Veldhuis Cindy B, Porsch Lauren M, Bochicchio Lauren A, Campbell Jacquelyn, Johnson Timothy P, LeBlanc Allen J, Leonard Kenneth E, Wall Melanie, Wilsnack Sharon C, Xu Mariah, Hughes Tonda L
School of Nursing, Columbia University, New York, NY, United States.
School of Nursing, Johns Hopkins University, Baltimore, MD, United States.
JMIR Res Protoc. 2021 Oct 19;10(10):e28080. doi: 10.2196/28080.
Large gaps exist in research on alcohol use and intimate partner aggression (IPA) among sexual minority women (SMW; eg, lesbian, bisexual). Dyadic research with SMW and their partners can illuminate how couple-level factors operate in conjunction with individual-level factors to shape well-being in this understudied and vulnerable population. Given the traditionally gendered lens with which women are primarily viewed as victims and men as perpetrators, understanding the dynamics of IPA in same-sex female couples can also advance research and practice related to IPA more generally.
Guided by a recent extension of the minority stress model that includes relational (couple-level) sexual minority stress and the I-cubed theoretical perspective on IPA, we will collect individual and dyadic data to better characterize the links between hazardous drinking and IPA among SMW and their partners. First, this study aims to examine the associations among minority stress, hazardous drinking, and IPA in SMW and their partners. Minority stressors will be assessed as both individual and couple-level constructs, thus further extending the minority stress model. Second, we aim to examine potential mediators and moderators of the associations among minority stress, hazardous drinking, and IPA. Finally, we aim to test models guided by the I-cubed theoretical perspective that includes instigating (eg, relationship conflict), impelling (eg, negative affect and trait anger), and inhibiting (eg, relationship commitment and emotion regulation) or disinhibiting (eg, hazardous drinking) influences on IPA perpetration.
This United States National Institutes of Health-funded project will draw from a large and diverse cohort of SMW currently enrolled in the Chicago Health and Life Experiences of Women (CHLEW) study-a 21-year longitudinal study of risk factors and consequences associated with SMW hazardous drinking. SMW currently enrolled in the CHLEW and their partners will be invited to participate in the CHLEW Couples Study. By analyzing dyadic data using actor-partner interdependence models, we will examine how each partner's minority stress, hazardous drinking, and IPA experiences are associated with both her own and her partner's minority stress, hazardous drinking, and IPA perpetration.
Data collection began in February 2021 and will likely continue through 2023. Initial results should be available by mid-2024.
The CHLEW Couples Study will fill important gaps in knowledge and provide the basis for future research aimed at clarifying the causal pathways linking hazardous drinking and IPA among SMW. This will support the development of culturally appropriate targeted individual and dyadic prevention and intervention strategies.
INTERNATIONAL REGISTERED REPORT IDENTIFIER (IRRID): DERR1-10.2196/28080.
性少数女性(SMW;例如女同性恋、双性恋)在酒精使用与亲密伴侣攻击行为(IPA)方面的研究存在很大差距。对SMW及其伴侣进行的二元研究可以阐明夫妻层面的因素如何与个体层面的因素共同作用,以影响这个研究较少且易受伤害群体的幸福感。鉴于传统上从性别角度看待女性主要是受害者而男性是施暴者,了解同性女性伴侣中IPA的动态也可以更广泛地推进与IPA相关的研究和实践。
在少数群体压力模型最近的一个扩展版本(包括关系层面(夫妻层面)的性少数群体压力)以及关于IPA的I立方理论视角的指导下,我们将收集个体和二元数据,以更好地描述SMW及其伴侣中危险饮酒与IPA之间的联系。首先,本研究旨在检验SMW及其伴侣中少数群体压力、危险饮酒和IPA之间的关联。少数群体压力源将被评估为个体层面和夫妻层面的结构,从而进一步扩展少数群体压力模型。其次,我们旨在检验少数群体压力、危险饮酒和IPA之间关联的潜在中介因素和调节因素。最后,我们旨在检验以I立方理论视角为指导的模型,该模型包括煽动性(例如关系冲突)、推动性(例如消极情绪和特质愤怒)以及抑制性(例如关系承诺和情绪调节)或去抑制性(例如危险饮酒)对IPA实施的影响。
这个由美国国立卫生研究院资助的项目将从目前参与芝加哥女性健康与生活经历(CHLEW)研究的大量且多样化的SMW队列中选取样本。CHLEW研究是一项为期21年的纵向研究,关注与SMW危险饮酒相关的风险因素和后果。目前参与CHLEW研究的SMW及其伴侣将被邀请参加CHLEW夫妻研究。通过使用行为者 - 伙伴相互依赖模型分析二元数据,我们将研究每个伴侣的少数群体压力、危险饮酒和IPA经历如何与她自己以及她伴侣的少数群体压力、危险饮酒和IPA实施相关联。
数据收集于2021年2月开始,可能会持续到2023年。初步结果预计在2024年年中可得。
CHLEW夫妻研究将填补重要的知识空白,并为未来旨在阐明SMW中危险饮酒与IPA之间因果路径的研究提供基础。这将支持制定符合文化背景的针对性个体和二元预防及干预策略。
国际注册报告识别码(IRRID):DERR1 - 10.2196/28080。