Theses chemicals act upon key regulatory systems within the cell, including kinases that control signal transduction, enzymes that modify the epigenome, and factors that govern the cell cycle and proliferation. For instance, kinase inhibitors can obstruct the transmission of growth signals, potentially altering the activity of LOC100041061 if it is part of or regulated by such growth-related pathways. Similarly, agents can change the expression profile of genes, including potentially that of LOC100041061, by modifying the chromatin landscape. Other compounds can engage with multiple signaling systems, thereby exerting a broader impact that can reach the pathways involving LOC100041061.
The inhibitors can intricate between cellular pathways and highlights the potential to regulate protein function indirectly through the modulation of these networks. This class exemplifies the concept that altering the cellular context can be an effective approach to modulate protein activity, even in the absence of direct interaction between the inhibitor and its ultimate protein target.
Items 641 to 12 of 12 total
Display:
Product Name | CAS # | Catalog # | QUANTITY | Price | Citations | RATING |
---|