Mitochondria are dynamic organelles that change their morphology by active fusion and
fission in response to cellular signaling and differentiation [1, 2]. The in vivo role of …

Mitochondria are abundant in fully grown mammalian oocytes with a unique spherical
morphology, but the mechanisms controlling mitochondria behavior are not well understood …

Mitochondrial morphology is dynamically controlled by a balance between fusion and
fission. The physiological importance of mitochondrial fission in vertebrates is less clearly …

Mitochondrial morphology changes dynamically by coordinated fusion and fission and
cytoskeleton-based transport. Cycles of outer and inner membrane fusion and fission are …

Mitochondria provide a myriad of services to the cell, including energy production, calcium
buffering and regulation of apoptosis. How these diverse functions are coordinated among …

Mitochondrial fission and fusion cycles are integrated with cell cycle progression. In this
paper, we demonstrate that the inhibition of mitochondrial fission protein Drp1 causes an …

Abstract Changes in mitochondrial dynamics (fusion and fission) are known to occur during
stem cell differentiation; however, the role of this phenomenon in tissue aging remains …

Mitochondria are dynamic organelles, and their fusion and fission regulate cellular
signaling, development, and mitochondrial homeostasis, including mitochondrial DNA …

Mitochondria are essential organelles that have recently emerged as hubs for several
metabolic and signaling pathways in the cell. Mitochondrial morphology is regulated by …

Mitochondria form a highly dynamic tubular network, the morphology of which is regulated
by frequent fission and fusion events. However, the role of mitochondrial fission in …