Sodium Ethyl-[d5] Sulfate

Sodium Ethyl-[d5] Sulfate, a chemically labeled compound with unique isotopic properties, finds diverse applications in scientific research. Here are the key applications of Sodium Ethyl-[d5] Sulfate:

Stable Isotope Labeling: Delving into stable isotope labeling experiments, scientists harness Sodium Ethyl-[d5] Sulfate to explore metabolic pathways. This deuterium-laden compound enables meticulous tracing and quantification of metabolic intermediates with unparalleled precision through mass spectrometry. This cutting-edge technique illuminates the intricate web of biochemical processes and metabolic fluxes, pushing the boundaries of metabolic research.

Pharmacokinetic Studies: A vital player in pharmacokinetics, Sodium Ethyl-[d5] Sulfate acts as an internal standard for monitoring drug metabolism and distribution. Its distinct isotopic signature distinguishes the labeled compound from endogenous substances in biological samples, ensuring precise measurement and analysis of drug absorption, distribution, metabolism, and excretion. This precision is paramount in unraveling the intricate dynamics of drug interactions within the human body.

Environmental Tracing: Embarking on environmental tracing endeavors, Sodium Ethyl-[d5] Sulfate serves as a tracer to investigate the dispersion and degradation of sulfate compounds in environmental settings. By meticulously tracking its trajectory, researchers unveil crucial insights into pollutant behavior in soil, water, and air. This knowledge forms the bedrock for devising effective strategies to combat environmental contamination and safeguard our ecosystems.

Analytical Chemistry: Within the realm of analytical chemistry, Sodium Ethyl-[d5] Sulfate emerges as a cornerstone for quantitative analysis in chromatography and mass spectrometry. Its stable isotope composition positions it as an impeccable internal standard, ensuring consistent reference points for enhancing the accuracy and reproducibility of analytical measurements. This precision plays a pivotal role in enabling meticulous quantification within complex sample matrices, underpinning the foundation of analytical excellence.