(2S,2′S)-Ethambutol-d10 (ethylene-d4): High-Purity Deuterated Intermediate for Advanced Chemical Synthesis

Unlock precision in your research with (2S,2′S)-Ethambutol-d10, a critical deuterated intermediate featuring ethylene-d4 labeling. As a top-tier manufacturer and supplier in China, we offer this essential compound for demanding pharmaceutical synthesis, metabolic studies, and analytical applications. Discover exceptional quality and competitive pricing for your R&D needs.

Get a Quote & Sample

Key Advantages of Our Deuterated Intermediate

Unmatched Isotopic Purity

Our (2S,2′S)-Ethambutol-d10 boasts exceptional isotopic purity, ensuring reliable and accurate results in quantitative NMR and mass spectrometry applications. Trust our expertly manufactured deuterated compounds for your critical research.

Crucial for Metabolic Studies

As a highly pure deuterated compound, this Ethambutol derivative is ideal for tracing metabolic pathways and understanding drug pharmacokinetics. Purchase this essential reagent to advance your in vivo and in vitro studies.

Reliable Supplier & Manufacturer

We are a dedicated manufacturer and supplier of fine chemical intermediates in China, offering competitive price points and efficient global distribution for our CAS 1129526-24-4 product. Secure your supply chain with a dependable partner.

Versatile Applications in Chemical Research

Pharmaceutical Synthesis

Employ our (2S,2′S)-Ethambutol-d10 as a key building block in the synthesis of complex pharmaceutical agents and isotopically labeled drug candidates. Buy in bulk for your production needs.

Metabolic Pathway Analysis

Researchers rely on our deuterated compounds for tracking metabolic transformations and understanding drug metabolism. This ethylene-d4 labeled product is vital for such investigations.

Quantitative Analytical Standards

Use our high-purity Ethambutol-d10 as an internal standard in LC-MS/MS or GC-MS for precise quantification of Ethambutol in biological samples. Request a quote from our expert suppliers.

Chemical Research & Development

Essential for mechanistic studies, kinetic analysis, and developing novel synthetic routes, our deuterated intermediate provides the precision needed for cutting-edge chemical R&D.