Author: Farsang, Attila; Bódi, Ildikó; Fölker, Orsolya; Minkó, Krisztina; Benyeda, Zsófia; Bálint, Ãdám; Kiss, Anna L; Oláh, Imre
Title: Coronavirus infection retards the development of the cortico-medullary capillary network in the bursa of Fabricius of chicken. Cord-id: s3t7prdj Document date: 2018_1_1
ID: s3t7prdj
Snippet: Coronavirus infection delays the development of the cortico-medullary (CM) capillary network which results in retarded development of bursal follicles. The smaller size of the medulla in the coronavirus-infected birds may lead to a lower number of B lymphocytes and bursal secretory dendritic cells, which negatively affects the reactivity and efficacy of the immune system. Contrary to the wild-type infectious bronchitis virus (IBV) strain, infection induced by H120 vaccine virus exerts only a mod
Document: Coronavirus infection delays the development of the cortico-medullary (CM) capillary network which results in retarded development of bursal follicles. The smaller size of the medulla in the coronavirus-infected birds may lead to a lower number of B lymphocytes and bursal secretory dendritic cells, which negatively affects the reactivity and efficacy of the immune system. Contrary to the wild-type infectious bronchitis virus (IBV) strain, infection induced by H120 vaccine virus exerts only a moderate influence on caveolin-1 expression of the CM capillary web and on follicular development compared to the untreated controls.
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