2019Journal of HypertensionRequires access

THE IMPACT OF ADIPOKINES IN PATIENTS WITH ATRIAL FIBRILLATION

Maria Velliou, Elias Sanidas, D.P. Papadopoulos, Kanella Zerva, K. Tsakalis, Stella Vakrou, Dimitrios Iliopoulos, Marina Mantzourani, Δέσποινα Περρέα, John Barbetseas

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Abstract

Objective: Several adipose tissue bioactive factors (adipokines) have been linked to cardiovascular diseases either with cardioprotective effects such as omentin-1 and apelin or predisposing to cardiotoxicity such as visfatin and chemerin. However, the exact role of adipokines in the presence of atrial fibrillation (AF) remains unclear.Design and method: Overall, 100 patients (50 with AF and 50 without AF) matched for age, gender and body mass index were studied. Omentin-1, apelin, visfatin and chemerin plasma levels were measured by the Elisa method. Results: Omentin-1 and apelin plasma levels were lower whereas visfatin and chemerin levels were higher in patients with AF compared to controls. Nevertheless, these differences were statistically significant only for apelin and visfatin. Conclusions: Reduced apelin and increased visfatin levels were observed in patients with AF indicating a potential role as independent prognostic factors for this condition.

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What this paper is about

Objective: Several adipose tissue bioactive factors (adipokines) have been linked to cardiovascular diseases either with cardioprotective effects such as omentin-1 and apelin or predisposing to cardiotoxicity such as visfatin and chemerin. However, the exact role of adipokines in the presence of atrial fibrillation (AF) remains unclear.Design and method: Overall, 100 patients (50 with AF and 50 without AF) matched for age, gender and body mass index were studied. Omentin-1, apelin, visfatin and chemerin plasma levels were measured by the Elisa method. Results: Omentin-1 and apelin plasma levels were lower whereas visfatin and chemerin levels were higher in patients with AF compared to controls. Nevertheless, these differences were statistically significant only for apelin and visfatin. Conclusions: Reduced apelin and increased visfatin levels were observed in patients with AF indicating a potential role as independent prognostic factors for this condition.

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Available abstract

Objective: Several adipose tissue bioactive factors (adipokines) have been linked to cardiovascular diseases either with cardioprotective effects such as omentin-1 and apelin or predisposing to cardiotoxicity such as visfatin and chemerin. However, the exact role of adipokines in the presence of atrial fibrillation (AF) remains unclear.Design and method: Overall, 100 patients (50 with AF and 50 without AF) matched for age, gender and body mass index were studied. Omentin-1, apelin, visfatin and chemerin plasma levels were measured by the Elisa method. Results: Omentin-1 and apelin plasma levels were lower whereas visfatin and chemerin levels were higher in patients with AF compared to controls. Nevertheless, these differences were statistically significant only for apelin and visfatin. Conclusions: Reduced apelin and increased visfatin levels were observed in patients with AF indicating a potential role as independent prognostic factors for this condition.

Key concepts: Chemerin, Apelin, Adipokine, Medicine, Internal medicine, Endocrinology, Atrial fibrillation, Body mass index

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