为跨性别和性别膨胀型青年提供mHealth:利用性别平等跨学科创新来推进艾滋病毒预防和护理干预。

IF 2.2 Q2 HEALTH CARE SCIENCES & SERVICES
mHealth Pub Date : 2021-04-20 eCollection Date: 2021-01-01 DOI:10.21037/mhealth-20-60
Simone J Skeen, Demetria Cain, Kristi E Gamarel, Lisa Hightow-Weidman, Cathy J Reback
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引用次数: 0

摘要

与顺性别同龄人相比,跨性别和性别膨胀型(TGE)青年在健康和幸福方面存在明显差异。TGE青少年和新兴成年人健康的一个关键社会决定因素是性别肯定,它包括对个人生活性别的多维验证。由于缺乏可用于性别确认的资源,TGE年轻人可能会从事高风险的适应不良应对行为,这与他们不成比例的高艾滋病毒感染风险有关。一系列创新的移动技术以性别平等框架为指导,以促进TGE社区的健康,包括通过艾滋病毒预防和护理的连续成果。这篇综述的目的是研究现有移动技术的关键特征,这些技术可以用来推进TGE响应mHealth领域。我们系统地搜索了科学记录、灰色文献以及iOS和Android应用程序分发服务。为了获得资格,平台和干预措施需要专门针对TGE用户群进行定制,纳入性别确认功能,并针对移动技术进行优化或自适应。根据效用、核心功能和性别肯定维度的证据,对符合条件的干预措施(N=24)进行了比较。智能手机应用程序和网络应用程序(n=16)是最常见的交付方式。许多干预措施(n=9)旨在解决与艾滋病毒相关的结果和综合的性别平等特征。最常见的性别肯定特征起源于人机交互和信息学领域,或由TGE开发人员众筹。以艾滋病毒为重点的干预措施纳入了循证的健康行为改变策略,并采用了严格的评估方法。在各种模式和学科中,行为自我监测和获得艾滋病毒预防服务是最常见的特征。所审查的干预措施中,超过三分之二旨在提供医学性别肯定(例如,提供获得医学认可的激素疗法的指导,或安全地进行非医学选择,如绑胸)或心理性别肯定(如,提供与心理健康咨询的联系)。我们的研究结果表明,mHealth和其他技术介导的干预措施提供了多种循证和创新特征;然而,在支持TGE用户的随机对照试验中,许多尚未得到严格评估。持续致力于循证的健康行为改变战略,如本综述中以艾滋病毒为重点的干预措施,对于推进性别平等的mHealth至关重要。源自艾滋病毒预防和护理领域之外的平台的独特和高度创新的特点为TGE响应mHealth提供了新的方向,并需要与科学学科的研究人员、私营部门开发人员和潜在用户进行更认真的知识交流。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
mHealth for transgender and gender-expansive youth: harnessing gender-affirmative cross-disciplinary innovations to advance HIV prevention and care interventions.

Transgender and gender-expansive (TGE) youth endure stark disparities in health and wellbeing compared to their cisgender peers. A key social determinant of health for TGE adolescents and emerging adults is gender affirmation, which encompasses multidimensional validations of an individual's lived gender. Lacking available resources for one's gender affirmation, TGE young people may engage in high-risk maladaptive coping behaviors, linked to their disproportionately high HIV-acquisition risk. A range of innovative mobile technologies are guided by the Gender-Affirmative Framework to promote the health of TGE communities, including through HIV prevention and care continuum outcomes. The aim of this review was to examine key features of existing mobile technologies that can be leveraged to advance the field of TGE-responsive mHealth. We systematically searched scientific records, gray literature, and the iOS and Android app distribution services. To be eligible, platforms and interventions needed to be tailored exclusively to a TGE user base, incorporate gender-affirming features, and be optimized for or adaptive to mobile technologies. Eligible interventions (N=24) were compared on evidence of utility, core functionalities, and dimensions of gender affirmation. Smartphone applications (apps) and webapps (n=16) were the most common delivery modality. Many interventions (n=9) aimed to address HIV-related outcomes and integrated gender-affirmative features. The most common gender-affirmative features originated in fields of human-computer interactions and informatics, or were crowdfunded by TGE developers. HIV-focused interventions incorporated evidence-based health behavior change strategies and utilized rigorous evaluation methods. Across modalities and disciplines, behavioral self-monitoring and access to HIV prevention services were the most frequent features. Over two-thirds of the interventions reviewed aimed to provide medical gender affirmation (e.g, provided guidance on obtaining medically sanctioned hormone therapies, or safely practicing non-medical options such as chest-binding) or psychological gender affirmation (e.g, provided linkage to mental health counseling). Our results show that mHealth and other technology-mediated interventions offer a diverse range of both evidence-based and innovative features; however, many have not been rigorously evaluated in a randomized controlled trial to support TGE users. A continuing commitment to evidence-based health behavior change strategies, exemplified by the HIV-focused interventions included in this review, is essential to advancing gender-affirmative mHealth. The unique and highly innovative features of platforms originating outside the fields of HIV prevention and care suggest new directions for TGE-responsive mHealth, and the need for more conscientious models of knowledge exchange with investigators across scientific disciplines, private-sector developers, and potential users.

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