Shapes; Simulate; Social Environment; Spatial Distribution; Sterility; Structure; Substance abuse problem; Syringes; System; Time; Training; United States National Institutes of Health; Universities; Vulnerable Populations; Woman; Work; base; behavior change; behavioral/social science; computational network modeling; condoms; contextual factors; density; epidemiologic data; experience; high risk; innovation; insight; models and simulation; multidisciplinary; next generation; novel strategies; population based; public health research; response; sex; simulation; skills; social; social science research; tool; transmission process

DESCRIPTION (provided by applicant): The purpose of this Mentored Research Scientist Development Award (K01) is threefold. This will allow me to: 1) broaden my understanding of the social epidemiology of HIV among drug users and sex workers in a new cultural and environmental context, 2) learn a new methodology in computational modeling of infectious diseases, and 3) facilitate my transition to becoming a productive NIH-funded independent Investigator at the University of California San Diego. The training aims will be accomplished through a combination of specific workshops and coursework, a hands-on research project, and one-on-one mentoring with a Training Committee comprised of experts in areas of HIV-transmission networks, computational modeling, GIS and geospatial analysis, and HIV social epidemiology research in the US/Mexico border regions. This research will be accomplished by conducting multidisciplinary studies on the computational modeling of HIV/STI transmission to construct, validate, and calibrate a computer simulation model reflecting the complex interdependences between individual behavior and environmental influence on HIV/STI. This project will leverage data from an existing NIH/NIDA-funded R01, DA028692-01 ("Evolving HIV/STI risk environments of female sex workers (FSWs) on the Mexico/US border" aka Proyecto Mapa de Salud, PI Kimberly Brouwer) in order to capitalize on the infrastructure and expertise represented by that project. The US/Mexico border is experiencing a burgeoning HIV epidemic, concentrated among high-risk groups such as drug users and FSWs. Computational modeling has been routinely used in areas such as disease epidemiology, health care capacity, and patient flows in emergency care to capture the complex behavior of system but have been slower to be adopted in health-related behavioral and social science research. Computational modeling offers the unique opportunity to address the casual mechanism of HIV/STI risk by examining cyclic relationship of individuals interacting within their environment and in turn their environment shaping risk-related behaviors. The proposed research will allow me to apply newly acquired skills in computational modeling to develop a robust simulation of HIV/STI transmission as we change the context of risks including factors measured at the behavioral, social, physical, and geographical level. This model will be validated and calibrated with extant data sampled from a particularly high-risk population in Tijuana where HIV prevalence among women participating in sex work is 21%. Findings from this research will enhance scientific understanding on which environmental determinants affect population-levels of HIV/STI transmission and could have major implications for the types of evidence that are used to make policy decision and public health interventions. Further, developing skills in computational modeling will uniquely position me as only one of a handful of quantitative methodological researchers in the field of drug abuse possessing such skills, and the only one in the Division of Global Public Health at the University of California, San Diego. PUBLIC HEALTH RELEVANCE: The US/Mexico border is home to an evolving HIV epidemic among vulnerable groups such as drug users and female sex workers but little social epidemiological research has addressed the role of complex interdependencies between individual behavior and environmental influence by modeling the bidirectional relationships between these factors. Findings from the proposed research will enhance scientific understanding of environmental determinants affecting population-levels of HIV/STI transmission and could have major implications for the types of evidence that are used to make policy decisions and public health interventions. Further developing skills in computational modeling of HIV/STI transmission will uniquely position the candidate as one of only a handful of quantitative methodological researchers in the field of drug abuse possessing such skills, and the only one in the Division of Global Public Health at the University of California, San Diego.

简介(申请人提供)：本次导师研究科学家发展奖(K01)的目的有三个。这将使我：1)在新的文化和环境背景下，扩大我对吸毒者和性工作者中艾滋病毒社会流行病学的理解，2)学习传染病计算建模的新方法，3)促进我过渡到加州大学圣地亚哥分校NIH资助的富有成效的独立研究员。培训目标将通过具体的讲习班和课程作业、实践研究项目以及与培训委员会的一对一指导相结合来实现，培训委员会由美国/墨西哥边境地区的艾滋病毒传播网络、计算建模、地理信息系统和地理空间分析以及艾滋病毒社会流行病学研究领域的专家组成。这项研究将通过对HIV/STI传播的计算模型进行多学科研究来完成，以构建、验证和校准一个计算机模拟模型，反映个人行为和环境对HIV/STI影响之间的复杂相互依赖关系。该项目将利用NIH/NIDA资助的现有R01 DA028692-01(“墨西哥/美国边境女性性工作者艾滋病毒/性传播感染风险环境的演变”，又名Proyecto Mapa de Salud，Pi Kimberly Brouwer.)的数据，以利用该项目所代表的基础设施和专业知识。美国/墨西哥边境正在经历一场迅速蔓延的艾滋病毒疫情，集中在吸毒者和暗娼等高危群体中。计算模型通常用于疾病流行病学、卫生保健能力和急救病人流等领域，以捕捉系统的复杂行为，但在与健康相关的行为和社会科学研究中采用较慢。计算建模提供了独特的机会，通过检查环境中相互作用的个体之间的循环关系，进而研究他们的 环境塑造与风险相关的行为。拟议的研究将使我能够应用新获得的计算建模技能，随着我们改变风险的背景，包括在行为、社会、物理和地理水平上衡量的因素，开发一个强大的HIV/STI传播模拟。这一模型将利用从提华纳特别高危人群中抽样的现有数据进行验证和校准，在提华纳，参与性工作的妇女中艾滋病毒流行率为21%。这项研究的结果将加强对哪些环境决定因素影响艾滋病毒/性传播感染人群水平的科学理解，并可能对用于决策和公共卫生干预的证据类型产生重大影响。此外，发展计算建模技能将使我成为药物滥用领域少数拥有此类技能的定量方法论研究人员之一，也是加州大学圣地亚哥分校全球公共卫生部门唯一的一名研究人员。 公共卫生相关性：美国/墨西哥边境是艾滋病毒在吸毒者和女性性工作者等弱势群体中不断发展的地方，但很少有社会流行病学研究通过对这些因素之间的双向关系进行建模来解决个人行为和环境影响之间复杂的相互依存关系所起的作用。拟议研究的结果将加强对影响艾滋病毒/性传播疾病传播人口水平的环境决定因素的科学理解，并可能对用于决策和公共卫生干预的证据类型产生重大影响。进一步发展艾滋病毒/性传播感染的计算建模技能将使候选人成为药物滥用领域为数不多的拥有此类技能的定量方法学研究人员之一，也是加州大学圣地亚哥分校全球公共卫生部门唯一的一名。