Why two endothelins and two receptors for ovulation and luteal regulation?

Keyphrases

• Endothelin-1 (ET-1) 100%
• Ovulation 100%
• Luteal 100%
• Corpus Luteum 40%
• Structure Change 20%
• Structural Change 20%
• Vascularized 20%
• Follicle 20%
• External Stimuli 20%
• Mammalian Species 20%
• Paracrine Signaling 20%
• Functional Change 20%
• Autocrine Signaling 20%
• Oocyte Maturation 20%
• Physiological Outcomes 20%
• Physiological Significance 20%
• Steroidogenesis 20%
• Ovarian Function 20%
• Internal Architecture 20%
• Pituitary Gonadotropins 20%
• Follicle Growth 20%
• Ovarian Hormones 20%
• Endothelin Receptor 20%
• Function Change 20%
• Endothelin System 20%
• Luteolysis 20%
• Ovarian Structures 20%

Medicine and Dentistry

• Ovulation 100%
• Endothelin 100%
• Follicle 50%
• Corpus Luteum 50%
• Receptor 25%
• Steroidogenesis 25%
• Gonadotropin 25%
• Oocyte Maturation 25%
• Endothelin System 25%
• Endothelin Receptor 25%
• Luteolysis 25%

Biochemistry, Genetics and Molecular Biology

• Ovulation 100%
• Endothelin 100%
• Endothelin Receptor 50%
• Steroid Biosynthesis 25%
• Oocyte Maturation 25%
• Gonadotropin 25%
• Luteolysis 25%