Monoamine alterations during experimental hydrocephalus in neonatal rats

Keyphrases

• 4th Ventricle 33%
• Axonal Damage 33%
• Axonal Transport 33%
• Brain Regions 33%
• Brainstem 66%
• Cerebellar Vermis 33%
• Cerebellum 66%
• Cerebral Cortex 66%
• Cisterna Magna 33%
• Dopamine 33%
• Experimental Animals 33%
• Experimental Hydrocephalus 100%
• Frontoparietal Cortex 33%
• High-performance Liquid Chromatography 33%
• Hydrocephalus 33%
• Infantile Hydrocephalus 66%
• Kaolin 33%
• Lateral Ventricle 33%
• Littermate Controls 33%
• Locus Ceruleus 33%
• Monoamines 100%
• Neonatal Rats 100%
• Neostriatum 100%
• Neuronal Development 33%
• Neuronal Function 33%
• Newborn Rats 33%
• Obstructive Hydrocephalus 33%
• Raphe 33%
• Serotonin 66%
• Sham 33%
• Tectum 33%
• Therapeutic Management 33%

Neuroscience

• Axoplasmic Transport 20%
• Brainstem 40%
• Cerebellar Vermis 20%
• Cerebellum 40%
• Cerebral Cortex 40%
• Cisterna Magna 20%
• Hydrocephalus 100%
• Lateral Ventricle 20%
• Midbrain Tectum 20%
• Monoamine 100%
• Norepinephrine 40%
• Serotonin 40%
• Striatum 60%