Although little is known about how asymmetric cell division in plants is regulated, recent discoveries provide a starting point for exploring the mechanisms underlying this process. These studies reveal parallels with asymmetric division in yeast and animals, but also point to regulated cell expansion as a new mechanism of asymmetric division in plants
Cell division in plants is particularly important as cells cannot rearrange. It therefore determines...
Asymmetric cell division (ACD) is a mechanism to generate cellular diversity and used by prokaryotes...
During mitosis cells can divide symmetrically to proliferate or asymmetrically to generate tissue di...
Although little is known about how asymmetric cell division in plants is regulated, recent discoveri...
Although little is known about how asymmetric cell division in plants is regulated, recent discoveri...
Asymmetric cell division generates cell types with different specialized functions or fates. This ty...
All complex multicellular organisms must solve the problem of generating diverse and appropriately p...
Asymmetric cell division generates two cells with different fates and has an important role in plant...
Asymmetric cell division generates cell types with different fates. Recent studies have improved our...
A central question in biology is how cell fate is specified during development of a multicellular or...
Background: Asymmetric cell divisions are formative divisions that generate daughter cells of distin...
Plant embryogenesis creates a seedling with a basic body plan. Post-embryonically the seedling elabo...
SummaryDevelopment in multicellular organisms requires the organized generation of differences. A un...
Background Asymmetric cell divisions are formative divisions that generate daughter cells of distinc...
BackgroundAsymmetric cell divisions are formative divisions that generate daughter cells of distinct...
Cell division in plants is particularly important as cells cannot rearrange. It therefore determines...
Asymmetric cell division (ACD) is a mechanism to generate cellular diversity and used by prokaryotes...
During mitosis cells can divide symmetrically to proliferate or asymmetrically to generate tissue di...
Although little is known about how asymmetric cell division in plants is regulated, recent discoveri...
Although little is known about how asymmetric cell division in plants is regulated, recent discoveri...
Asymmetric cell division generates cell types with different specialized functions or fates. This ty...
All complex multicellular organisms must solve the problem of generating diverse and appropriately p...
Asymmetric cell division generates two cells with different fates and has an important role in plant...
Asymmetric cell division generates cell types with different fates. Recent studies have improved our...
A central question in biology is how cell fate is specified during development of a multicellular or...
Background: Asymmetric cell divisions are formative divisions that generate daughter cells of distin...
Plant embryogenesis creates a seedling with a basic body plan. Post-embryonically the seedling elabo...
SummaryDevelopment in multicellular organisms requires the organized generation of differences. A un...
Background Asymmetric cell divisions are formative divisions that generate daughter cells of distinc...
BackgroundAsymmetric cell divisions are formative divisions that generate daughter cells of distinct...
Cell division in plants is particularly important as cells cannot rearrange. It therefore determines...
Asymmetric cell division (ACD) is a mechanism to generate cellular diversity and used by prokaryotes...
During mitosis cells can divide symmetrically to proliferate or asymmetrically to generate tissue di...
DOI
Add to ORKG