Metabolic Memory: Past, Present and Future Implications delves into the emerging concept of metabolic memory, exploring how our body's metabolic processes retain a 'memory' of past experiences and how this impacts our current and future health. Drawing on the latest scientific research this book aims to bridge the gap between complex scientific concepts and their practical implications for everyday health and wellness. Metabolic memory has profound implications for understanding chronic diseases, particularly diabetes, cardiovascular diseases, and obesity. Despite its significance, there is a lack of comprehensive resource that make this information accessible to both professionals and the general public. This book fills that gap, providing a detailed yet understandable exploration of how past metabolic states influence present and future health outcomes.
1. 1. Introduction to metabolic memory - p. 1 2. 2. Biochemical pathways and regulation of metabolic memory - p. 33 3. 3. DNA methylation mechanisms and their contribution to metabolic pathophysiology - p. 59 4. 4. The central role of histone modifications in metabolic dysfunction - p. 99 5. 5. MicroRNAs in metabolic syndrome and diabetes - p. 139 6. 6. Epigenetics and metabolic memory - p. 175 7. 7. Cardiovascular health and metabolic memory - p. 205 8. 8. Obesity and metabolic memory - p. 233 9. 9. Intergenerational transmission of metabolic memory - p. 253 10. 10. Personalized medicine and metabolic memory - p. 273 11. 11. Metabolic memory: Future outlook - p. 293 12. Index - p. 305
Metabolic Memory: Past, Present and Future Implications delves into the emerging concept of metabolic memory, exploring how our body's metabolic processes retain a 'memory' of past experiences and how this impacts our current and future health. Drawing on the latest scientific research this book aims to bridge the gap between complex scientific concepts and their practical implications for everyday health and wellness. Metabolic memory has profound implications for understanding chronic diseases, particularly diabetes, cardiovascular diseases, and obesity. Despite its significance, there is a lack of comprehensive resource that make this information accessible to both professionals and the general public. This book fills that gap, providing a detailed yet understandable exploration of how past metabolic states influence present and future health outcomes.
1. 1. Introduction to metabolic memory - p. 1 2. 2. Biochemical pathways and regulation of metabolic memory - p. 33 3. 3. DNA methylation mechanisms and their contribution to metabolic pathophysiology - p. 59 4. 4. The central role of histone modifications in metabolic dysfunction - p. 99 5. 5. MicroRNAs in metabolic syndrome and diabetes - p. 139 6. 6. Epigenetics and metabolic memory - p. 175 7. 7. Cardiovascular health and metabolic memory - p. 205 8. 8. Obesity and metabolic memory - p. 233 9. 9. Intergenerational transmission of metabolic memory - p. 253 10. 10. Personalized medicine and metabolic memory - p. 273 11. 11. Metabolic memory: Future outlook - p. 293 12. Index - p. 305
