Abstract
They are part of the machinery involved in the production of substances related to iron, sulfur, and heme group, involved in lipid metabolism, calcium homeostasis, heat generation, cell signaling, stem cell pathway determination, and apoptotic processes.
Highlights
Mitochondria are cellular organelles; whose function goes beyond generating adenosine triphosphate (ATP) [1]
There are three types of mitochondria, perinuclear, subsarcolemmal, and interfibrillar, which are interconnected through fusion and fission proteins [9]
That is why mitochondrial dysfunction marked by the presence of modifiable risk factors, affect white organs such as the heart and the endothelium in such a way since they fragment the mitochondrial metabolic pathwaysintegrity and induce adaptive mechanisms resulting from cell destruction, resulting in arrhythmias, Citation: Martinez IL, Llinás DT, Nieves AL (2021) Mitochondrial Dynamics and Cardiovascular Risk: An Insight at the Molecular Level
Summary
Mitochondria are cellular organelles; whose function goes beyond generating adenosine triphosphate (ATP) [1]. Mitochondrial Dynamics and Cardiovascular Risk: An Insight at the Molecular Level
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