ATPase Inhibitors

ATPase inhibitors are a class of compounds that have the ability to block the activity of ATPases enzymes that hydrolyze ATP to provide energy for various cellular processes By interfering with ATPase function these inhibitors can disrupt critical cellular functions and pathways making them valuable tools in both research and therapeutic applications With their potential to selectively target ATPase enzymes and inhibit their activity ATPase inhibitors offer a promising avenue for the development of novel treatments for various diseases including cancer and neurological disorders

Catalog Number	Chemical Name	CAS #	Price
EI-0001	(+)-Blebbistatin	1177356-70-5	Online Inquiry
EI-0005	(-)-Blebbistatin	856925-71-8	Online Inquiry
EI-0020	(±)-Blebbistatin	674289-55-5	Online Inquiry
EI-0317	Bafilomycin A1	88899-55-2	Online Inquiry
EI-0472	Bufalin	465-21-4	Online Inquiry
EI-0637	Concanamycin A	80890-47-7	Online Inquiry
EI-0733	Digitoxin	71-63-6	Online Inquiry
EI-1315	Lansoprazole	103577-45-3	Online Inquiry
EI-1541	MYK-461	1642288-47-8	Online Inquiry
EI-1634	Oligomycin complex	1404-19-9	Online Inquiry
EI-1642	Oosporein	475-54-7	Online Inquiry
EI-1735	PF-3716556	928774-43-0	Online Inquiry
EI-1983	SCH-28080	76081-98-6	Online Inquiry

Application

The ATPase inhibitors have a wide range of applications in both research and medicine In the field of research ATPase inhibitors are commonly used to study the mechanism of action of ATPases which are enzymes responsible for hydrolyzing ATP to provide energy for cellular processes By inhibiting ATPase activity scientists can gain insights into the role of ATPases in various biological processes such as cell signaling and metabolism

In medicine ATPase inhibitors have therapeutic potential in the treatment of various diseases By inhibiting ATPase activity these inhibitors can disrupt cellular processes that rely on ATP such as cell proliferation or energy production This makes ATPase inhibitors potential candidates for the development of anti-cancer drugs or medications for other conditions where ATP-dependent processes are dysregulated

Furthermore ATPase inhibitors can also be used in agriculture as a means of pest control By targeting ATPase activity in pests these inhibitors can disrupt essential cellular processes and inhibit the survival and reproduction of pests thus offering a potentially sustainable and environmentally friendly approach to pest management

Please note that all services are for research use only. Not intended for any clinical use.

ATPase Inhibitors