Add to ORKGThe present investigation was designed to further our understanding of the interaction of pituitary (luteinizing hormone, LH) and placental (chorionic gonadotropin, CG) gonadotropins with the primate corpus luteum. Studies were performed (1) to characterize the LH/CG receptor population in th
The process of luteinization, during which granulosa cells are transformed into luteal cells, is acc...
Lactating bonnet monkeys were used as a model to understand the mechanism of ovarian quiescence duri...
Abstract Background In higher primates, during non-pregnant cycles, it is indisputable that circulat...
The regulation of luteal function in pri-mates, as a subject of investigation, has been less confusi...
Studies on functional characteristics of the regressing primate corpus luteum (CL) to luteotrophic s...
Both estradiol and progeterone are proposed autocrine or paracrine regulators of ovarian function in...
Summary. This article reviews the neuroendocrine factors which control the menstrual cycle in the ma...
The objective of the current study was to investigate the mechanism by which the corpus luteum (CL) ...
Antiserum to human chorionic gonadotropin (Ayerst) was prepared by administering it in Freund's comp...
The dependence of progesterone secretion from the corpus luteum on pituitary gonadotrophin was exami...
It has been proposed that estradiol acts as a physiological luteolysin during the luteal phase of th...
The ability of luteal tissue from rhesus monkeys, collected from spontaneous and prostaglandin F2\g=...
(LH) receptors of the rhesus monkey and human have many features in common, including high equilibri...
Contains fulltext : mmubn000001_02681417x.pdf (publisher's version ) (Open Access)...
These studies were undertaken to characterize the adenylate cyclase system of the primate (rhesus mo...
The process of luteinization, during which granulosa cells are transformed into luteal cells, is acc...
Lactating bonnet monkeys were used as a model to understand the mechanism of ovarian quiescence duri...
Abstract Background In higher primates, during non-pregnant cycles, it is indisputable that circulat...
The regulation of luteal function in pri-mates, as a subject of investigation, has been less confusi...
Studies on functional characteristics of the regressing primate corpus luteum (CL) to luteotrophic s...
Both estradiol and progeterone are proposed autocrine or paracrine regulators of ovarian function in...
Summary. This article reviews the neuroendocrine factors which control the menstrual cycle in the ma...
The objective of the current study was to investigate the mechanism by which the corpus luteum (CL) ...
Antiserum to human chorionic gonadotropin (Ayerst) was prepared by administering it in Freund's comp...
The dependence of progesterone secretion from the corpus luteum on pituitary gonadotrophin was exami...
It has been proposed that estradiol acts as a physiological luteolysin during the luteal phase of th...
The ability of luteal tissue from rhesus monkeys, collected from spontaneous and prostaglandin F2\g=...
(LH) receptors of the rhesus monkey and human have many features in common, including high equilibri...
Contains fulltext : mmubn000001_02681417x.pdf (publisher's version ) (Open Access)...
These studies were undertaken to characterize the adenylate cyclase system of the primate (rhesus mo...
The process of luteinization, during which granulosa cells are transformed into luteal cells, is acc...
Lactating bonnet monkeys were used as a model to understand the mechanism of ovarian quiescence duri...
Abstract Background In higher primates, during non-pregnant cycles, it is indisputable that circulat...