The molecular mechanisms responsible for mitotic chromosome condensation are unknown. Two independent approaches, biochemical studies in vertebrate cells and genetic analyses in yeasts, have converged recently, leading to the identification of a family of putative ATPases that play a fundamental role in this process. Further characterization of these proteins promises to uncover a highly dynamic aspect of mitotic chromosome architecture
Effective transfer of genetic information during cell division requires a major reorganization of ch...
AbstractThe canonical condensin complex (henceforth condensin I) plays an essential role in mitotic ...
© 2015 Dr. Muhammed Adnan M. BakhrebahThe condensin complex plays a key role in organising mitotic c...
The condensation of mitotic chromosomes is essential for the faithful segregation of sister chromati...
The condensation of mitotic chromosomes is essential for the faithful segregation of sister chromati...
Condensins are key players in mitotic chromosome condensation. Using an elegant combination of state...
Condensin is a conserved SMC complex that uses its ATPase machinery to structure genomes, but how it...
Summary: Eukaryotic cells inherit their genomes in the form of chromosomes, which are formed from th...
Recent genetic analyses in yeasts and biochemical studies in vertebrate cells have led to the discov...
The processes underlying the large-scale reorganisation of chromatin in mitosis that form compact mi...
Mitotic chromosome assembly is an essential preparatory step for accurate transmission of the genome...
Mitotic chromosome condensation is a prerequisite for the accurate segregation of chromosomes during...
Proper mitotic chromosome structure is essential for faithful chromosome segregation. Mounting evide...
<div><p>Effective transfer of genetic information during cell division requires a major reorganizati...
AbstractThe mechanism by which eukaryotic chromosomes condense as cells enter mitosis has long been ...
Effective transfer of genetic information during cell division requires a major reorganization of ch...
AbstractThe canonical condensin complex (henceforth condensin I) plays an essential role in mitotic ...
© 2015 Dr. Muhammed Adnan M. BakhrebahThe condensin complex plays a key role in organising mitotic c...
The condensation of mitotic chromosomes is essential for the faithful segregation of sister chromati...
The condensation of mitotic chromosomes is essential for the faithful segregation of sister chromati...
Condensins are key players in mitotic chromosome condensation. Using an elegant combination of state...
Condensin is a conserved SMC complex that uses its ATPase machinery to structure genomes, but how it...
Summary: Eukaryotic cells inherit their genomes in the form of chromosomes, which are formed from th...
Recent genetic analyses in yeasts and biochemical studies in vertebrate cells have led to the discov...
The processes underlying the large-scale reorganisation of chromatin in mitosis that form compact mi...
Mitotic chromosome assembly is an essential preparatory step for accurate transmission of the genome...
Mitotic chromosome condensation is a prerequisite for the accurate segregation of chromosomes during...
Proper mitotic chromosome structure is essential for faithful chromosome segregation. Mounting evide...
<div><p>Effective transfer of genetic information during cell division requires a major reorganizati...
AbstractThe mechanism by which eukaryotic chromosomes condense as cells enter mitosis has long been ...
Effective transfer of genetic information during cell division requires a major reorganization of ch...
AbstractThe canonical condensin complex (henceforth condensin I) plays an essential role in mitotic ...
© 2015 Dr. Muhammed Adnan M. BakhrebahThe condensin complex plays a key role in organising mitotic c...