S-(+)-Nipecotic Acid Supplier: High Purity GABA Uptake Inhibitor for Neuroscience Research

Discover high-purity S-(+)-Nipecotic Acid, a crucial chemical intermediate for advancing neuroscience and pharmaceutical research. As a leading manufacturer and supplier in China, we offer reliable sourcing for this potent GABA uptake inhibitor, essential for understanding and developing treatments for neurological disorders.

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Advantages of Sourcing S-(+)-Nipecotic Acid from Us

Uncompromised Purity and Quality

Our S-(+)-Nipecotic Acid boasts a purity of over 98%, ensuring reliable and reproducible results in your critical neuroscience research and drug discovery programs. As a trusted supplier, we guarantee consistent quality.

Expertise in Pharmaceutical Intermediates

Leverage our extensive experience as a manufacturer of pharmaceutical intermediates. We understand the stringent requirements for compounds like CAS 59045-82-8, offering robust technical support and reliable supply.

Streamlined Procurement and Competitive Pricing

We offer competitive pricing for S-(+)-Nipecotic Acid, especially for bulk purchases. Buying directly from our China-based manufacturing facility simplifies your procurement process and ensures timely delivery of this vital research chemical.

Key Applications of S-(+)-Nipecotic Acid

Neuroscience Research

Investigate the role of GABAergic signaling in neurological disorders. Our S-(+)-Nipecotic Acid is ideal for studies on anxiety, epilepsy, and other conditions influenced by GABA levels.

Pharmaceutical Development

Utilize this chiral compound as a building block for novel therapeutics. Its properties as a GABA uptake inhibitor make it a valuable precursor for drug candidates targeting CNS disorders.

Biochemical Research

Explore neurotransmitter regulation mechanisms. S-(+)-Nipecotic Acid aids researchers in understanding brain function and the impact of GABA modulation.

Analytical Chemistry Standards

Employ our high-purity S-(+)-Nipecotic Acid as a reference standard in chromatography and other analytical techniques for precise sample analysis in biological matrices.