Hi everyone
I was discussing the new science of EPIGENETICS the other day with few people.
I've compiled some information for anyone that's interested.
INTRO
During the last several decades a new science called 'epigenetics' has exploded and changed the human genome as we know it.
This new discovery of how genes function releases everyone from the belief that they're "stuck" with the genes that they inherited, and that whatever condition they have, will never go away.
Epigenetics teaches us that we can modify the way our genes are expressed.
The science is still in its infancy, but recent studies have shown that diet can alter how your genes function.
This is especially important for people suffering from Restless Legs Syndrome that believe or were told that their condition was genetic, and therefore permanent.
WHAT US EPIGENETICS?
The term "epigenetics" was introduced in 1942 by embryologist Conrad Waddington.
It has become a fast-growing field of research that is changing our understanding of genetic information.
The DNA of a human cell has all the information necessary to produce more than 20,400 different proteins. You can imagine how challenging it is to keep all this information in an organized way. The solutions to the problem of DNA organization found by cells include tightly packing the DNA and switching genes “on” and “off” as needed. The study of these switches is called EPIGENETICS.
The information for life is not only coded in the DNA, but also on the DNA. Chemical attachments, which are called DNA methylation, can “turn off” parts of the DNA code that are not needed in a specific cell.
DNA methylation can also be influenced by our surroundings. Sometimes, changes in DNA methylation might lead to diseases. Understanding how our surroundings can influence DNA methylation might also help us to better understand the mechanisms causing some diseases and hopefully get better at curing and preventing them.
Diet, exercise, environment and mood may effect gene expression.
Even emotional traumas can be transmitted to subsequent generations through epigenetic inheritance.
The above information is courtesy of:
kids.frontiersin.org/articl...
pubmed.ncbi.nlm.nih.gov/272...
scientificamerican.com/cust...
science.howstuffworks.com/l...
Thanks to the many studies that have already taken place, we do know of some foods, vitamins and supplements that will help to modify our genes for the better.
An example is the following study headed by Dr. Tabitha Hardy. They discovered that broccoli, green tea, curcumin, selenium and grapes were helpful in gene regulation.
EPIGENETIC DIET: IMPACT ON THE EPIGENOME AND CANCER
Conclusion:
"Different mechanisms are involved in the maintenance of epigenetic states. Studies discussed herein have shown that dietary factors are likely to contribute to epigenetic alterations and in some cases may be able to reverse abnormal epigenetic states. This may provide a rationale for studying nutrient epigenetic modifiers more in combination studies or the proposal of an ‘epigenetic diet’ focused on consuming products that show the ability to stimulate beneficial epigenetic modifications, including increased consumption of fruit, vegetables and those dietary components that are mentioned herein."