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A 40-year odyssey into the mysteries of equine luteolysis

机译:40年的奥德赛进入马黄体溶解的奥秘

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摘要

Variation is the principal barrier to progress in unraveling the complexities of biological mechanisms. The resulting slow research progress is well illustrated in the chronology of events in elucidating the mechanism for regression of the corpus luteum (luteolysis) during the equine estrous cycle. Many of the underlying foundations of the female reproductive system in farm animals were developed during the 1930s to 1950s, despite the lack of methods for determining the concentrations of circulating hormones. In the 1960s, a uterine luteolysin was postulated on the basis of several experimental approaches that indicated that the uterus was responsible for luteolysis in several farm and laboratory species. Extensive research in many laboratories led to the acceptance that prostaglandin Fl was the uterine luteolysin and could be used for the practical control of the life of the corpus luteum. The mare was a unique research tool in the study of uterine-induced luteolysis. The chronology of progress from 1970 to 2009 in studying the mechanisms of equine luteolysis is outlined and discussed as an example of a lengthy and ongoing struggle with nature to reveal the intricacies of a biological mechanism.
机译:变异是揭示生物学机制复杂性的主要障碍。由此产生的缓慢的研究进展在事件的时间顺序中得到了很好的说明,阐明了马发情周期中黄体退化(黄体溶解)的机制。尽管缺乏确定循环荷尔蒙浓度的方法,但在1930年代至1950年代间,农场动物雌性生殖系统的许多基础已经发展起来。 1960年代,根据几种实验方法推测了子宫黄体溶解素,这些方法表明子宫是造成几种农场和实验室物种黄体溶解的原因。在许多实验室中进行的广泛研究导致人们认识到前列腺素F1是子宫的黄体溶解素,可用于实际控制黄体的生命。母马是研究子宫诱发的黄体溶解的独特研究工具。概述并讨论了从1970年到2009年研究马黄体溶解机制的进展,以此作为与自然进行长期而持续的斗争以揭示生物机制复杂性的一个例子。

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