This selection of reviews gives an up-to-date picture of memory research. Great progress has been made in identifying the memory trace at the molecular and cellular level and individual reviews address the major mechanisms by which changes in synaptic strength can persist. Exciting research at the systems level is also reviewed including the growing importance of changes in inhibitory interneurons and how they play a role in memory formation. Finally, reviews present cognitive and neurobiological models of human memory that explain, characterize and organize the act of memory within a coherent framework.- Provides an unique overview that covers all perspectives and methodological approaches to memory- Broad coverage of memory research from molecular to human studies in one source- Up-to-date reviews give the latest important ideas on memory formation

Translational control in the nervous system is important. Many physiological processes in the nervous system depend on accurate control of the proteome that is mediated through protein synthetic mechanisms and thus, the nervous system is very sensitive to dysregulation of translational control. The Oxford Handbook of Neuronal Protein Synthesis reviews the mechanisms of translational control used by the nervous system, as well as how important nervous system functions, such as plasticity and homeostasis, depend on accurate translational control. The handbook extensively covers how dysregulation of protein synthesis can manifest itself in many distinct pathological processes including neurodevelopmental, neuropsychiatric, and neurodegenerative diseases. The handbook is comprehensive in its coverage of translational control mechanisms with particular focus on how these general control mechanisms are specifically utilized in the context of the cell biological constraints of the nervous system from both a mechanistic and systems perspective.

Translational control in the nervous system is important. Many physiological processes in the nervous system depend on accurate control of the proteome that is mediated through protein synthetic mechanisms and thus, the nervous system is very sensitive to dysregulation of translational control. The Oxford Handbook of Neuronal Protein Synthesis reviews the mechanisms of translational control used by the nervous system, as well as how important nervous system functions, such as plasticity and homeostasis, depend on accurate translational control. The handbook extensively covers how dysregulation of protein synthesis can manifest itself in many distinct pathological processes including neurodevelopmental, neuropsychiatric, and neurodegenerative diseases. The handbook is comprehensive in its coverage of translational control mechanisms with particular focus on how these general control mechanisms are specifically utilized in the context of the cell biological constraints of the nervous system from both a mechanistic and systems perspective.

This selection of reviews gives an up-to-date picture of memory research. Great progress has been made in identifying the memory trace at the molecular and cellular level and individual reviews address the major mechanisms by which changes in synaptic strength can persist. Exciting research at the systems level is also reviewed including the growing importance of changes in inhibitory interneurons and how they play a role in memory formation. Finally, reviews present cognitive and neurobiological models of human memory that explain, characterize and organize the act of memory within a coherent framework.- Provides an unique overview that covers all perspectives and methodological approaches to memory- Broad coverage of memory research from molecular to human studies in one source- Up-to-date reviews give the latest important ideas on memory formation

Translational control in the nervous system is important. Many physiological processes in the nervous system depend on accurate control of the proteome that is mediated through protein synthetic mechanisms and thus, the nervous system is very sensitive to dysregulation of translational control. The Oxford Handbook of Neuronal Protein Synthesis reviews the mechanisms of translational control used by the nervous system, as well as how important nervous system functions, such as plasticity and homeostasis, depend on accurate translational control. The handbook extensively covers how dysregulation of protein synthesis can manifest itself in many distinct pathological processes including neurodevelopmental, neuropsychiatric, and neurodegenerative diseases. The handbook is comprehensive in its coverage of translational control mechanisms with particular focus on how these general control mechanisms are specifically utilized in the context of the cell biological constraints of the nervous system from both a mechanistic and systems perspective.

Translational control in the nervous system is important. Many physiological processes in the nervous system depend on accurate control of the proteome that is mediated through protein synthetic mechanisms and thus, the nervous system is very sensitive to dysregulation of translational control. The Oxford Handbook of Neuronal Protein Synthesis reviews the mechanisms of translational control used by the nervous system, as well as how important nervous system functions, such as plasticity and homeostasis, depend on accurate translational control. The handbook extensively covers how dysregulation of protein synthesis can manifest itself in many distinct pathological processes including neurodevelopmental, neuropsychiatric, and neurodegenerative diseases. The handbook is comprehensive in its coverage of translational control mechanisms with particular focus on how these general control mechanisms are specifically utilized in the context of the cell biological constraints of the nervous system from both a mechanistic and systems perspective.