In the realm of pharmaceutical research, identifying and synthesizing critical chemical intermediates is paramount to developing groundbreaking therapies. One such compound gaining attention is Senicapoc, also known by its CAS number 289656-45-7. This Benzeneacetamide derivative is not just another molecule; it's a potent inhibitor of the calcium-activated potassium channel KCa3.1, a target of significant interest for various medical conditions.

Senicapoc's mechanism of action is particularly noteworthy. By inhibiting the KCa3.1 channel, it influences cellular processes that are crucial in a range of diseases. Its potential applications span from managing sickle cell disease, by preventing erythrocyte dehydration, to addressing inflammatory responses in conditions like acute respiratory distress syndrome and neuroinflammation associated with Alzheimer's disease. The ability to buy Senicapoc means researchers can directly investigate these therapeutic avenues.

As a high-purity fine chemical intermediate, Senicapoc plays a vital role in the drug discovery pipeline. Its precise synthesis and reliable availability are essential for ensuring the efficacy and safety of potential new drugs. For those seeking to purchase Senicapoc, understanding its chemical properties, such as its molecular formula C20H15F2NO and molecular weight of 323.34, is key. Pharmaceutical intermediate suppliers often provide this compound, ensuring that research institutions and pharmaceutical companies have access to this valuable tool.

The price of Senicapoc can vary depending on the supplier and quantity, but its contribution to advancing medical science makes it a worthwhile investment. Whether you are looking for Senicapoc in bulk or for specific research quantities, exploring options from reputable manufacturers and suppliers is crucial. The continuous research into the applications of Senicapoc underscores its importance as a building block for future medicines, highlighting the ongoing quest for effective treatments and the crucial role of specialized chemical compounds in achieving these goals.