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Autophagy in the pathogenesis of myelodysplastic syndrome and acute myeloid leukemia

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Pages 1719-1725 | Published online: 01 Jun 2011

Figures & data

Figure 1 A simplified model where an HSC or early hematopoietic precursor develops a fault in autophagy/mitophagy (1) which leads to the build up of damaged mitochondria. These in turn cause an increase in metabolic by-products, including ROS (2) which result in cellular damage including genetic instability and more mitochondrial damage. A loss of quiescence results, along with both increased apoptosis (3) and proliferation (4) in an MDS phenotype. Oncogenic mutations may result in transformation and AML (5).

Figure 1 A simplified model where an HSC or early hematopoietic precursor develops a fault in autophagy/mitophagy (1) which leads to the build up of damaged mitochondria. These in turn cause an increase in metabolic by-products, including ROS (2) which result in cellular damage including genetic instability and more mitochondrial damage. A loss of quiescence results, along with both increased apoptosis (3) and proliferation (4) in an MDS phenotype. Oncogenic mutations may result in transformation and AML (5).