A case study of the electrical properties of astrocytes by multimode AFM

Keyphrases

• Action Potential 5%
• Alzheimer's Disease 5%
• Astrocytes 100%
• Atomic Force Microscopy 100%
• Axon 5%
• Blood-brain Barrier 5%
• Brain Injury 5%
• Capacitance Gradient 21%
• Central Nervous System 21%
• Central Nervous System Activity 5%
• Charge Propagation 21%
• Contact Potential Difference 21%
• Cytokine Secretion 5%
• Cytoplasmic Organelles 5%
• Cytoskeleton 5%
• Dendrite 5%
• Disease States 5%
• Electrical Function 5%
• Electrical Properties 100%
• Electrostatic Force Microscopy 10%
• Epilepsy Syndrome 5%
• Finding Aids 5%
• Functional Role 5%
• Gap Junction 26%
• Glial Fibrillary Acidic Protein 5%
• Gliotransmitter 5%
• Glutamate 5%
• In Operando 5%
• Intercellular Calcium Waves 5%
• Main Components 5%
• Microglia 5%
• Multi-mode 100%
• Nanometre 5%
• Neuroglia 5%
• Neuroglial Cells 10%
• Neuronal Differentiation 5%
• Neuronal Growth 5%
• Neuronal Survival 5%
• Neurotransmitters 5%
• Number of Neurons 5%
• Physiological Function 5%
• Propagation Function 5%
• Propagation Properties 5%
• Scanning Kelvin Probe Force Microscopy (SKPFM) 10%
• Signal Transduction 5%
• Structural Role 5%

Neuroscience

• Action Potential 5%
• Alzheimer's Disease 5%
• Astrocyte 100%
• Axon 5%
• Blood Brain Barrier 5%
• Calcium Signaling 5%
• Cell Signaling 5%
• Central Nervous System 26%
• Cytoskeleton 5%
• Dendrite 5%
• Eicosanoid Receptor 5%
• Electrostatics 10%
• Gap Junction 26%
• Glial Fibrillary Acidic Protein 5%
• Gliotransmitter 5%
• Glutamic Acid 5%
• Microglia 5%
• Neurotransmitter 5%

Veterinary Science and Veterinary Medicine

• Action Potential 5%
• Astrocyte 100%
• Axon 5%
• Blood-Brain Barrier 5%
• Central Nervous System 26%
• Microglia 5%
• Neuroglia 15%
• Protocerebrum 5%