4930403N07Rik Inhibitors

Coiled-coil domain containing 175 (CCDC175) is a protein encoded by the CCDC175 gene in humans. The protein belongs to a larger family of coiled-coil domain-containing proteins, which are recognized for their roles in various structural and functional aspects of the cell. Proteins that feature the coiled-coil motif are often involved in crucial cellular processes, including vesicle trafficking, cytoskeletal organization, and the regulation of gene expression.The coiled-coil structure is a superhelical configuration that facilitates protein-protein interactions, allowing CCDC175 to potentially engage in the formation of multiprotein complexes. This feature is crucial for the stable assembly of large protein complexes within the cell and can be involved in mediating interactions with other cellular components. The exact function of CCDC175, however, remains elusive, as there is limited research specifically focused on this protein.

Given that coiled-coil domain proteins are typically involved in the orchestration of complex cellular structures and processes, CCDC175 might play a role in organizing the cytoskeletal network, contributing to intracellular transport mechanisms, or facilitating the assembly of proteins within cellular organelles. It might also be implicated in the regulation of signaling pathways, given that many coiled-coil proteins interact with various signaling molecules.Further research into CCDC175 could reveal its involvement in developmental processes, cellular differentiation, or maintenance of cellular integrity and function. Understanding the specific interactions and pathways associated with CCDC175 will be key to uncovering its role within the cell and how its dysregulation might contribute to disease states.The study of CCDC175 and its associated pathways holds potential for advancing the understanding of coiled-coil domain proteins and their impact on cellular homeostasis, as well as for identifying novel targets for diseases in which these proteins play a critical role.