Key result
NOLC1 knockdown triggers endothelial cell senescence, which NPRA overexpression rescues.
Why the study?
The cause of reduced NPRA expression contributing to vascular endothelial aging was unclear.
Population
Endothelial cells in vitro model of vascular endothelial senescence
Comparison
Knockdown of NOLC1 and NPRA overexpression vs control endothelial cells
Design
Preclinical study
Authors
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Preclinical data link NOLC1 decline to NPRA-driven endothelial senescence; leaves open therapeutic relevance in human vascular aging.
NOLC1 functions as a key regulator of NPRA transcription, and its decline contributes to vascular endothelial senescence.
Cui et al. (2025) studied Vascular endothelial cell senescence. NOLC1 knockdown was evaluated on NPRA transcription and cellular senescence hallmarks. NOLC1 functions as a key regulator of NPRA transcription, and its knockdown triggers endothelial cell senescence which can be rescued by NPRA overexpression.
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