Target intelligence / Profile preview

Zinc finger protein 469 (ZNF469)

Target
ZNF469
Molecular classification
Transcription factor (C2H2 zinc finger protein), Other (Extracellular matrix regulator protein)
01

Overview

Zinc finger protein 469 (ZNF469) is a very large C2H2-type zinc finger transcription factor mainly implicated in the transcriptional regulation of genes encoding extracellular matrix components, particularly collagens and proteoglycans. Its physiological role is most critical in the cornea, where it maintains proper tissue architecture and thickness. Loss-of-function mutations lead to extreme corneal thinning and fragility, as seen in brittle cornea syndrome (BCS1), and confer increased risk for keratoconus. There is currently no direct pharmacological intervention targeting ZNF469, and its protein product lacks well-characterized functional domains outside its zinc finger regions.

Other names
ZNF469zinc finger protein 469BCSBCS1Zfp469KIAA1858
02

Mechanism of action

No defined mechanisms for drugs targeting this molecule, as there are currently no such drugs.

03

Biological functions

Transcriptional regulationRegulation of extracellular matrix synthesis and degradation (collagens, proteoglycans)Maintenance of corneal structure and thickness
04

Disease associations

Brittle cornea syndrome (BCS1)KeratoconusType of Ehlers-Danlos syndrome ("brittle cornea syndrome")
05

Safety considerations

Therapeutic challenges due to lack of druggable domains and unknown functionRisk of corneal rupture and severe ocular complications in affected individuals, but not specific to therapy
06

Biomarkers

ZNF469 gene mutations (for patient selection/diagnosis of BCS and risk stratification for keratoconus)Central corneal thickness as a clinical phenotype linked to ZNF469 variants

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