Xu, W., Bi, Y
Schaefer M, Purschke A, Zietemann V, Rudi T, Meissner Y, Richter A, Berger S, Rockwitz K, Krger K, Schneider KM, Regierer AC
4 , e00234 (2021)
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Endoplasmic reticulum stress, calcium disorder, and mitochondrial dysfunction synergistically drive the phenotypic transformation of vascular cells
Ranking of these genes shows 15 main genetic mechanisms driving efficacy: Genetic contributions identified included leptin, dopamine, glutamate, PI3K-AKT, and histamine mediated signaling as well as other mechanisms Modulating motivation and rewards-based feeding, appetite regulation (positive and negative), energy balance, and glucose homeostasis Drivers of strong responses to GLP-1A drugs were also associated with insulin secretion, lipid metabolism, type-II diabetes risk, cardiac function, fatty acid oxidation, adipocyte differentiation, and obesity The biomarkers were identified in 100% of the patients