Exposure to static magnetic field facilitates selective attention and neuroplasticity in rats

Neuroscience

• Neuroplasticity 100%
• Midbrain 75%
• Synapsin I 75%
• Disks Large Homolog 4 75%
• Brain Areas 50%
• Motor Coordination 50%
• Synapsin 50%
• Synaptophysin 25%
• Neuromodulin 25%
• Nervous System Disorder 25%
• Striatum 25%
• Behavioral Effect 25%
• Structural Protein 25%
• Cryptochrome 25%
• Locomotor Activity 25%
• Neuroprotective Agent 25%
• Cryptochrome 1 25%
• Motor Cognition 25%

Keyphrases

• Neuroplasticity 100%
• Selective Attention 100%
• Static Magnetic Field 100%
• Magnetic Field Exposure 41%
• Synapsin 41%
• Striatal 25%
• Postsynaptic Density Protein 95 (PSD-95) 25%
• Ventral Midbrain 25%
• CRY1 25%
• Brain Regions 16%
• Long-term Exposure 16%
• Cortex 16%
• Motor Coordination 16%
• Neurochemicals 8%
• Structural Proteins 8%
• Expression Level 8%
• Protein Level 8%
• Neurological Diseases 8%
• Striatum 8%
• Lasting Effect 8%
• Time-area 8%
• Behavioral Effects 8%
• Motor Function 8%
• Cryptochrome 8%
• Locomotor Activity 8%
• Neuroprotective Effect 8%
• Structural Biomarkers 8%
• Growth-associated Protein 43 8%
• Rotarod Test 8%
• Synaptophysin 8%
• Neurochemical Analysis 8%