TMEM164 Activators

The activators or modulators listed for TMEM164 focus on methods of modulation, considering the general characteristics of transmembrane proteins and the lack of specific data about TMEM164. These chemicals influence membrane dynamics, protein processing, signaling pathways, and cellular transport mechanisms, which can lead to the modulation of TMEM164's activity or expression. Compounds affecting membrane composition, such as phospholipase inhibitors and cholesterol-modulating agents, can indirectly influence the function of transmembrane proteins like TMEM164. Protein kinase inhibitors and calcium channel blockers can affect signaling pathways that involve membrane proteins.

Modulators of membrane fluidity, glycosylation processes, proteasome activity, and autophagy can impact the stability, processing, and turnover of membrane proteins, including TMEM164. GPCR modulators, ionophores, fatty acid metabolism modulators, and endocytosis inhibitors can also influence the function and localization of transmembrane proteins like TMEM164. Understanding these indirect activators or modulators of TMEM164 is important for research in cell biology, particularly in the study of membrane proteins and their roles in various cellular processes.