Translation fidelity is crucial for prokaryotes and eukaryotic nuclear‐encoded proteins;
however, little is known about the role of mistranslation in mitochondria and its potential …

Cell competition is a homeostatic process designed to remove from animal tissues viable
cells that are unfit, abnormal or malignant and that may compromise the general fitness or …

Multicellular organisms evolved to resolve conflicts between individual cells, protecting the
internal organization of the individual. This is illustrated by cell competition, a process that …

Cell competition is a context‐dependent cell elimination through short‐range cell–cell
interaction, in which cells with higher fitness eliminate neighboring less‐fit or oncogenic …

Cell competition allows winner cells to eliminate less fit loser cells in tissues. In Minute cell
competition, cells with a heterozygous mutation in ribosome genes, such as RpS3+/− cells …

The possibility that cells of multicellular organisms may compete with one another has been
postulated several times. It was experimentally confirmed in Drosophila, probably for the first …

The dynamics, distribution and activity of subcellular organelles are integral to regulating
cell shape changes during various physiological processes such as epithelial cell formation …

Viable cells with reduced fitness are often eliminated by neighboring cells with greater
fitness. This phenomenon, called cell competition, is an important mechanism for …

Mitochondrial membrane‐embedded redox proteins are classically perceived as
deterministic “electron transport chain”(ETC) arrays cum proton pumps; and oxygen is seen …

Highlights•The speed of gene expression steps correlates with the rate of embryonic
development.•Mitochondrial metabolism may give rise to species-specific gene expression …