Temporal manipulation of transferrin-receptor-1-dependent iron uptake identifies a sensitive period in mouse hippocampal neurodevelopment

Keyphrases

• Iron Deficiency 100%
• Neurodevelopment 100%
• Iron Uptake 100%
• Transferrin Receptor 1 (TfR1) 100%
• Temporal Manipulation 100%
• Dendrite Structure 80%
• Perineuronal Nets 60%
• Brain-derived Neurotrophic Factor 60%
• Spatial Memory 60%
• Apical Dendrite 60%
• Iron Repletion 60%
• Transgenic Mice 20%
• Iron Deficient 20%
• Early Iron Deficiency 20%
• Anemia 20%
• Brain Iron 20%
• Hippocampal Neurons 20%
• Iron Status 20%
• Late Gestation 20%
• Dominant Negative 20%
• Factor Level 20%
• Adult Mice 20%
• Memory Deficits 20%
• Neuronal Function 20%
• Morris Water Maze 20%
• Dietary Restriction 20%
• Doxycycline 20%
• Learning Impairment 20%
• Behavioral Abnormalities 20%
• Iron Availability 20%
• Temporal Window 20%
• Spatial Learning 20%
• Inducible Model 20%
• Water Maze Learning 20%
• Total Body Iron 20%
• CA1 Pyramidal Neurons 20%
• Spatial Memory Deficit 20%
• Hippocampal Development 20%
• Dietary Iron 20%
• Iron Restriction 20%
• Tetracycline Transactivator 20%
• Persistent Memory 20%
• Persistent Learning 20%
• Dendritogenesis 20%
• Neurotrophic Factor Expression 20%

Neuroscience

• Perineuronal Net 100%
• Brain-Derived Neurotrophic Factor 100%
• Apical Dendrite 100%
• Spatial Memory 100%
• Nerve Cell Differentiation 100%
• CD71 Antigen 100%
• Water Maze 33%
• Learning Disabilities 33%
• Transferrin Receptor 33%
• Dendrite 33%
• Tetracycline 33%
• Doxycycline 33%
• Neurotrophic Factor Expression 33%

Pharmacology, Toxicology and Pharmaceutical Science

• Iron 100%
• CD71 Antigen 100%
• Iron Deficiency 63%
• Brain Derived Neurotrophic Factor 27%
• Transgenic Mouse 9%
• Learning Disorder 9%
• Neurotrophic Factor Expression 9%
• Anemia 9%
• Tetracycline 9%
• Transferrin Receptor 9%
• Doxycycline 9%