In eukaryotic organisms, DNA replication and RNA biogenesis occur in the cell nucleus, whereas protein synthesis occurs in the cytoplasm. Integration of these activities depends on selective transport of proteins and ribonucleoprotein particles between the two compartments. Transport across the nuclear envelope occurs through large multiprotein structures, termed nuclear pore complexes. It is signal-mediated and requires both energy and soluble factors, including shuttling carriers. Here I summarize current understanding of nucleocytoplasmic transport and illustrate the importance of regulated transport for signal transduction
AbstractMacromolecular transport between the cytoplasm and the nucleus occurs through the nuclear po...
AbstractStudies over the past 10 years have provided major insights into the molecular mechanisms re...
AbstractIn the past two years, our knowledge concerning the mechanisms of nucleocytoplasmic transpor...
Biological macromolecules are the basis of life activities. There is a separation of spatial dimensi...
AbstractThe spatial separation of mRNA synthesis from translation, while providing eukaryotes with t...
AbstractTransport of macromolecules between the cytoplasm and the nucleus is critical for the functi...
In eukaryotic cells, the enclosure of the genetic information in the nucleus allows the spatial and ...
AbstractStudies over the past 10 years have provided major insights into the molecular mechanisms re...
AbstractMacromolecular transport between the cytoplasm and the nucleus occurs through the nuclear po...
The nuclear–cytoplasmic protein transport is a critical process in cellular events. The identifi-cat...
The nucleocytoplasmic transport represents a crucial checkpoint of all signal pathways leading to th...
The nucleocytoplasmic transport represents a crucial checkpoint of all signal pathways leading to th...
The nucleus is partitioned from the cytoplasm in a eukaryotic cell by the double membrane of the nuc...
Separation of the nucleus and cytoplasm, maintained by two membrane bilayers that form the nuclear e...
The nucleus is partitioned from the cytoplasm in a eukaryotic cell by the double membrane of the nuc...
AbstractMacromolecular transport between the cytoplasm and the nucleus occurs through the nuclear po...
AbstractStudies over the past 10 years have provided major insights into the molecular mechanisms re...
AbstractIn the past two years, our knowledge concerning the mechanisms of nucleocytoplasmic transpor...
Biological macromolecules are the basis of life activities. There is a separation of spatial dimensi...
AbstractThe spatial separation of mRNA synthesis from translation, while providing eukaryotes with t...
AbstractTransport of macromolecules between the cytoplasm and the nucleus is critical for the functi...
In eukaryotic cells, the enclosure of the genetic information in the nucleus allows the spatial and ...
AbstractStudies over the past 10 years have provided major insights into the molecular mechanisms re...
AbstractMacromolecular transport between the cytoplasm and the nucleus occurs through the nuclear po...
The nuclear–cytoplasmic protein transport is a critical process in cellular events. The identifi-cat...
The nucleocytoplasmic transport represents a crucial checkpoint of all signal pathways leading to th...
The nucleocytoplasmic transport represents a crucial checkpoint of all signal pathways leading to th...
The nucleus is partitioned from the cytoplasm in a eukaryotic cell by the double membrane of the nuc...
Separation of the nucleus and cytoplasm, maintained by two membrane bilayers that form the nuclear e...
The nucleus is partitioned from the cytoplasm in a eukaryotic cell by the double membrane of the nuc...
AbstractMacromolecular transport between the cytoplasm and the nucleus occurs through the nuclear po...
AbstractStudies over the past 10 years have provided major insights into the molecular mechanisms re...
AbstractIn the past two years, our knowledge concerning the mechanisms of nucleocytoplasmic transpor...