The Roles Of Epigenetic Regulation In Metabolic Diseases The Figure In this review, we introduce the history and four general mechanisms of epigenetic modulation and systematically summarise recent progress regarding the roles of epigenetic regulation. The figure presented four main metabolic diseases where epigenetic regulation is involved, including diabetes and its complications, obesity, nafld and osteoporosis.
The Roles Of Epigenetic Regulation In Metabolic Diseases The Figure Thus, determining regulatory mechanisms and identifying biological functions of dna methylation in wat will provide a new approach to combat obesity and metabolic diseases. This review is aimed at understanding disease mechanisms through the lenses of epigenetic modifications in particular, via dna methylation, histone modifications, rna modifications, and the relationship of these modifications with metabolic processes. Accordingly, the alteration in microbiota metabolites has been suggested to contribute to abnormal epigenetic regulation in obesity and related metabolic diseases. The role of epigenetic mechanisms in the development of type 2 diabetes mellitus and in the regulation of body weight in humans is discussed, with a special focus on precision medicine.
The Roles Of Epigenetic Regulation In Metabolic Diseases The Figure Accordingly, the alteration in microbiota metabolites has been suggested to contribute to abnormal epigenetic regulation in obesity and related metabolic diseases. The role of epigenetic mechanisms in the development of type 2 diabetes mellitus and in the regulation of body weight in humans is discussed, with a special focus on precision medicine. Exploring the intricate relationship between epigenetics and metabolic diseases has unveiled a promising frontier in medical research, with epigenetic biomarkers emerging as crucial indicators of disease susceptibility and progression. This chapter delves into the complex interplay between epigenetic modifications and metabolic dysregulation, focusing on key organs like the liver, adipose tissue, pancreas, muscle, and adrenal glands. The roles of epigenetic regulation in metabolic diseases. the figure presented four main metabolic diseases where epigenetic regulation is involved, including diabetes and its. Relevant translational and clinical studies were reviewed to synthesize the existing evidence on the epigenetic regulation of metabolic diseases.
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