Biochemical Journal · 1980 · 24 citations · 21 references
Veterinary MedicineAnimal SciencesEndocrinologyParturitionReproductive EndocrinologyReproductive PhysiologyLactation EndocrinologyLactation MetabolismMammary Gland DevelopmentMilk ProductionMilk SecretionMilk SynthesisEndocrine Regulation Of LactationFatty Acid Metabolism During LactationMammary Gland Hormonal RegulationMammary Gland Lactose SynthesisMammary Gland Metabolic RegulationMammary Gland MetabolismMammary GlandsMetabolic Hormones In Lactation
The rate of fatty acid synthesis from [6-14C]glucose in mammary tissue remained low until parturition at 22 days of gestation and increased 10-fold at 1 day post partum. Administration of progesterone on days 20 and 21 or removal of pups at parturition abolished this increase. In the latter case, administration of prolactin, corticosterone or oxytocin had no stimulatory effect; tissue from suckled glands in which the ducts had been ligated at parturition also showed no increased rate in 24 h. Foetoplacentectomy on day 18 did not stimulate fatty acid synthesis but subsequent suckling by foster pups did. Whereas lactose synthesis is initiated by withdrawal of progesterone from the circulation, a further stimulus related to removal of milk by suckling is required to initiate fatty acid synthesis.
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The Medical Journal of Australia · 1962 · 352 citations · Full text
Veterinary Medicine, Infectious Diseases, Internal Medicine +9
Reproduction in Domestic Animals.
George C. Kent, Holly Cole, P.T. Cupps et al. · The American Midland Naturalist · 1960 · 193 citations