Discover the Potency of Renin Inhibition: A Deep Dive into a Key Pharmaceutical Compound
Explore the intricate details of a potent compound crucial for understanding cardiovascular disease treatment pathways.
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Renin Inhibitor Compound
This advanced chemical compound, identified by CAS number 126222-34-2, is a highly potent and specific renin inhibitor. Its development aimed to target hypertension and heart failure by modulating the renin-angiotensin-aldosterone system.
- Explore the potential of this oral active renin inhibitor in advanced cardiovascular drug development.
- Understand the molecular weight and chemical formula that define its structure and efficacy.
- Learn about its in vitro enzyme inhibition capabilities, a key aspect of its biochemical research.
- Delve into the historical context of its clinical trials, offering insights into drug discovery pipelines.
Key Advantages
Potent Enzyme Inhibition
Leverage its strong in vitro enzyme inhibition for groundbreaking research in biochemical pathways, contributing to advancements in drug discovery.
Cardiovascular Research Focus
Utilize this compound for in-depth studies on hypertension treatment and other cardiovascular conditions, aiding pharmaceutical development.
Chemical Synthesis Insights
Gain valuable knowledge from its complex chemical synthesis, offering opportunities for process optimization and further chemical innovation.
Key Applications
Hypertension Treatment Research
Investigate the compound's role as a potential oral active renin inhibitor in preclinical drug testing for hypertension management.
Cardiovascular Drug Development
Advance your pharmaceutical development projects by studying this molecule's mechanisms and potential applications in treating heart failure.
Biochemical Studies
Utilize this compound for exploring enzyme inhibition and drug metabolite identification, crucial steps in understanding small molecule drug development.
Chemical Synthesis and Analysis
Examine the compound's structure and synthesis for insights into complex organic chemistry and analytical techniques in the pharmaceutical industry.