Department of Family Medicine, University of Kansas Medical Center, Kansas City, KS, United States of America.
Department of Preventive Medicine, University of Kansas Medical Center, Kansas City, KS, United States of America.
PLoS One. 2020 Oct 9;15(10):e0240621. doi: 10.1371/journal.pone.0240621. eCollection 2020.
Testing infants at birth and with more efficient point of care (POC) HIV diagnostic can streamline EID and expedite infant ART initiation. We evaluated the implementation of at birth and 6-week POC testing to assess the effectiveness and feasibility when implemented by existing hospital staff in Kenya.
Four government hospitals were randomly assigned to receive a GeneXpert HIV-1 Qual (n = 2) or Alere m-PIMA (n = 2) machine for POC testing. All HIV-exposed infants enrolled were eligible to receive POC testing at birth and 6-weeks of age. The primary outcome was repeat POC testing, defined as testing both at birth and 6-weeks of age. Secondary outcomes included predictors of repeat POC testing, POC efficiency (turnaround times of key services), and operations (failed POC results, missed opportunities).
Of 626 enrolled infants, 309 (49.4%) received repeat POC testing, 115 (18.4%) were lost to follow up after an at-birth test, 120 (19.2%) received POC testing at 6-weeks only, 80 (12.8%) received no POC testing, and 2 (0.3%) received delayed POC testing (>12 weeks of age). Three (0.4%) were identified as HIV-positive. Of the total 853 POC tests run at birth (n = 424) or 6-weeks (n = 429), 806 (94.5%) had a valid result documented and 792 (98.3%) results had documented maternal notification. Mean time from sample collection to notification was 1.08 days, with 751 (94.8%) notifications on the same day as sample collection. Machine error rates at birth and 6-weeks were 8.5% and 2.5%, respectively. A total of 198 infants presented for care (48 at birth; 150 at 6-weeks) without receiving a POC test, representing missed opportunities for testing.
At birth POC testing can streamline infant HIV diagnosis, expedite ART initiation and can be implemented by existing hospital staff. However, maternal disengagement and missed opportunities for testing must be addressed to realize the full benefits of at birth POC testing.
在出生时和更有效的即时检测(POC)点进行 HIV 检测可以简化 EID,并加速婴儿 ART 的启动。我们评估了在肯尼亚由现有医院工作人员实施出生时和 6 周 POC 检测的效果和可行性。
将四家政府医院随机分配到 GeneXpert HIV-1 Qual(n=2)或 Alere m-PIMA(n=2)的 POC 检测中。所有 HIV 暴露的婴儿都有资格在出生时和 6 周时接受 POC 检测。主要结局是重复 POC 检测,定义为在出生时和 6 周时均进行检测。次要结局包括重复 POC 检测的预测因素、POC 效率(关键服务的周转时间)和操作(POC 结果失败、错过机会)。
在 626 名入组婴儿中,有 309 名(49.4%)接受了重复 POC 检测,115 名(18.4%)在出生时检测后失访,120 名(19.2%)仅在 6 周时接受 POC 检测,80 名(12.8%)未接受 POC 检测,2 名(0.3%)接受延迟 POC 检测(>12 周龄)。3 名(0.4%)被确定为 HIV 阳性。在总共进行的 853 次 POC 检测中(出生时 n=424,6 周时 n=429),806 次(94.5%)有有效结果记录,792 次(98.3%)结果有记录的母婴通知。从样本采集到通知的平均时间为 1.08 天,751 次(94.8%)通知在样本采集当天进行。出生时和 6 周时的机器错误率分别为 8.5%和 2.5%。共有 198 名婴儿前来就诊(48 名在出生时就诊;150 名在 6 周时就诊),未接受 POC 检测,这意味着错过了检测机会。
出生时的 POC 检测可以简化婴儿 HIV 诊断,加速 ART 的启动,并且可以由现有医院工作人员实施。然而,必须解决母婴脱节和检测机会的问题,以充分实现出生时 POC 检测的益处。