Journal of Dairy Research · 1984 · 29 citations · 19 references
AgricultureDairy ScienceVeterinary PathologyLactationLactation BiologyLactation PhysiologyLactation EndocrinologyLactation ImmunologyMammary Epithelial Cell BiologyMammary Gland AnatomyMastitisMilk SecretionLuminal Epithelial CellsMammary Epithelial Cell FunctionMammary Gland DefenseMammary Gland ImmunologyMammary Gland InflammationMast Cell BiologyMastitis ImmunologyMucosal Plasma Cells
Quantitative cytological analysis demonstrated a marked and progressive increase in concentration of subepithelial plasma cells from milk-secreting parenchyma to the distal teat end mucosa in the normal, lactating bovine mammary gland. Parenchymal plasma cells exhibited typical ultrastructure with abundant, flattened stacks of rough endoplasmic reticulum, and hypertrophied Golgi components, while many cells in the teat end mucosa displayed an ergastoplasm distended with fine, flocculent material. Intraepithelial plasma cells were also observed in teat end mucosa. Results suggest that teat end tissues function by recruiting plasma cells to serve as protection against invading mastitis-causing organisms.
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Origin of IgA-secreting plasma cells in the mammary gland.
M Roux, Michael McWilliams, J M Phillips-Quagliata et al. · The Journal of Experimental Medicine · 1977 · 380 citations · Full text
Cellular functions in immunity and inflammation
Thomas L. Vischer · Immunology Today · 1983 · 146 citations
Veterinary Immunology and Immunopathology · 1980 · 136 citations
Metabolism and mammary secretion of serum proteins in the cow.
Dixon Fj, Weigle Wo, Vázquez Jj · PubMed · 1998 · 129 citations