SummaryIt is self-evident that cell–cell interactions play important roles in multicellular organisms. Genetic mosaics and chimeras, containing cells of distinct genotypes, have long provided an important way to identify and study these interactions. Beginning in the 1970s, genetic mosaic studies in Drosophila began to reveal an unexpected and intriguing phenomenon called ‘cell competition’, in which otherwise viable cells could be eliminated if their neighbors were different (Figure 1). Cell competition suggests that the properties of individual cells are monitored during development and that variant clones of progenitor cells can be favored or eliminated accordingly. Interest is now building in the mechanisms of cell competition, how it m...
Cell competition is an important surveillance mechanism that measures relative fitness between cells...
SummaryCell competition was originally described in Drosophila as a process for selection of the fit...
The majority of human cancers evolve over time through the stepwise accumulation of somatic mutation...
SummaryIt is self-evident that cell–cell interactions play important roles in multicellular organism...
The survival and growth of cells can be influenced by the properties of adjacent cells. This reflect...
Cell competition is the short-range elimination of slow-dividing cells through apoptosis when confro...
© 2015 UBC Press. The phenomenon of cell competition is an interactive process originally discovered...
Complex multicellular organisms require quantitative and qualitative assessments on each of their co...
Cell competition is a homeostatic process designed to remove from animal tissues viable cells that a...
Cell competition is a cell fitness-sensing mechanism conserved from insects to mammals that eliminat...
In the multi-cellular community, cells with different properties often compete with each other for s...
The process of cell competition results in the elimination of cells that are viable but “less fit” t...
Throughout an individual’s life, somatic cells acquire cancer-associated mutations. A fraction of th...
Cell competition where ‘loser ’ cells areeliminated by neighbors with higher fitness is a widespread...
Metazoans have evolved ways to engage only the most appropriate cells for long-term tissue developme...
Cell competition is an important surveillance mechanism that measures relative fitness between cells...
SummaryCell competition was originally described in Drosophila as a process for selection of the fit...
The majority of human cancers evolve over time through the stepwise accumulation of somatic mutation...
SummaryIt is self-evident that cell–cell interactions play important roles in multicellular organism...
The survival and growth of cells can be influenced by the properties of adjacent cells. This reflect...
Cell competition is the short-range elimination of slow-dividing cells through apoptosis when confro...
© 2015 UBC Press. The phenomenon of cell competition is an interactive process originally discovered...
Complex multicellular organisms require quantitative and qualitative assessments on each of their co...
Cell competition is a homeostatic process designed to remove from animal tissues viable cells that a...
Cell competition is a cell fitness-sensing mechanism conserved from insects to mammals that eliminat...
In the multi-cellular community, cells with different properties often compete with each other for s...
The process of cell competition results in the elimination of cells that are viable but “less fit” t...
Throughout an individual’s life, somatic cells acquire cancer-associated mutations. A fraction of th...
Cell competition where ‘loser ’ cells areeliminated by neighbors with higher fitness is a widespread...
Metazoans have evolved ways to engage only the most appropriate cells for long-term tissue developme...
Cell competition is an important surveillance mechanism that measures relative fitness between cells...
SummaryCell competition was originally described in Drosophila as a process for selection of the fit...
The majority of human cancers evolve over time through the stepwise accumulation of somatic mutation...