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Dimple Kauhanen is a leading figure in quantitative lipidomics, with a research focus on the role of molecular lipids in cardiovascular disease. Her major contributions lie in developing high-throughput methods for lipid analysis and applying them to clinical prognosis. Her seminal 2011 paper, "High throughput quantitative molecular lipidomics," with 173 citations, established a foundational methodology for the field. Kauhanen’s most impactful work, however, is her 2018 study (157 citations) demonstrating that plasma concentrations of specific molecular lipid species and ceramide ratios can predict long-term clinical outcomes—such as major adverse cardiac events—in coronary artery disease patients over a median follow-up of nearly five years. This translational research bridges basic lipid biochemistry with clinical risk stratification. More recently, her 2020 investigation into the biosynthetic flux of long-chain versus very-long-chain sphingolipids (15 citations) has deepened our understanding of ceramide structural diversity. Kauhanen’s work is notable for its direct clinical applicability, offering lipid-based biomarkers that could improve patient management in cardiology.