The Puerto Rican Infant Metagenomic and Epidemiologic Study of Respiratory Outcomes (PRIMERO): Design and Baseline Characteristics for a Birth Cohort Study of Early-life Viral Respiratory Illnesses and Airway Dysfunction in Puerto Rican Children

Jonathan Isaac Witonsky,Jennifer R. Elhawary,Celeste Eng,Sam S. Oh,Sandra Salazar, Maria G. Contreras Oseguera,Vivian Medina, Elizabeth A. Secor, Priscilla Zhang,Jamie L. Everman, Ana Fairbanks-Mahnke,Elmar Pruesse,Satria Sajuthi, Chih-Hao Chang, Tsunami Rosado-Guerrero, Keyshla Canales Fuentes, Natalie Lopez-Rodriguez, Chris Angely Montanez-Lopez, Richeliz Alfonso Otero, Raymarie Colon-Rivera, Leysha Rodriguez, Gabriela Vazquez-Morales,Donglei Hu,Scott Huntsman,Nathan Jackson,Yingchun Li, Andrew Morin, Natalie A. Nieves,Cydney Rios, Gonzalo Serrano-Alderete,Blake Joseph Mitchell Williams,Elad Ziv,Camille M. Moore,Dean Sheppard,Esteban Gonzalez Burchard,Max A. Seibold,Jose R. Rodriguez-Santana

crossref(2024)

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摘要
Epidemiologic studies demonstrate an association between early-life respiratory illnesses (RIs) and the development of childhood asthma. However, it remains uncertain whether these children are predisposed to both conditions or if early-life RIs induce alterations in airway function, immune responses, or other human biology that contribute to the development of asthma. Puerto Rican children experience a disproportionate burden of early-life RIs and asthma, making them an important population for investigating this complex interplay. PRIMERO, the Puerto Rican Infant Metagenomics and Epidemiologic Study of Respiratory Outcomes, recruited pregnant women and their newborns to investigate how the airways develop in early life among infants exposed to different viral RIs, and will thus provide a critical understanding of childhood asthma development. As the first asthma birth cohort in Puerto Rico, PRIMERO will prospectively follow 2,100 term healthy infants. Collected samples include post-term maternal peripheral blood, infant cord blood, the child's peripheral blood at the year two visit, and the child's nasal airway epithelium, collected using minimally invasive nasal swabs, at birth, during RIs over the first two years of life, and at annual healthy visits until age five. Herein, we describe the study's design, population, recruitment strategy, study visits and procedures, and primary outcomes.
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