The set of proteins required for mitotic division remains poorly characterized. Here, an extensive series of correlation analyses of human and mouse transcriptomics data were performed to identify genes strongly and reproducibly associated with cells undergoing S/G2-M phases of the cell cycle. In so doing, 701 cell cycle-associated genes were defined and while it was shown that many are only expressed during these phases, the expression of others is also driven by alternative promoters. Of this list, 496 genes have known cell cycle functions, whereas 205 were assigned as putative cell cycle genes, 53 of which are functionally uncharacterized. Among these, 27 were screened for subcellular localization revealing many to be nuclear localized a...
Proper progression through the cell cycle is critical for cell growth and survival. Disruption of ce...
Proper progression through the cell cycle is critical for cell growth and survival. Disruption of ce...
BACKGROUND: Obtaining synchronous cell populations is essential for cell-cycle studies. Methods such...
The set of proteins required for mitotic division remains poorly characterized. Here, an extensive s...
The set of proteins required for mitotic division remains poorly characterized. Here, an extensive s...
Duplication of the genome and successful mitotic cell division requires the coordinated activity of...
Cell division is one of the most fundamental processes of life whereby one cell replicates itself t...
Mitotic cell division is a process requiring a highly coordinated dance between many enzymes, substr...
Background The mitotic spindle is a complex mechanical apparatus required for accurate segregation ...
BACKGROUND: The mitotic spindle is a complex mechanical apparatus required for accurate segregation ...
The eukaryotic cell cycle orchestrates the precise duplication and distribution of the genetic mater...
Background: Obtaining synchronous cell populations is essential for cell-cycle studies. Methods such...
The eukaryotic cell division cycle is a highly reg-ulated process that consists of a complex series ...
High-throughput screening technologies allow the identification of genes and proteins essential for ...
Proper progression through the cell cycle is critical for cell growth and survival. Disruption of ce...
Proper progression through the cell cycle is critical for cell growth and survival. Disruption of ce...
BACKGROUND: Obtaining synchronous cell populations is essential for cell-cycle studies. Methods such...
The set of proteins required for mitotic division remains poorly characterized. Here, an extensive s...
The set of proteins required for mitotic division remains poorly characterized. Here, an extensive s...
Duplication of the genome and successful mitotic cell division requires the coordinated activity of...
Cell division is one of the most fundamental processes of life whereby one cell replicates itself t...
Mitotic cell division is a process requiring a highly coordinated dance between many enzymes, substr...
Background The mitotic spindle is a complex mechanical apparatus required for accurate segregation ...
BACKGROUND: The mitotic spindle is a complex mechanical apparatus required for accurate segregation ...
The eukaryotic cell cycle orchestrates the precise duplication and distribution of the genetic mater...
Background: Obtaining synchronous cell populations is essential for cell-cycle studies. Methods such...
The eukaryotic cell division cycle is a highly reg-ulated process that consists of a complex series ...
High-throughput screening technologies allow the identification of genes and proteins essential for ...
Proper progression through the cell cycle is critical for cell growth and survival. Disruption of ce...
Proper progression through the cell cycle is critical for cell growth and survival. Disruption of ce...
BACKGROUND: Obtaining synchronous cell populations is essential for cell-cycle studies. Methods such...