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OxLDL induced p53-dependent apoptosis by activating p38MAPK and PKCδ signaling pathways in J774A.1 macrophage cells

Journal of Molecular Cell Biology 2011年第5期3卷 316-318页

作者： Claudio Giovannini Rosaria Varì Beatrice Scazzocchio Massimo Sanchez Carmela Santangelo Carmelina Filesi Massimo D'Archivio roberta masella Veterinary Public Health and Food Safety Italian National Institute of Health Viale Regina Elena 299 Rome 00161 Italy Cell Biology and Neuroscience Departments Italian National Institute of Health Viale Regina Elena 299 Rome 00161 Italy

Dear Editor,The sub-endothelial retention of lipoproteins is one of the key events that trigger the atherosclerosis ***-density lipoprotein(LDL)particles trapped within the arterial wall are prone to progressive oxidation by monocytes/*** LDL(oxLDL)is present in atherosclerotic lesions,and has been suggested to play a significant role in atherogenesis(Nishi et al.,2002).

关键词： p38MAPK arterial p53

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Dietary fatty acids and adipose tissue inflammation at the crossroad between obesity and colorectal cancer

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Journal of Cancer Metastasis and Treatment 2019年第8期4卷 29-40页

作者： Lucia Conti Manuela Del Cornò Beatrice Scazzocchio Rosaria Varì Massimo D'Archivio Barbara Varano roberta masella Sandra Gessani Center for Gender-specific Medicine Istituto Superiore di Sanità 00161 Rome Italy

Excess adiposity, a worldwide-growing pathological condition, is now recognized as a main risk factor for most chronic diseases including colorectal cancer (CRC). Obese subjects show an increased cancer incidence with obesity representing an important indicator of survival, prognosis, recurrence and response to therapy. A low-grade chronic inflammation of metabolically active tissues including the adipose tissue (AT), defined as meta-inflammation, is a main feature of obesity. Fatty acids (FA), the main AT components, are important modulators of inflammation, and the type of FA stored in AT critically affects tissue functions. Their profile within AT mirrors FA dietary intake but also depends on a metabolic control. Obesity, changes in the habitual diet, weight loss or pathological conditions like CRC influence FA profile of AT pointing to these molecules as important actors in AT dysfunction and meta-inflammation, that characterize metabolic diseases and may favor cancer development. Worth of note, diet is receiving growing attention as a main determinant in cancer prevention due to its capacity to modulate immune response and inflammation. Alterations in the balance between different families of FA may contribute to generate a pro-inflammatory profile with deleterious effects on metabolic and immune homeostasis at both local and systemic levels. This review focuses on FA as regulators of human AT inflammation discussing the role of obesity-, diet-, and weight loss-associated changes in FA profile in this process. The relevance of FA composition of AT in linking diet, obesity and CRC will be also reviewed.

关键词： Obesity adipose tissue inflammation diet weight loss fatty acids colorectal cancer

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