Hypoxia Silences an Invasion-Braking Gene in Oral Cancer via a Nuclear LOX-H1.5 Pathway
Researchers report that hypoxia activates a nuclear LOX-H1.5 decrotonylation axis that represses the DAG1 gene and promotes invasive progression in ...
Researchers report that hypoxia activates a nuclear LOX-H1.5 decrotonylation axis that represses the DAG1 gene and promotes invasive progression in ...
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