ITGA5 speeds diabetic wound healing by easing mitochondrial iron overload
A new study reports that restoring the integrin subunit ITGA5 accelerated wound closure in diabetic mice by protecting endothelial mitochondria ...
A new study reports that restoring the integrin subunit ITGA5 accelerated wound closure in diabetic mice by protecting endothelial mitochondria ...
New research shows the immune protein perforin can kill tumor cells on its own by triggering iron-dependent ferroptosis, even when ...
A Mendelian randomization study finds that ferroptosis-related genes influence acute myeloid leukemia risk directly and indirectly through specific immune cell ...
Rabies virus matrix protein stabilizes RGS4 through incomplete autophagy, suppressing neuronal ferroptosis and supporting viral replication.
A new open-access review in Cell Biology and Toxicology examines how ferroptosis, an iron-dependent form of cell death, may contribute ...
A CRISPR screen and laboratory experiments show that excess cysteine releases iron from ferritin, damages mitochondria and triggers cell death.
A new Perspective proposes a unified pharmacological-toxicological framework treating ferroptosis, mitochondrial stress and redox imbalance as one axis governing both ...
Astragaloside IV reduces pathological cardiac hypertrophy and suppresses ferroptosis in separate models, but direct experiments are needed to establish whether ...
A new review proposes that mitochondrial collapse drives a self-reinforcing cycle linking ferroptosis and metabolic reprogramming in periodontitis, opening the ...
A new iScience review argues that ferroptosis, an iron-driven form of cell death, links tumor and immune signals to muscle ...
A new review in the Journal of Translational Medicine maps how NCOA4-mediated ferritinophagy controls iron release and ferroptosis, cataloguing small-molecule ...
In a groundbreaking study, researchers González-Resina, España-Fernández de Valderrama, and Montañés, along with their team, delve into the intricate world ...
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