Natural Product Structure Elucidation Service Based on 600 MHz Spectrometer for Mass-Limited Samples

STEMart offers a dedicated Natural Product Structure Elucidation Service, leveraging advanced 600 MHz spectrometers, including the Bruker Avance III 600 MHz and JEOL ECA 600 MHz systems, specifically designed for analyzing mass-limited samples. These high-sensitivity instruments allow for accurate structural elucidation of natural products, even with minimal sample quantities, enabling precise characterization for pharmaceutical and biochemical research. Our 600 MHz spectrometers provide exceptional resolution and signal-to-noise ratio, essential for studying intricate molecular structures.

Our 600 MHz NMR systems operate on the principles of nuclear magnetic resonance, excelling at detecting small quantities of analytes through enhanced sensitivity and signal clarity. The technology identifies interactions between atomic nuclei, revealing detailed molecular information without altering the sample. This technique is widely used in natural product chemistry, pharmacognosy, and chemical biology, where accurate structural insights are essential for discovering novel compounds and understanding bioactivity.

Leveraging our high-performance spectrometers and a team of skilled scientists, STEMart offers a range of services tailored for natural product analysis, including structural elucidation, stereochemistry studies, and metabolite profiling. Our service enables researchers to explore complex natural compounds, even in limited quantities, ensuring precise data for academic and industrial applications.

What We Offer

• Structural Elucidation for Small Samples

High-sensitivity NMR analysis designed for limited sample quantities, providing detailed structural data essential for identifying and verifying natural products.

• Stereochemistry Analysis

Advanced techniques to determine stereochemical configurations of natural compounds, critical for understanding biological activity and interactions.

• Metabolite Profiling

Comprehensive profiling of metabolites within natural samples, useful for research in pharmacology and plant biochemistry to identify bioactive components.

• Identification of Unknown Compounds

In-depth NMR analysis for identifying unknown substances within complex mixtures, aiding in natural product discovery and compound characterization.

Why Choose Us

• High Sensitivity for Low-Concentration Samples

Our 600 MHz spectrometers are optimized for detecting low concentrations, making them ideal for studying mass-limited samples in natural product research.

• Precision and Accuracy

Advanced spectral resolution enables accurate structural elucidation, ensuring reliability in identifying and characterizing natural compounds.

• Customized Reporting Options

We provide tailored reports that align with your project goals, offering flexibility in data presentation, from detailed spectra to interpreted structural models.

• Dedicated Expertise in Natural Product Analysis

Our team has specialized knowledge in natural product chemistry, ensuring precise interpretation and valuable insights for natural product research.

Our Resources

Bruker Avance III 600 MHz NMR

The Bruker Avance III 600 MHz spectrometer provides high-resolution data, particularly effective for mass-limited samples. Equipped with sensitive probe technology, it captures detailed information on complex molecular structures, supporting structural elucidation in natural product studies.

JEOL ECA 600 MHz NMR

The JEOL ECA 600 MHz NMR system offers high sensitivity for multinuclear applications, ideal for small sample analyses. Its robust performance and advanced capabilities enable comprehensive structural and stereochemical studies, making it essential for natural product and pharmaceutical research.

STEMart provides high-quality NMR services tailored to meet the specific needs of our clients. Our experienced specialists use advanced equipment and follow strict quality control measures to ensure accurate and reliable results. Contact us to learn more about our NMR services and how we can help you achieve your research goals.