Harmine HCl Powder (CAS 343-27-1): MAO-A Inhibitor for CNS & Beta Cell Research

Discover Harmine HCl Powder (CAS 343-27-1), a versatile β-carboline alkaloid, driving breakthroughs in neuroscience, metabolic health, and cutting-edge pharmaceutical research. Your essential compound for advanced scientific exploration.

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Product Advantages

Unparalleled Research Efficacy

Harmine HCl's well-documented inhibitory effects on MAO-A and DYRK1A provide researchers with a highly effective tool for targeted biological investigations, supporting advanced neuropharmacology research solutions.

Versatility Across Disciplines

From exploring central nervous system pathways to studying pancreatic cell regeneration, Harmine HCl’s broad activity spectrum makes it indispensable across various scientific disciplines, including diabetes and metabolic disorder research.

High-Purity for Reliable Results

Our commitment to delivering pharmaceutical-grade Harmine HCl ensures consistent purity, minimizing experimental variability and maximizing the reliability of your research outcomes. For those seeking a trusted Harmine HCl powder supplier, our quality is paramount.

Key Applications

Neuroscience Research

Harmine HCl is invaluable for investigating central nervous system functions, particularly its role as an MAO-A inhibitor in mood regulation and neurodegenerative diseases. Many laboratories seek to buy Harmine Hydrochloride Dihydrate for these critical studies.

Metabolic Health & Diabetes Studies

Its unique ability to induce pancreatic alpha and beta cell proliferation positions Harmine HCl as a key compound in the development of novel diabetes treatments and metabolic disorder research chemicals.

Antimicrobial & Anti-inflammatory Investigations

Researchers leverage Harmine HCl's antibacterial and anti-inflammatory properties to explore new therapeutic strategies against various pathogens and inflammatory conditions. Reliable Harmine HCl powder supplier are essential for this research.

Fluorescent pH Indicator & Imaging

Beyond its biological effects, Harmine's natural fluorescence makes it a useful fluorescent pH indicator and a valuable tool in PET imaging for studying MAO-A dysregulation, expanding its application in advanced research.