Zinc finger protein 705B (ZNF705B)

Zinc finger protein 705B is a human protein encoded by the ZNF705B gene located on chromosome 8. It is a predicted DNA-binding transcription factor, belonging to the large family of C2H2-type zinc finger proteins[1][3][7][8][11][12]. Its primary function is presumed to be sequence-specific binding to DNA regulatory elements, contributing to the regulation of gene expression through RNA polymerase II–mediated transcription, most likely acting as a transcriptional repressor[4][12]. While the precise biological role of ZNF705B is currently unclear, general features of the zinc finger protein family include participation in the regulation of cellular differentiation, proliferation, and apoptosis, as well as broader transcriptional control[5]. There are no known direct associations with disease, nor are there any drugs targeting this protein. No major safety or biomarker concerns have been documented for ZNF705B specifically. If you require information on experimentally validated expression patterns, structural domains, or disease correlations, further targeted research in experimental databases may be warranted.

Other names

ZNF705BZinc finger protein 705BPutative zinc finger protein 705D-like protein LOC100132396Putative zinc finger protein 705BZ705B_HUMANENSG00000215356NCBI Gene ID: 100132396

Not applicable No known mechanism of action because there are no drugs targeting ZNF705B.