Calcium sensing receptor absence delays postnatal brain development via direct and indirect mechanisms

Medicine and Dentistry

• Absence 100%
• Brain Development 100%
• Neural Stem Cell 37%
• Differentiation 37%
• Brain 25%
• Cell Proliferation 25%
• Hyperparathyroidism 25%
• Parathyroid Hormone 25%
• Gene 12%
• Age 12%
• Phenotype 12%
• Body Growth 12%
• Cell Differentiation 12%
• Brain Cell 12%
• Neonatal Infant 12%
• Proliferating Cell Nuclear Antigen 12%
• Growth Retardation 12%
• Myelination 12%
• Hypercalcaemia 12%
• Developmental Delay 12%
• Hypophosphatemia 12%
• Neuron Specific Nuclear Protein 12%
• Myelin Basic Protein 12%
• Subventricular Zone 12%
• Glial Fibrillary Acidic Protein 12%

Neuroscience

• Brain Development 100%
• Calcium-Sensing Receptor 100%
• Epileptic Absence 100%
• Brain 37%
• Neural Stem Cell 37%
• Parathyroid Hormone 25%
• Cell Proliferation 25%
• Cellular Differentiation 12%
• Glial Fibrillary Acidic Protein 12%
• Myelinogenesis 12%
• Myelin Basic Protein 12%
• Gene 12%
• Subventricular Zone 12%
• Proliferating Cell Nuclear Antigen 12%
• Neuron Specific Nuclear Protein 12%

Biochemistry, Genetics and Molecular Biology

• Brain Development 100%
• Stem Cell 37%
• Knockout Mouse 37%
• Wild Type 25%
• Mouse 25%
• Cell Proliferation 25%
• Parathyroid Hormone 25%
• Gene 12%
• Hypophosphatemia 12%
• Age 12%
• Phenotype 12%
• Cellular Differentiation 12%
• Brain Size 12%
• Myelination 12%
• Body Growth 12%
• Brain Weight 12%
• Nuclear Protein 12%
• Hypercalcaemia 12%
• Proliferating Cell Nuclear Antigen 12%
• Glial Fibrillary Acidic Protein 12%
• Myelin Basic Protein 12%