FAM90A3 Inhibitors

Proteins of the FAM90A family are generally thought to localize to the nucleus, implicating potential involvement in nuclear processes such as chromatin remodeling, regulation of gene expression, and maintenance of genome integrity. Given its putative nuclear localization, FAM90A3 may interact with other nuclear proteins to modulate transcriptional activity, influence chromatin structure, or play a role in the cell cycle and DNA repair mechanisms.

The function of FAM90A3 may also extend to the regulation of cellular processes that are pivotal for development, differentiation, or apoptosis. Through potential protein-protein interactions, FAM90A3 could influence various signaling pathways and transcriptional networks. It might serve as a co-factor for transcription factors or as part of a multi-protein complex that regulates gene expression patterns essential for normal cellular functions and responses to external stimuli.The expression profile of FAM90A3 across different tissues or under various physiological conditions can offer clues to its function. Dissecting its role may involve studying gene expression changes upon its knockdown, overexpression, or mutagenesis in model organisms.