Emerg Infect Dis. 2023 Oct;29(10):2008-2015. doi: 10.3201/eid2910.230560. Epub 2023 Aug 30.
In April 2021, the South Eastern Sydney Local Health District Public Health Unit (Sydney, New South Wales, Australia) was notified of 3 patients with Pseudomonas aeruginosa infections secondary to skin piercings performed at the same salon. Active case finding through laboratories, clinician alerts, and monitoring hospital visits for piercing-related infections identified additional cases across New South Wales, and consumers were alerted. We identified 13 confirmed and 40 probable case-patients and linked clinical isolates by genomic sequencing. Ten confirmed case-patients had used the same brand and batch of aftercare solution. We isolated P. aeruginosa from opened and unopened bottles of this solution batch that matched the outbreak strain identified by genomic sequencing. Piercing-related infections returned to baseline levels after this solution batch was recalled. Early outbreak detection and source attribution via genomic sequencing are crucial for controlling outbreaks linked to contaminated products. Manufacturing standards for nonsterile cosmetic products and guidance for piercing aftercare warrant review.
2021 年 4 月,澳大利亚新南威尔士州悉尼东南区地方卫生单位(悉尼)接到通知,有 3 名患者因在同一家沙龙进行的皮肤穿刺而感染绿脓杆菌。通过实验室、临床医生警报和监测与穿刺相关感染的医院就诊进行主动病例发现,在新南威尔士州发现了其他病例,并向消费者发出了警报。我们通过基因组测序确定了 13 例确诊和 40 例疑似病例患者,并对临床分离株进行了关联。10 例确诊病例患者使用了同一品牌和批次的后续护理溶液。我们从该溶液批次的已开封和未开封瓶中分离出与基因组测序确定的暴发菌株相匹配的绿脓杆菌。在召回该溶液批次后,与穿刺相关的感染恢复到基线水平。通过基因组测序进行早期暴发检测和溯源分析对于控制与污染产品相关的暴发至关重要。非无菌化妆品产品的制造标准和穿刺后护理指南需要审查。