The Molecular Neurobiology of Depression is a comprehensive reference covering the most up to date neurobiological evolution research in relation to suicide biology. This book explores the structural and functional traits of DNA, including non-coding DNA, in order to identify a genetic trigger of depression or suicidal behavior among individuals. This book intends to provide an in-depth perspective on the molecular footprints of the development of suicidal behavior of many individuals through case studies and an interdisciplinary approach.
The Molecular Neurobiology of Depression is a comprehensive reference covering the most up to date neurobiological evolution research in relation to suicide biology. This book explores the structural and functional traits of DNA, including non-coding DNA, in order to identify a genetic trigger of depression or suicidal behavior among individuals. This book intends to provide an in-depth perspective on the molecular footprints of the development of suicidal behavior of many individuals through case studies and an interdisciplinary approach.
Dr. Subir R. Kundu is a senior researcher conducting extensive studies on "in situ? conservation models at the University of Calcutta in Kolkata, India. Previously, he was a senior research fellow at the Acharya Jagadish Chandra Bose Indian Botanic Gardens under the Botanical Survey of India in Howrah, India. Dr. Kundu received his MSc. in botany from Kanpur University, Kanpur India, specializing in cytogenics and plant breeding; he then received his Ph.D. in botany from the University of Calcutta, specializing in plant geography, systematic botany, and conservation biology. He is the author of four botany and conservation-related books and numerous journal publications on conservation and evolutionary biology.
Inhaltsangabe
1. Humans: The Social Animals in Anthropocene, Craving Oblivion through Suicide 2. In quest of Exploring the Heritability of Suicidal Behavior Permeates through Familial Aggregation 3. Candidate Gene Studies of Mental Health Disorder and Suicidal Behavior-1: Concerning Monoamino Oxidases (Single-Nucleotide) Polymorphisms 4. Candidate Gene Studies of Mental Health Disorder and Suicidal Behavior-2: In Relation to Serotoninergic Polymorphisms 5. Candidate Gene Studies of Mental Health Disorder and Suicidal Behavior-3: In Relation to Dopaminergic Polymorphisms 6. Candidate Gene Studies of Mental Health Disorder and Suicidal Behavior-4: Potential role of CRF (Corticotropin-Releasing Factor) in stress response by regulating the mode of action of HPA Axis 7. Neurobiological Frontiers in Suicidal Behavior: In Relation to Immune Systems and Blood Hormones-I 8. Neurobiological Frontiers in Suicidal Behavior in Females: Concerning Immune Systems and Blood Hormones 9. Neurobiological Frontiers in Suicidal Behavior in Males: Concerning Immune Systems and Blood Hormones 10. Neurobiological Footprints of Suicidal Behavior: Potential Role of Proteomics and Gene Actions 11. Neurobiological Footprints of Suicidal Behavior: In association with Rare variant genetic architecture, gene pathways and functional genomics
1. Humans: The Social Animals in Anthropocene, Craving Oblivion through Suicide 2. In quest of Exploring the Heritability of Suicidal Behavior Permeates through Familial Aggregation 3. Candidate Gene Studies of Mental Health Disorder and Suicidal Behavior-1: Concerning Monoamino Oxidases (Single-Nucleotide) Polymorphisms 4. Candidate Gene Studies of Mental Health Disorder and Suicidal Behavior-2: In Relation to Serotoninergic Polymorphisms 5. Candidate Gene Studies of Mental Health Disorder and Suicidal Behavior-3: In Relation to Dopaminergic Polymorphisms 6. Candidate Gene Studies of Mental Health Disorder and Suicidal Behavior-4: Potential role of CRF (Corticotropin-Releasing Factor) in stress response by regulating the mode of action of HPA Axis 7. Neurobiological Frontiers in Suicidal Behavior: In Relation to Immune Systems and Blood Hormones-I 8. Neurobiological Frontiers in Suicidal Behavior in Females: Concerning Immune Systems and Blood Hormones 9. Neurobiological Frontiers in Suicidal Behavior in Males: Concerning Immune Systems and Blood Hormones 10. Neurobiological Footprints of Suicidal Behavior: Potential Role of Proteomics and Gene Actions 11. Neurobiological Footprints of Suicidal Behavior: In association with Rare variant genetic architecture, gene pathways and functional genomics
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