Author:
Palleschi Simonetta,Guglielmi Valeria,Nisticò Lorenza,Ferreri Carla,Tabolacci Claudio,Facchiano Francesco,Iorio Egidio,Giuliani Alessandro,Brescianini Sonia,Medda Emanuela,Fagnani Corrado,Rossi Barbara,Minoprio Anna,Chirico Mattea,Pisanu Maria Elena,Di Nolfo Federica,Fortini Paola,Simonelli Valeria,Baccarini Sara,Laterza Serena,Morretti Tiziana,Dell’Orso Ambra,Manganello Federico,Gentileschi Paolo,Sbraccia Paolo,Dogliotti Eugenia
Abstract
AbstractBariatric surgery (BS) is an effective intervention for severe obesity and associated comorbidities. Although several studies have addressed the clinical and metabolic effects of BS, an integrative analysis of the complex body response to surgery is still lacking. We conducted a longitudinal data study with 36 patients with severe obesity who were tested before, 6 and 12 months after restrictive BS for more than one hundred blood biomarkers, including clinical, oxidative stress and metabolic markers, peptide mediators and red blood cell membrane lipids. By using a synthetic data-driven modeling based on principal component and correlation analyses, we provided evidence that, besides the early, well-known glucose metabolism- and weight loss-associated beneficial effects of BS, a tardive, weight-independent increase of the hepatic cholesterol metabolism occurs that is associated with potentially detrimental inflammatory and metabolic effects. Canonical correlation analysis indicated that oxidative stress is the most predictive feature of the BS-induced changes of both glucose and lipids metabolism. Our results show the power of multi-level correlation analysis to uncover the network of biological pathways affected by BS. This approach highlighted potential health risks of restrictive BS that are disregarded with the current practice to use weight loss as surrogate of BS success.
Funder
Ministero dell’Istruzione, dell’Università e della Ricerca
Ministero della Salute
Publisher
Springer Science and Business Media LLC
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