Zfp622, a gene whose full function and associated pathways are yet to be comprehensively defined, is likely involved in various biological processes. Its study through genetic models could potentially provide in-depth insights into its role in normal biological function and disease mechanisms.

In a study on panic disorder, exploratory analyses based on biological validity and a combined statistical/biological ranking suggested dynamic methylation of the ZFP622 gene along with response to cognitive-behavioral therapy (CBT), indicating its possible involvement in the epigenetic mechanisms related to panic disorder [1]. In another study on Pekin duck, ZFP622 had high expression levels at 6 weeks old in breast muscle, suggesting its possible role in breast muscle development in ducks [2].

In conclusion, Zfp622 seems to be associated with both epigenetic regulation in panic disorder and breast muscle development in Pekin ducks. The study of Zfp622 using genetic models, such as KO or CKO mouse models (not yet explored in the provided references but could be valuable in future research), could potentially further clarify its role in these and other disease-related or developmental biological processes.