Reproduction · 1989 · 27 citations · 11 references
MedicineEndocrinologyVeterinary PhysiologyEmbryologyReproductive EndocrinologyReproductive PhysiologyFollicular DynamicsOvarian CycleOvarian FunctionOvarian PhysiologyOvarian ReserveSwine ReproductionFollicle HierarchyFollicular Development AssessmentFollicular Fluid CompositionFollicular StructureHistological TypingOvarian Follicle DynamicsOvarian Follicle PhysiologyPreovulatory Follicle Development
Ovaries were collected from naturally cycling gilts during the preovulatory period and the stage relative to the LH surge estimated by measurement of oestradiol and progesterone concentrations in follicular fluid. Many of the follicles recovered had become flaccid with an associated increase in follicular fluid viscosity. Marked infolding of both the granulosa and theca tissue in some follicles suggested early luteinization. However, these morphological changes did not necessarily occur simultaneously in the same follicle, or in all follicles within an ovary. Moreover, they were not consistently related to characteristic differences in the concentration of follicular fluid steroids, suggesting either that the morphological and biochemical aspects of the luteinization of follicles may be independently controlled, or may respond at different rates to the same signal.
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Carleton's Histological Technique
B. Corrin · Journal of Clinical Pathology · 1981 · 798 citations · Full text
Basic physiology of follicular maturation in the pig.
G. R. Foxcroft, M. G. Hunter · PubMed · 1985 · 172 citations
L. Ainsworth, Benjamin K. Tsang, B.R. Downey et al. · Biology of Reproduction · 1980 · 147 citations · Full text