1. Wireless Communication in the Brain: I. Evidence from Long Range Synchronization
2. The Roles of Microtubules and Tau Protein in Neuronal Excitability
3. mTOR, Tau and Neurodegeneration
4. Neurodegeneration: From BDNF Deficiency to Hyperexcitability
5. Neurodegeneration: The Neurons Exhibiting Earliest Hyperexcitability
6. From Hyperexcitability to Pathological Tau, Aβ, α-Synuclein and TDP-43
7. Alzheimer's Disease: The Role of AICD and Aβ in Excitability
8. Modeling Alzheimer's Disease: The Artifact of APP and Presenilin Overexpression
9. Alzheimer's Disease: The Effects of APP, Presenilin and ApoE4
10. Alzheimer's Disease: The Role of Tau's Phosphatase-Activating Domain in Pathology Spreading
11. Alzheimer's Disease: Prevention and Therapy
12. Wireless Communication in the Brain: II. Quantum Information Processing
13. Wireless Communication in the Brain: III. Where is Working Memory Located?
14. Wireless Communication in the Brain: IV. Seek Pleasure, Avoid Pain
15. The Roles of Tubulin and CRMP2 in Neuronal Excitability
16. Short Term Potentiation: Translocation of CABT into Spines
17. Anchoring of Calcineurin to GluN2B Differentiates Its Contributions to LTD from GluN2A
18. The Maintenance of LTP by PKMζ
19. Memory Extinction and Retrieval: An Overview
20. Memory Extinction and Posttraumatic Stress Disorder
21. Dendritic Filopodia: the "Tags" for the Formation of Enduring Memory
22. The Role of CRMP2 in Mossy Fiber Sprouting
23. The Mechanism of Memory Consolidation During Slow Wave Sleep
24. Structural Insights into the Regulation of NMDA Receptors by CRMP2
25. The CABT Hypothesis of Schizophrenia
26. The Roles of 5-HT2A Receptors and mGluR2 in Schizophrenia
27. The Role of Actin Dynamics in Schizophrenia
28. Signaling Via G-Protein-Coupled Receptors

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