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DOI 10.1093/ofid/ofad576

Медицинская библиотека · Open forum infectious diseases · 2024

Microbiological Methods Used in the Enterics for Global Health Shigella Surveillance Study.

Horne Bri'Anna, Badji Henry, Bhuiyan Md Taufiqur Rahman, Romaina Cachique Lucero, Cornick Jennifer, Hotwani Aneeta, Juma Jane, Ochieng John Benjamin, Abdou Mahamadou, Apondi Evans, Atlas Hannah E, Awuor Alex O, Baker Kate S, Ceesay Bubacarr E, Charles Mary, Cunliffe Nigel A, Feutz Erika, Galagan Sean R, Guindo Ibrehima, Hossain M Jahangir, Iqbal Junaid, Jallow Fatima, Keita Noumou Yakhouba, Khanam Farhana, Kotloff Karen L, Maiden Victor, Manzanares Villanueva Katia, Mito Oscar, Mosharraf Md Parvej, Nkeze Joseph, Ikumapayi Usman N, Paredes Olortegui Maribel, Pavlinac Patricia B, Pinedo Vasquez Tackeshy, Qadri Firdausi, Qamar Farah Naz, Qureshi Sonia, Rahman Nazia, Sangare Aminata, Sen Sunil, Peñataro Yori Pablo, Yousafzai Mohammad Tahir, Ahmed Dilruba, Jere Khuzwayo C, Kosek Margaret N, Omore Richard, Permala-Booth Jasnehta, Secka Ousman, Tennant Sharon M

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Аннотация

BACKGROUND

Shigella is a major cause of diarrhea in young children worldwide. Multiple vaccines targeting Shigella are in development, and phase 3 clinical trials are imminent to determine efficacy against shigellosis.

METHODS

The Enterics for Global Health (EFGH) Shigella surveillance study is designed to determine the incidence of medically attended shigellosis in 6- to 35-month-old children in 7 resource-limited settings. Here, we describe the microbiological methods used to isolate and identify Shigella. We developed a standardized laboratory protocol for isolation and identification of Shigella by culture. This protocol was implemented across all 7 sites, ensuring consistency and comparability of results. Secondary objectives of the study are to determine the antibiotic resistance profiles of Shigella, compare isolation of Shigella from rectal swabs versus whole stool, and compare isolation of Shigella following transport of rectal swabs in Cary-Blair versus a modified buffered glycerol saline transport medium.

CONCLUSIONS

Data generated from EFGH using culture methods described herein can potentially be used for microbiological endpoints in future phase 3 clinical trials to evaluate vaccines against shigellosis and for other clinical and public health studies focused on these organisms.

Для цитирования: Horne Bri'Anna, Badji Henry, Bhuiyan Md Taufiqur Rahman, Romaina Cachique Lucero, Cornick Jennifer, Hotwani Aneeta, Juma Jane, Ochieng John Benjamin, Abdou Mahamadou, Apondi Evans, Atlas Hannah E, Awuor Alex O, Baker Kate S, Ceesay Bubacarr E, Charles Mary, Cunliffe Nigel A, Feutz Erika, Galagan Sean R, Guindo Ibrehima, Hossain M Jahangir, Iqbal Junaid, Jallow Fatima, Keita Noumou Yakhouba, Khanam Farhana, Kotloff Karen L, Maiden Victor, Manzanares Villanueva Katia, Mito Oscar, Mosharraf Md Parvej, Nkeze Joseph, Ikumapayi Usman N, Paredes Olortegui Maribel, Pavlinac Patricia B, Pinedo Vasquez Tackeshy, Qadri Firdausi, Qamar Farah Naz, Qureshi Sonia, Rahman Nazia, Sangare Aminata, Sen Sunil, Peñataro Yori Pablo, Yousafzai Mohammad Tahir, Ahmed Dilruba, Jere Khuzwayo C, Kosek Margaret N, Omore Richard, Permala-Booth Jasnehta, Secka Ousman, Tennant Sharon M. Microbiological Methods Used in the Enterics for Global Health Shigella Surveillance Study.. Open forum infectious diseases. 2024. DOI: 10.1093/ofid/ofad576.
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