ZFP3 divergent transcript (ZFP3-DT)

ZFP3-DT (ZFP3 divergent transcript) is annotated as a long noncoding RNA (lncRNA) gene found at the ZFP3 locus. Available data in gene and genomic databases describe ZFP3-DT as a non-protein-coding transcript, but there is no experimentally confirmed biological function, involvement in disease, or validation as a drug target in current biomedical literature[3]. It is distinct from the protein-coding gene ZFP3 (zinc finger protein 3), which is primarily studied in plants and functions as a C2H2-type zinc finger transcription factor involved in the regulation of cell wall biosynthesis and root hair formation in *Arabidopsis thaliana*[1][2]. There is currently no evidence that ZFP3-DT functions as a receptor or any other direct therapeutic target, and its relevance in mammalian or human biology remains unclear[3]. Important contextual note: The main literature describing functional ZFP3 activity pertains to the transcription factor in *Arabidopsis thaliana*[1][2]. ZFP3-DT, as a "divergent transcript," refers to a noncoding RNA transcribed in the opposite direction to the protein-coding ZFP3 gene. No credible sources currently assign ZFP3-DT any canonical biological function, therapeutic relevance, or drug interactions[3]. If you are seeking information about the **plant transcription factor** ZFP3, that is a different entity—a C2H2-type zinc finger transcription factor controlling gene expression involved in plant development and is not a human/animal drug target[1][2]. If you meant the protein-coding ZFP3 or ZFP35 in mammals, clarification is needed, as ZFP3-DT is not equivalent to those targets and is not considered a canonical therapeutic target in standard biomedical usage.

Other names

ZFP3-DTZFP3 divergent transcript