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截至2023年12月31日,通过与明尼苏达免疫信息连接系统建立联系,加强了用于疫苗安全监测的疫苗识别工作。

Increased Identification of Vaccines for Vaccine Safety Surveillance Through Linkage With the Minnesota Immunization Information Connection as of December 31, 2023.

作者信息

Zhu Jingyi, Vazquez-Benitez Gabriela, DeSilva Malini B, Kuckler Leslie, Trower Nicole, Muscoplat Miriam Halstead, Bieringer Aaron, Groom Holly C, Kharbanda Elyse O

机构信息

HealthPartners Institute, Bloomington, MN, USA.

Minnesota Department of Health, St. Paul, MN, USA.

出版信息

Public Health Rep. 2024 Sep 28:333549241280002. doi: 10.1177/00333549241280002.

Abstract

OBJECTIVES

The HealthPartners' Vaccine Safety Datalink (VSD) team maintains standardized files of vaccines from medical and pharmacy claims and electronic health records (established data sources) for safety surveillance. Since 2021, for selected vaccines, data from the Minnesota Immunization Information Connection (MIIC), Minnesota's immunization information system, have been added to the HealthPartners' VSD files. We examined how MIIC data have enhanced the identification of novel and routine vaccines.

METHODS

We describe the approach to incorporating MIIC data. We determined and compared the number and proportion of vaccines identified from established data sources with the additional capture of vaccine data identified from MIIC, in which age group and period of observation varied by vaccine.

RESULTS

As of December 31, 2023, of 1 099 411 people in the HealthPartners' VSD cohort, 1 001 400 people (91%) were linked with an MIIC record. Across all data sources, for the full cohort, >2.7 million COVID-19 vaccine doses were recorded since 2020, >4000 mpox vaccine doses since 2022, >7.3 million influenza vaccine doses since 2004, >600 000 human papillomavirus (HPV) vaccine doses since 2006, and >1.1 million diphtheria and tetanus toxoids and acellular pertussis (DTaP) vaccine doses since 2004. For COVID-19 vaccines, about 30% of vaccine doses were exclusively captured from MIIC, with the remaining 70% from established data sources. For the mpox vaccine, about 42% were exclusively from MIIC. For influenza, HPV, and DTaP vaccines, about 20%, 14%, and 17%, respectively, were exclusively identified from MIIC.

CONCLUSIONS

Incorporation of data from state immunization information systems into existing vaccine data files can enhance monitoring on the safety of novel vaccines administered outside traditional health care settings and can enhance data quality for routine childhood and adult vaccines.

摘要

目的

健康伙伴疫苗安全数据链(VSD)团队维护来自医疗和药房索赔以及电子健康记录(既定数据源)的标准化疫苗文件,用于安全监测。自2021年以来,对于选定的疫苗,明尼苏达免疫信息连接系统(MIIC)(明尼苏达州的免疫信息系统)的数据已被添加到健康伙伴的VSD文件中。我们研究了MIIC数据如何增强对新型和常规疫苗的识别。

方法

我们描述了纳入MIIC数据的方法。我们确定并比较了从既定数据源识别出的疫苗数量和比例,以及从MIIC识别出的额外疫苗数据捕获情况,其中年龄组和观察期因疫苗而异。

结果

截至2023年12月31日,在健康伙伴VSD队列的1099411人中,有1001400人(91%)与MIIC记录相关联。在所有数据源中,对于整个队列,自2020年以来记录了超过270万剂新冠疫苗,自2022年以来记录了超过4000剂猴痘疫苗,自2004年以来记录了超过730万剂流感疫苗,自2006年以来记录了超过60万剂人乳头瘤病毒(HPV)疫苗,自2004年以来记录了超过110万剂白喉破伤风类毒素和无细胞百日咳(DTaP)疫苗。对于新冠疫苗,约30%的疫苗剂量仅从MIIC捕获,其余70%来自既定数据源。对于猴痘疫苗,约42%仅来自MIIC。对于流感、HPV和DTaP疫苗,分别约20%、14%和17%仅从MIIC识别。

结论

将州免疫信息系统的数据纳入现有的疫苗数据文件可以加强对在传统医疗环境之外接种的新型疫苗安全性监测,并可以提高常规儿童和成人疫苗的数据质量。

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