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Table of Contents
1.Genetic and epigenetic aspects of depression
1-1.Highlights on pharmacogenetics and pharmacogenomics in depression
1-2.Imaging genetics studies on susceptibility genes for major depressive disorder: the present and the future
1-3.Gene-environmental interaction and role of epigenetic in depression
1-4.The role of microRNAs and long noncoding RNAs in depression: diagnosis and therapeutic implication
1-5.The role of early life stress in HPA axis and depression
2.Molecular-, cellular-level aspects of depression
2-1.Complex role of serotonin receptors in depression
2-2.Emerging role of glutamate receptors in pathophysiology of depression
2-3.New perspective on mTOR pathways: a new target of depression
2-4.Cellular aging in depression: the role of telomere-telomerase system
2-5.Differentiation and biological markers in subtype of depression
3.Neural circuit-level aspect of depression
3-1.Molecular, structural, and functional neuroimaging in depression
3-2.Resting-state activity in depression; a link to spatiotemporal psychopathology
3-3.Functional neuroimaging in depression: a tool to predict treatment outcome and response
3-4.Cortical-subcortical interactions in the pathophysiology of depression
3-5.Pathophysiology and treatment strategies for different types of depression
3-6.The effect of neurostimulation in depression
4.Multicellular system-level aspect of depression
4-1.Inflammation, depression and neurodegeneration: a possible cause of dementia in late life depression?
4-2.Gut-microbiota-brain axis and depression
4-3.The interactions of immune inflammation and oxidative and nitrosative stress with the kynurenine and melatonergic pathways in depression
4-4.Glia-neuron cross-talk in depression
4-5.Depression model in primate: relevance to novel drug discovery
5.Species-, individual-, gender-, culture-specific aspects of depression
5-1.Precision psychiatry: personalized clinical approach to depression
5-2.Gender differences in depression
5-3.An up-date on the epidemiology of major depressive disorder across cultures.
1-1.Highlights on pharmacogenetics and pharmacogenomics in depression
1-2.Imaging genetics studies on susceptibility genes for major depressive disorder: the present and the future
1-3.Gene-environmental interaction and role of epigenetic in depression
1-4.The role of microRNAs and long noncoding RNAs in depression: diagnosis and therapeutic implication
1-5.The role of early life stress in HPA axis and depression
2.Molecular-, cellular-level aspects of depression
2-1.Complex role of serotonin receptors in depression
2-2.Emerging role of glutamate receptors in pathophysiology of depression
2-3.New perspective on mTOR pathways: a new target of depression
2-4.Cellular aging in depression: the role of telomere-telomerase system
2-5.Differentiation and biological markers in subtype of depression
3.Neural circuit-level aspect of depression
3-1.Molecular, structural, and functional neuroimaging in depression
3-2.Resting-state activity in depression; a link to spatiotemporal psychopathology
3-3.Functional neuroimaging in depression: a tool to predict treatment outcome and response
3-4.Cortical-subcortical interactions in the pathophysiology of depression
3-5.Pathophysiology and treatment strategies for different types of depression
3-6.The effect of neurostimulation in depression
4.Multicellular system-level aspect of depression
4-1.Inflammation, depression and neurodegeneration: a possible cause of dementia in late life depression?
4-2.Gut-microbiota-brain axis and depression
4-3.The interactions of immune inflammation and oxidative and nitrosative stress with the kynurenine and melatonergic pathways in depression
4-4.Glia-neuron cross-talk in depression
4-5.Depression model in primate: relevance to novel drug discovery
5.Species-, individual-, gender-, culture-specific aspects of depression
5-1.Precision psychiatry: personalized clinical approach to depression
5-2.Gender differences in depression
5-3.An up-date on the epidemiology of major depressive disorder across cultures.