Mitochondria form highly dynamic networks in which organelles constantly fuse and divide.
The relevance of mitochondrial dynamics is evident from its implication in various human …

Mitochondria display a variety of shapes, ranging from small and spherical or the classical
tubular shape to extended networks [1, 2]. Shape transitions occur frequently and include …

Mitochondria are essential eukaryotic organelles often forming intricate networks. The
overall network morphology is determined by mitochondrial fusion and fission. Among the …

Actin dynamics, the coordinated assembly and disassembly of actin filaments (F-actin), are
essential for fundamental cellular processes, including cell shaping and motility, cell division …

Mitochondria are dynamic organelles, undergoing both fission and fusion regularly in
interphase cells. Mitochondrial fission is thought to be part of a quality-control mechanism …

Mitochondria exist as a highly dynamic tubular network, and their morphology is governed
by the delicate balance between frequent fusion and fission events, as well as by …

Mitochondrial dynamics, including fusion, fission and translocation, are crucial to cellular
homeostasis, with roles in cellular polarity, stress response and apoptosis. Mitochondrial …

Mitochondria fission and mitophagy are fundamentally crucial to cellular physiology and
play important roles in cancer progression. Developing a comprehensive understanding of …

Mitochondria are the major cellular energy‐producing organelles and intracellular source of
reactive oxygen species. These organelles are responsible for driving cell life and death …

In addition to established membrane remodeling roles in various cellular locations, actin has
recently emerged as a participant in mitochondrial fission. However, the underlying …