The presence of a local mRNA translation system in axons and terminals was proposed almost 40 years ago. Over the ensuing period, an impressive body of evidence has grown to support this proposal - yet the nerve cell body is still considered to be the only source of axonal and presynaptic proteins. To dispel this lingering neglect, we now present the wealth of recent observations bearing on this central idea, and consider their impact on our understanding of the biology of the neuron. We demonstrate that extrasomatic translation sites, which are now well recognized in dendrites, are also present in axonal and presynaptic compartments
Presynaptic activity requires the localization and maintenance of thousands of proteins that are typ...
Neurons are amongst the most structurally complex cells and exhibit a high degree of spatial compart...
AbstractAn important aspect of gene expression in neurons involves the delivery of mRNAs to particul...
Neurons exhibit a unique degree of spatial compartmentalization and are able to maintain and remodel...
The ability of the nervous system to convert transient experiences into long-lasting structural chan...
Neurons have complex and often extensively elongated processes. This unique cell morphology raises t...
Adaptive brain function and synaptic plasticity rely on dynamic regulation of local proteome. One wa...
To form and maintain extremely intricate and functional neural circuitry, mammalian neurons are typi...
Neurons are among the most compartmentalized and interactive of all cell types. Like all cells, neur...
Growing axons encounter numerous developmental signals to which they must promptly respond in order ...
There is ample evidence for localization of messenger RNA s (mRNAs) and protein synthesis in neurona...
mRNAs can be targeted to specific neuronal subcellular domains, which enables rapid changes in the l...
Author ManuscriptProteins can be locally produced in the periphery of a cell, allowing a rapid and s...
The synthesis of macromolecules in neurons has long been thought to be restricted to the cell body. ...
Neurons are characterized by a complex morphology that enables the generation of subcellular compart...
Presynaptic activity requires the localization and maintenance of thousands of proteins that are typ...
Neurons are amongst the most structurally complex cells and exhibit a high degree of spatial compart...
AbstractAn important aspect of gene expression in neurons involves the delivery of mRNAs to particul...
Neurons exhibit a unique degree of spatial compartmentalization and are able to maintain and remodel...
The ability of the nervous system to convert transient experiences into long-lasting structural chan...
Neurons have complex and often extensively elongated processes. This unique cell morphology raises t...
Adaptive brain function and synaptic plasticity rely on dynamic regulation of local proteome. One wa...
To form and maintain extremely intricate and functional neural circuitry, mammalian neurons are typi...
Neurons are among the most compartmentalized and interactive of all cell types. Like all cells, neur...
Growing axons encounter numerous developmental signals to which they must promptly respond in order ...
There is ample evidence for localization of messenger RNA s (mRNAs) and protein synthesis in neurona...
mRNAs can be targeted to specific neuronal subcellular domains, which enables rapid changes in the l...
Author ManuscriptProteins can be locally produced in the periphery of a cell, allowing a rapid and s...
The synthesis of macromolecules in neurons has long been thought to be restricted to the cell body. ...
Neurons are characterized by a complex morphology that enables the generation of subcellular compart...
Presynaptic activity requires the localization and maintenance of thousands of proteins that are typ...
Neurons are amongst the most structurally complex cells and exhibit a high degree of spatial compart...
AbstractAn important aspect of gene expression in neurons involves the delivery of mRNAs to particul...