Zinc as a key meiotic cell-cycle regulator in the mammalian oocyte

Keyphrases

• Fertilization 100%
• Zinc 100%
• Cell Cycle Regulators 100%
• Mammalian Oocyte 100%
• Meiotic Cell Cycle 100%
• Resume 66%
• Meiosis 66%
• Puberty 66%
• Metaphase II 66%
• Menopause 33%
• Second Messenger 33%
• Accruals 33%
• Reproductive Biology 33%
• Receptor-interacting Protein Kinase 1 (RIPK1) 33%
• Gene Regulatory Network 33%
• At Birth 33%
• Metallic Zinc 33%
• Hormone Receptor 33%
• Sequestration 33%
• Dynamic Networks 33%
• Exocytosis 33%
• Fetal Development 33%
• Prophase 33%
• Egg Quality 33%
• Complexity Level 33%
• Gonadotropins 33%
• Mature Oocyte 33%
• Pituitary 33%
• Oogenesis 33%
• Developmental Potential 33%
• Time of Ovulation 33%
• Meiotic Arrest 33%
• Oocyte number 33%
• Meiotic Exit 33%
• Meiosis II 33%
• Development Arrest 33%
• Discontinuous Processes 33%
• Meiotic Entry 33%
• Sperm Binding 33%
• Egg Activation 33%

Biochemistry, Genetics and Molecular Biology

• Cell Cycle 100%
• Zinc 75%
• Meiosis 75%
• Metaphase 75%
• Maturation 50%
• Regulatory Network 25%
• Oogenesis 25%
• Second Messenger System 25%
• Fetus Development 25%
• Exocytosis 25%
• Ovulation 25%
• Hormone Receptor 25%
• Prophase 25%
• Gonadotropin 25%

Medicine and Dentistry

• Cell Cycle 100%
• Oocyte 100%
• Meiosis 30%
• Metaphase 30%
• Fertilization 30%
• Maturation 20%
• Fetus Development 10%
• Exocytosis 10%
• Ovulation 10%
• Oocyte Development 10%
• Kinase 10%
• Second Messenger 10%
• Transition Element 10%
• Oocyte Activation 10%
• Reproductive Biology 10%
• Hormone Receptor 10%
• Gonadotropin 10%
• Prophase 10%