Manufacturer of High-Purity Hexokinase Inhibitor for Research Applications: Understanding Lonidamine's Role in Energy Metabolism

Discover Lonidamine, a crucial indazole-based inhibitor of glycolysis that precisely targets hexokinase. As a leading manufacturer and supplier, we provide high-purity Lonidamine essential for cutting-edge research in oncology and metabolic studies. Explore its mechanisms and applications from a trusted China supplier.

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Advantages of Sourcing Lonidamine from Our Manufacturing Facility

Guaranteed Purity & Quality

Our Lonidamine is manufactured under stringent quality control measures, ensuring a purity of ≥98% essential for reproducible research results. We are a trusted supplier for pharmaceutical intermediates.

Expertise in Hexokinase Inhibition Research

Leverage our deep understanding of Lonidamine's role in inhibiting hexokinase and glycolysis. We provide comprehensive technical information to support your research into metabolic pathways and apoptosis.

Reliable Supply Chain & Competitive Pricing

As a direct manufacturer, we offer a stable supply chain for Lonidamine. Contact us for a quote on bulk purchases to secure your supply at an optimal lonidamine price.

Applications of Lonidamine in Advanced Research

Oncology Research

Lonidamine is widely used to study cancer cell metabolism, energy production, and the induction of apoptosis. Its ability to disrupt glycolysis makes it a valuable tool for cancer drug discovery, understanding resistance mechanisms, and exploring combination therapies.

Glycolysis Pathway Studies

Investigate the intricate pathways of cellular energy production. Lonidamine's specific inhibition of hexokinase provides researchers with a precise tool to modulate glycolytic flux and understand its downstream effects.

Apoptosis and Cell Death Research

As an inducer of apoptosis, Lonidamine is crucial for understanding programmed cell death mechanisms. Its impact on mitochondrial membrane potential and release of apoptotic factors offers insights into cell fate determination.

Metabolic Syndrome and Aging Research

Emerging research suggests Lonidamine may play a role in metabolic regulation and aging. Its influence on mitochondrial respiration and ROS production opens avenues for exploring its effects beyond cancer.