病例报告:医疗机构中的医院获得性水痘。

IF 2.5 4区 医学 Q3 INFECTIOUS DISEASES Epidemiology and Infection Pub Date : 2023-12-19 DOI:10.1017/S0950268823001917
Sandeepa Utpat, Nishka Utpat, Vinod Nookala, Lalitha Podakula, Kaanchi Utpat
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引用次数: 0

摘要

水痘(水痘)在美国的医疗机构中非常罕见,但可由带状疱疹患者传染给医护人员,而医护人员又可能将水痘进一步传染给未接受免疫接种、免疫抑制、高危、易受感染的患者。由于水痘疫苗接种已被纳入儿童免疫接种推荐计划,而且医务人员在工作期间也会进行水痘免疫筛查,因此这种疾病并不常见。我们报告了一例医院获得性水痘病例,患者在长期住院期间通过一名接触了患者带状疱疹室友而感染水痘的医护人员感染了水痘。室友之间没有身体接触,但两名患者都有一名共同的医护人员。带状疱疹患者被立即采取了空气传播预防措施,但该医护人员继续工作并与我们的患者有身体接触。高危工人最初在接触带状疱疹患者 18 天后患上水痘,而我们的患者在高危工人接触患者 17 天后患上水痘。患者出水痘之前的时间线和两个潜伏期表明,该高危工人因接触带状疱疹患者而感染了水痘,随后又传染给了我们的患者。该病例突出表明,未经免疫的医护人员接触带状疱疹患者后有可能感染水痘(水痘),并进一步传染给未经免疫的患者。核实医护人员受雇时的免疫状况、强制免疫、在接触带状疱疹患者后让未免疫的员工休假,以及通过接种疫苗或水痘带状疱疹免疫球蛋白(Varizig)进行接触后预防,将最大限度地降低医疗机构中水痘等传染病的传播风险。此外,建立患者的免疫力、提高警惕和早期识别住院患者中的带状疱疹,以及立即启动适当的感染控制措施,将进一步预防此类事件的发生并提高患者安全。在漫长的住院期间,他有不同的室友,但没有身体接触,也没有访客。在大多数日子里,同一名医护人员为他和他的室友提供护理服务。该患者的一名室友被发现患有带状疱疹,并立即被转移到其他病房,并采取了适当的感染预防措施。据推测,该医护人员未接种水痘疫苗,在对患者进行日常护理时与带状疱疹患者有大量接触,其中涉及大量身体接触。该医护人员没有休假,没有接受免疫评估,也没有进行暴露后预防(PEP)。作为常规护理工作的一部分,该医务人员继续与患者接触。在与带状疱疹患者接触后的第 18 天,该医护人员患上了水痘。此后 17 天,我们的患者又患上了水痘。该医护人员在接触带状疱疹患者后经过一个潜伏期后感染了水痘,而我们的患者在经过另一个潜伏期后也感染了类似的水痘,这表明水痘带状疱疹病毒(VZV)从带状疱疹患者传播给了医护人员,并进一步从医护人员传播给了我们的患者。在受雇时评估医护人员对水痘的免疫力、确保只有具有免疫力的医护人员才能照顾带状疱疹和水痘患者、让未免疫的暴露医护人员休假、提供 PEP 以及在患者入院时记录其对水痘的免疫力,这些措施都有助于预防 VZV 在医院环境中的传播。由于该新病例具有很高的教育价值和相关的学习要点,因此尝试将其发表。
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Case report: Hospital-acquired chickenpox in a healthcare setting.

Chickenpox (varicella) is a rare occurrence in healthcare settings in the USA, but can be transmitted to healthcare workers (HCWs) from patients with herpes zoster who, in turn, can potentially transmit it further to unimmunized, immunosuppressed, at-risk, vulnerable patients. It is uncommon due to the inclusion of varicella vaccination in the recommended immunization schedule for children and screening for varicella immunity in HCWs during employment. We present a case report of hospital-acquired chickenpox in a patient who developed the infection during his prolonged hospital stay through a HCW who had contracted chickenpox after exposure to our patient's roommate with herpes zoster. There was no physical contact between the roommates, but both patients had a common HCW as caregiver. The herpes zoster patient was placed in airborne precautions immediately, but the HCW continued to work and have physical contact with our patient. The HCW initially developed chickenpox 18 days after exposure to the patient with herpes zoster, and our patient developed chickenpox 17 days after the HCW. The timeline and two incubation periods, prior to our patient developing chickenpox, indicate transmission of chickenpox in the HCW from exposure to the herpes zoster patient and subsequently to our patient. The case highlights the potential for nosocomial transmission of chickenpox (varicella) to unimmunized HCWs from exposure to patients with herpes zoster and further transmission to unimmunized patients. Verification of the immunization status of HCWs at the time of employment, mandating immunity, furloughing unimmunized staff after exposure to herpes zoster, and postexposure prophylaxis with vaccination or varicella zoster immunoglobulin (Varizig) will minimize the risk of transmission of communicable diseases like chickenpox in healthcare settings. Additionally, establishing patients' immunity, heightened vigilance and early identification of herpes zoster in hospitalized patients, and initiation of appropriate infection control immediately will further prevent such occurrences and improve patient safety.

This is a case report of a varicella-unimmunized 31-year-old patient who developed chickenpox during his 80-day-long hospitalization. He had different roommates during his long hospital stay but had no physical contact with them and neither had visitors. On most days, the same HCW rendered care to him and his roommates. One of the patient’s roommates was found to have herpes zoster and was immediately moved to a different room with appropriate infection prevention measures. The HCW is presumably unimmunized to varicella and sustained significant exposure to the patient with herpes zoster during routine patient care which involved significant physical contact. The HCW was not furloughed, assessed for immunity, or given postexposure prophylaxis (PEP). The HCW had continued contact with our patient as part of routine care. On day 18, after exposure to the patient with herpes zoster, the HCW developed chickenpox. 17 days thereafter, our patient developed chickenpox. The time interval of chickenpox infection in the HCW after one incubation period after exposure to the patient with herpes zoster followed by a similar infection of chickenpox in our patient after another incubation period suggests the spread of varicella zoster virus (VZV) from the herpes zoster patient to the HCW and further from the HCW to our patient. Assessing the immunity of HCWs to varicella at the time of employment, ensuring only HCWs with immunity take care of herpes zoster and varicella patients, furloughing unimmunized exposed HCWs, offering PEP, and documentation of patients’ immunity to varicella at the time of hospital admission could help prevent VZV transmission in hospital settings. This is an attempt to publish this novel case due to its high educational value and relevant learning points.

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来源期刊
Epidemiology and Infection
Epidemiology and Infection 医学-传染病学
CiteScore
4.10
自引率
2.40%
发文量
366
审稿时长
3-6 weeks
期刊介绍: Epidemiology & Infection publishes original reports and reviews on all aspects of infection in humans and animals. Particular emphasis is given to the epidemiology, prevention and control of infectious diseases. The scope covers the zoonoses, outbreaks, food hygiene, vaccine studies, statistics and the clinical, social and public-health aspects of infectious disease, as well as some tropical infections. It has become the key international periodical in which to find the latest reports on recently discovered infections and new technology. For those concerned with policy and planning for the control of infections, the papers on mathematical modelling of epidemics caused by historical, current and emergent infections are of particular value.
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