ALYREF promotes laryngeal cancer progression through a lactate-mediated lactylation feedback loop that enhances glycolysis
As a serious malignancy of the head and neck region, laryngeal cancer (LC) exhibits active glycolysis that produces lactate, a metabolite capable of inducing protein lactylation. However, the role of lactate-induced modifications in LC progression remains poorly understood. Although ALYREF has been identified as an oncogenic driver in several cancers, its function in LC has not yet been investigated.

