The dietary intake of essential nutrients and bioactive food compounds is a process that occurs on a daily basis for the entire life span. Therefore, your diet has a great potential to cause changes in the epigenome. Known histone modifications include acetylation, methylation, biotinylation, poly(ADP-ribosylation), ubiquitination, and sumoylation. Some of these modifications depend directly on dietary nutrients. For other modifications, bioactive dietary compounds may alter the activities of enzymes that establish or remove histone marks, thereby altering the epigenome. This chapter provides an overview of diet-dependent epigenomic marks in histones and their links with human health
Nutrients can reverse or change epigenetic phenomena such as DNA methylation and histone modificatio...
Dietary exposures can have consequences for health years or decades later and this raises questions ...
Epigenetic marking on genes can determine whether or not genes are expressed. Epigenetic regulation ...
The dietary intake of essential nutrients and bioactive food compounds is a process that occurs on a...
BACKGROUND: Altered epigenetics is regarded to play quite a role in many chronic diseases including ...
Nutrition plays a key role in many aspects of health and dietary imbalances are major determinants o...
In the last few years, the idea of food and nutrition has undergone radical changes. The paradigm de...
Epigenetic traits have the peculiar characteristic of being heritable. Epigenetic phenomena can also...
Nutritional factors play a life-long role in human health. Indeed, there is growing evidence that on...
Epigenetics is the study of heritable mechanisms that can modify gene activity and phenotype without...
Nutritional epigenetics has emerged as a novel mechanism underlying gene-diet interactions, further ...
Epigenetics relies on three major molecular mechanisms: DNA methylation, chromatin remodeling and RN...
Understanding the physiological and metabolic underpinnings that confer individual differences in re...
Epigenetics refers to the study of heritable changes in gene expression that are not caused by DNA b...
Epigenetics can be defined as inheritable and reversible phenomena that affect gene expression witho...
Nutrients can reverse or change epigenetic phenomena such as DNA methylation and histone modificatio...
Dietary exposures can have consequences for health years or decades later and this raises questions ...
Epigenetic marking on genes can determine whether or not genes are expressed. Epigenetic regulation ...
The dietary intake of essential nutrients and bioactive food compounds is a process that occurs on a...
BACKGROUND: Altered epigenetics is regarded to play quite a role in many chronic diseases including ...
Nutrition plays a key role in many aspects of health and dietary imbalances are major determinants o...
In the last few years, the idea of food and nutrition has undergone radical changes. The paradigm de...
Epigenetic traits have the peculiar characteristic of being heritable. Epigenetic phenomena can also...
Nutritional factors play a life-long role in human health. Indeed, there is growing evidence that on...
Epigenetics is the study of heritable mechanisms that can modify gene activity and phenotype without...
Nutritional epigenetics has emerged as a novel mechanism underlying gene-diet interactions, further ...
Epigenetics relies on three major molecular mechanisms: DNA methylation, chromatin remodeling and RN...
Understanding the physiological and metabolic underpinnings that confer individual differences in re...
Epigenetics refers to the study of heritable changes in gene expression that are not caused by DNA b...
Epigenetics can be defined as inheritable and reversible phenomena that affect gene expression witho...
Nutrients can reverse or change epigenetic phenomena such as DNA methylation and histone modificatio...
Dietary exposures can have consequences for health years or decades later and this raises questions ...
Epigenetic marking on genes can determine whether or not genes are expressed. Epigenetic regulation ...