Nutrient sensor signaling pathways and cellular stress in fetal growth restriction

Keyphrases

• Signaling Pathway 100%
• Cellular Stress 100%
• Nutrient Sensors 100%
• Fetal Growth Restriction 100%
• Placental Development 33%
• Mammalian Target of Rapamycin (mTOR) 33%
• Mini 16%
• Endoplasmic Reticulum Stress (ER stress) 16%
• Hypoxia 16%
• Potential Impact 16%
• Etiology 16%
• Stress Response 16%
• Nutrient Transport 16%
• Nutrient Sensing 16%
• Oxygen Transport 16%
• Placenta 16%
• Metabolic Dysfunction 16%
• Obstetric Complications 16%
• Singleton 16%
• Human Fetus 16%
• Neonatal Morbidity 16%
• Perinatal Mortality 16%
• Nutrient Starvation 16%
• Amino Acid Transport 16%
• Nutrient Regulation 16%
• Placental Perfusion 16%
• Body Dysmorphic Disorder 16%
• O-linked N-acetylglucosamine Transferase 16%
• Nutrient Response 16%
• Abnormal Placentation 16%
• Placental Insufficiency 16%
• Gender Susceptibility 16%
• Fetal Stress 16%
• Potential Elements 16%
• Spiral Artery Remodeling 16%
• Trophoblast Invasion 16%
• Rodent Models 16%

Medicine and Dentistry

• Cell Signaling Pathway 100%
• Fetus Growth 100%
• Cell Stress 100%
• Placenta Development 50%
• Mechanistic Target of Rapamycin 33%
• Hypoxia 16%
• Placenta 16%
• N Acetylglucosamine 16%
• Endoplasmic Reticulum Stress 16%
• Perinatal Mortality 16%
• Nutrient Sensing 16%
• Oxygen Transport 16%
• Placental Insufficiency 16%
• Cellular Stress Response 16%
• Perinatal Morbidity 16%
• Transferase 16%
• Spiral Artery 16%
• Trophoblast 16%
• Amino Acid Transport 16%