C20orf46 Inhibitors

Transmembrane Protein 74B, often abbreviated as TMEM74B, is a protein that is embedded in the membrane of eukaryotic cells. Its transmembrane nature indicates that it spans the entire lipid bilayer, allowing it to participate in various cellular processes that require interactions between the intracellular and extracellular environments.The precise function of TMEM74B is not fully characterized, but proteins in the TMEM family typically play roles in processes such as signaling, transport, and cellular homeostasis. TMEM74B, with its transmembrane domains, is likely involved in the regulation of substances entering and leaving the cell, or in the transmission of signals from the outside to the inside of the cell.

In terms of structure, TMEM74B consists of several hydrophobic segments that allow it to integrate into the lipid-rich environment of the cell membrane. These segments are connected by hydrophilic loops that may protrude into the intracellular or extracellular space, potentially serving as sites for protein-protein interactions or for the recognition of specific molecules.Research on TMEM74B and related proteins suggests they may have roles in cellular growth, apoptosis, and autophagy. These processes are critical for the maintenance of cellular health, the response to stress, and the regulation of cell death. TMEM74B could be involved in the intricate balance of these processes, although the mechanisms by which it influences them remain to be elucidated.