Journal of Dairy Science · 2005 · 12 citations · 11 references
Veterinary MedicineBiochemistryDairy ScienceCalcium HomeostasisLactationLactation PhysiologyCalcium SignalingMammary Epithelial Cell BiologyMammary Gland AnatomyMammary Gland DevelopmentMilk SecretionMilk SynthesisAdenosine TriphosphatasesCalcium During LactationMammary Gland HistologyMammary Gland Metabolic RegulationMammary Gland MetabolismMammary GlandsMilk Secretion DynamicsMilk Secretion Mechanisms
The objectives of this study were to measure the changes in protein expression of the mammary Ca2+-ATPases during the periparturient period and to determine whether Ca2+-ATPase protein expression in the mammary gland is related to milk fever (MF) development. Abundance of Ca2+-ATPase in mammary tissue and milk fat globule membranes was determined by Western blotting. The secretory pathway Ca2+-ATPase was elevated prepartum in mammary tissue from cows that developed MF compared with non-MF cows.
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Lactation : a comprehensive treatise
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