Acrylic Acid-D4 (Cas 285138-82-1) - Deuterated Acrylic Acid For Research Applications

Acrylic acid-d4 (CAS 285138-82-1) is a deuterium-labeled form of acrylic acid in which hydrogen atoms are replaced by deuterium. This isotopically labeled compound is widely used in chemical research, analytical studies, and advanced materials development. Because of its deuterium substitution, acrylic acid-d4 provides valuable advantages for mechanistic studies, isotopic tracing, and spectroscopic analysis. Chemical Characteristics Acrylic acid-d4 retains the core chemical structure and reactivity of conventional acrylic acid while incorporating deuterium atoms. It typically appears as a colorless liquid and shows similar polymerization behavior to standard acrylic acid. The presence of deuterium allows scientists to track molecular transformations more precisely in chemical reactions and analytical experiments. Applications Isotopic Labeling Studies Acrylic acid-d4 is commonly used in isotopic labeling experiments. Researchers use it to study reaction mechanisms, hydrogen–deuterium exchange processes, and molecular pathways in organic chemistry. Polymer and Materials Research In polymer chemistry, acrylic acid-d4 can be used to prepare labeled polymers for investigating polymerization mechanisms, diffusion behavior, and material properties. Analytical Chemistry The compound is useful as an internal standard or reference material in analytical techniques such as NMR spectroscopy and mass spectrometry. Deuterium labeling helps improve signal identification and quantitative analysis. Pharmaceutical and Chemical Research Deuterated compounds are frequently applied in pharmaceutical research to better understand metabolic pathways and reaction kinetics. Acrylic acid-d4 provides a useful tool for studying acrylic-based systems and related chemical processes. Research Value Because it maintains the chemical reactivity of acrylic acid while enabling isotopic tracing, acrylic acid-d4 is an important reagent for advanced laboratory research, particularly in mechanistic chemistry and polymer science.