The research is centered around DNA methylation, a process that can control whether certain genes are active. This process may play a role in how ADHD develops, possibly even starting before birth. Scientists also vocalize that while ADHD has become more understood in the past decade, there is still much unknown and more to be discovered in relation to ADHD. Understanding the epigenetics is a crucial step that could help determine ADHD earlier in life, to assist with personalized treatments and monitor the disease over time.
Overall, this study shows that ADHD is not caused by just one thing. Instead, it is the result of a complex interaction between genes, environment, and biological processes—making epigenetics a key area for future research.
Tags: #Genetics #Epigenetics #ADHD #Methylation
Sources:
https://pmc.ncbi.nlm.nih.gov/articles/PMC7613776/
https://www.nature.com/articles/s41398-020-01058-z
This is a really interesting post. I liked how you explained epigenetics in a simple way, especially how environmental factors like stress and diet can affect gene expression. It was also interesting to learn about DNA methylation and how it may play a role in ADHD. I agree that ADHD is not caused by just one factor but is a combination of genetics and environment. This shows how important epigenetics research is for better understanding and treating disorders like ADHD.
ReplyDeleteThis is a really good and interesting post. I didn’t know that genetics could affect how well GLP-1 medications like Ozempic work. The example about the gene variant and differences in weight loss made it easier to understand. It’s surprising that the same treatment can work differently for different people. I agree that this research is important because it could help doctors create more personalized treatments in the future based on a person’s genetics.
ReplyDelete