Mitochondrial morphology is regulated by continuous fusion and fission events that are essential for maintaining a normal mitochondrial function. If the last years have witnessed major discoveries in the characterization of the fission and fusion machineries, little is known about the physiological role of mitochondrial dynamics. In this review we report the results showing evidences of relationships between mitochondrial dynamics and cellular metabolism, autophagy or apoptosis. We discuss how different mitochondrial alterations observed in cancer cells could be linked to unbalanced mitochondrial fission or fusion events and how this could impinge on key essential cellular processes, thereby contributing to tumorigenesis
Mitochondria-shaping proteins control the dynamic equilibrium between fusion and fission of the mito...
Mitochondria-shaping proteins control the dynamic equilibrium between fusion and fission of the mito...
Mitochondria-shaping proteins control the dynamic equilibrium between fusion and fission of the mito...
International audienceMitochondrial morphology is regulated by continuous fusion and fission events ...
International audienceMitochondrial morphology is regulated by continuous fusion and fission events ...
A mechanistic understanding of how mitochondrial dysfunction contributes to cell growth and tumorige...
Cancer and stem cells appear to share a common metabolic profile that is characterized by high utili...
Recent decades have revealed the shape changes of mitochondria and their regulators to be main playe...
Recent decades have revealed the shape changes of mitochondria and their regulators to be main playe...
Recent decades have revealed the shape changes of mitochondria and their regulators to be main playe...
Recent decades have revealed the shape changes of mitochondria and their regulators to be main playe...
Recent decades have revealed the shape changes of mitochondria and their regulators to be main playe...
Cancer cells have several hallmarks that define their neoplastic behavior. One is their unabated rep...
Mitochondria-shaping proteins control the dynamic equilibrium between fusion and fission of the mito...
Mitochondria are dynamic organelles that alter their organization in response to a variety of cellul...
Mitochondria-shaping proteins control the dynamic equilibrium between fusion and fission of the mito...
Mitochondria-shaping proteins control the dynamic equilibrium between fusion and fission of the mito...
Mitochondria-shaping proteins control the dynamic equilibrium between fusion and fission of the mito...
International audienceMitochondrial morphology is regulated by continuous fusion and fission events ...
International audienceMitochondrial morphology is regulated by continuous fusion and fission events ...
A mechanistic understanding of how mitochondrial dysfunction contributes to cell growth and tumorige...
Cancer and stem cells appear to share a common metabolic profile that is characterized by high utili...
Recent decades have revealed the shape changes of mitochondria and their regulators to be main playe...
Recent decades have revealed the shape changes of mitochondria and their regulators to be main playe...
Recent decades have revealed the shape changes of mitochondria and their regulators to be main playe...
Recent decades have revealed the shape changes of mitochondria and their regulators to be main playe...
Recent decades have revealed the shape changes of mitochondria and their regulators to be main playe...
Cancer cells have several hallmarks that define their neoplastic behavior. One is their unabated rep...
Mitochondria-shaping proteins control the dynamic equilibrium between fusion and fission of the mito...
Mitochondria are dynamic organelles that alter their organization in response to a variety of cellul...
Mitochondria-shaping proteins control the dynamic equilibrium between fusion and fission of the mito...
Mitochondria-shaping proteins control the dynamic equilibrium between fusion and fission of the mito...
Mitochondria-shaping proteins control the dynamic equilibrium between fusion and fission of the mito...