[PDF][PDF] Ca2+ signalling in the control of motility and guidance in mammalian sperm
SJ Publicover, LC Giojalas, ME Teves… - Front Biosci, 2008 - researchgate.net
Front Biosci, 2008•researchgate.net
Introduction 3.[Ca2+] i regulation in mammalian sperm: the sperm's Ca2+-signalling toolkit
3.1 Ca2+ handling at the plasma membrane–Ca2+ channels and pumps 3.2 Intracellular
Ca2+ handling-Ca2+ stores 4. Hyperactivation 4.1. Ca2+ in the regulation of hyperactivation
4.2. CatSpers and hyperactivation 4.3. Ca2+ stores and hyperactivation 5. Progesterone and
guidance of human sperm 5.1. Sensitivity of sperm to progesterone 5.2. Biological effects of
progesterone on human sperm 5.3. Role of [Ca2+] i in the biological effects of progesterone …
3.1 Ca2+ handling at the plasma membrane–Ca2+ channels and pumps 3.2 Intracellular
Ca2+ handling-Ca2+ stores 4. Hyperactivation 4.1. Ca2+ in the regulation of hyperactivation
4.2. CatSpers and hyperactivation 4.3. Ca2+ stores and hyperactivation 5. Progesterone and
guidance of human sperm 5.1. Sensitivity of sperm to progesterone 5.2. Biological effects of
progesterone on human sperm 5.3. Role of [Ca2+] i in the biological effects of progesterone …
Abstract
Introduction 3.[Ca2+] i regulation in mammalian sperm: the sperm’s Ca2+-signalling toolkit 3.1 Ca2+ handling at the plasma membrane–Ca2+ channels and pumps 3.2 Intracellular Ca2+ handling-Ca2+ stores 4. Hyperactivation
4.1. Ca2+ in the regulation of hyperactivation 4.2. CatSpers and hyperactivation 4.3. Ca2+ stores and hyperactivation 5. Progesterone and guidance of human sperm 5.1. Sensitivity of sperm to progesterone 5.2. Biological effects of progesterone on human sperm 5.3. Role of [Ca2+] i in the biological effects of progesterone 6. Perspective
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