Havens Jennifer R, Lofwall Michelle R, Young April M, Staton Michele, Schaninger Takako, Fraser Hannah, Vickerman Peter, Walsh Sharon L
Center on Drug and Alcohol Research, Department of Behavioral Science, University of Kentucky College of Medicine, Lexington, Kentucky, USA.
Department of Epidemiology, University of Kentucky College of Public Health, Lexington, Kentucky, USA.
J Viral Hepat. 2024 Jun;31(6):293-299. doi: 10.1111/jvh.13933. Epub 2024 Mar 4.
An HCV treatment trial was initiated in September 2019 to address the opioid/hepatitis C virus (HCV) syndemic in rural Kentucky. The focus of the current analysis is on participation in diagnostic screening for the trial. Initial eligibility (≥18 years of age, county resident) was established by phone followed by in-person HCV viremia testing. 900 rural residents met the inclusion criteria and comprised the analytic sample. Generalized linear models were specified to estimate the relative risk of non-attendance at the in-person visit determining HCV eligibility. Approximately one-quarter (22.1%) of scheduled participants were no-shows. People who inject drugs were no more likely than people not injecting drugs to be a no-show; however, participants ≤35 years of age were significantly less likely to attend. While the median time between phone screening and scheduled in-person screening was only 2 days, each additional day increased the odds of no-show by 3% (95% confidence interval: 2%-3%). Finally, unknown HCV status predicted no-show even after adjustment for age, gender, days between screenings and injection status. We found that drug injection did not predict no-show, further justifying expanded access to HCV treatment among people who inject drugs. Those 35 years and younger were more likely to no-show, suggesting that younger individuals may require targeted strategies for increasing testing and treatment uptake. Finally, streamlining the treatment cascade may also improve outcomes, as participants in the current study were more likely to attend if there were fewer days between phone screening and scheduled in-person screening.
2019年9月启动了一项丙型肝炎病毒(HCV)治疗试验,以应对肯塔基州农村地区的阿片类药物/丙型肝炎病毒(HCV)共病问题。当前分析的重点是该试验的诊断筛查参与情况。通过电话确定初步资格(年龄≥18岁、为该县居民),随后进行HCV病毒血症的现场检测。900名农村居民符合纳入标准,构成了分析样本。采用广义线性模型来估计未能参加确定HCV资格的现场就诊的相对风险。约四分之一(22.1%)的预定参与者未到场。注射毒品者未到场的可能性并不高于未注射毒品者;然而,年龄≤35岁的参与者到场的可能性显著更低。虽然电话筛查与预定的现场筛查之间的中位时间仅为2天,但每增加一天,未到场的几率就增加3%(95%置信区间:2%-3%)。最后,即使在对年龄、性别、筛查间隔天数和注射状况进行调整之后,未知的HCV状态仍可预测未到场情况。我们发现,注射毒品并不能预测未到场,这进一步证明应扩大向注射毒品者提供HCV治疗的机会。35岁及以下的人更有可能未到场,这表明较年轻的个体可能需要有针对性的策略来提高检测和治疗的接受率。最后,简化治疗流程也可能改善结果,因为在本研究中,如果电话筛查与预定的现场筛查之间的天数较少,参与者到场的可能性更大。
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