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Explore essential enrichment techniques for inorganic trace analysis, critical for achieving lower detection limits and enhancing the accuracy of analytical results. These methods are vital for sample preparation, effectively concentrating trace elements from complex matrices to improve the sensitivity and reliability of various instrumental analyses, ensuring precise determination of low-level inorganic species.

Isotope labeling is a crucial technique in biomolecular NMR spectroscopy, significantly enhancing the clarity and interpretability of data for the structural and dynamic analysis of macromolecules. By selectively incorporating specific isotopes like 13C and 15N, researchers can overcome spectral crowding, improve signal resolution, and facilitate the assignment of resonances, which is essential for determining protein structures, understanding ligand binding, and studying complex biomolecular interactions with high precision.