Lipidomics

Clinical Application of Targeted Metabolomics

Lipid changes associated with vagal innervation in a clinical cohort using a randomized modified sham feeding experiment

Targeted Lipidomics of a Randomized Crossover Trail

Lipid changes linked to vagal innervation in a clinical cohort using randomized modified sham feeding of human subjects

Changes of Hepatic Metabolism and Lipidomic Profile with Biochemical Improvement of Acromegaly

Direct Antisteatotic Pathways of Growth Hormone as well as the Direct Effects of GH on the Metabolomic Profile

Leptin increases hepatic triglyceride export via a vagal mechanism in humans

Recombinant leptin improves steatosis in leptin-deficient patients. However, the mechanism is unknown until now.

Lipidomes of lung cancer and tumour-free lung tissues reveal distinct molecular signatures for cancer differentiation, age, inflammation, and pulmonary emphysema

Application of LUX Score to seperate Cancer from non-Cancer tissues

LUX Score seperates cancer and non-cancer tissues

Lipid coordinates concept allows intuitive navigation of complex lipidomics data

Analysis of Lung Tissue Lipidomes of Cancer Patients using the LUX Score

A data analysis workflow to compare lipid structural differences between tumor and alveolar tissues using LUX Score.

The LUX Score: A Metric for Lipidome Homology

LUX Score is an unbiased metric to measure global differences between a pair of lipidomes

LUX Score - Cheminformatics Approach to Compute Lipidome Homology

LUX Score describes the-overall structural differences between lipids of any given pair of cells/tissues or organisms

Structure based exploratory tool for lipidomics