During our February 2021 live webinar about how to deal with anxiety, someone wrote in a very interesting question.
They asked about the connection between anxiety and physical pain.
Interestingly enough, it is quite common for someone to experience anxiety and physical pain together.
But, did you also know that the root cause of your anxiety and pain issues could also be contributing to a lackluster dating life?
How? Through serotonin genes, like HTR2A.
Variations in the HTR2A gene can result in lower serotonin and decreased brain growth factor (BDNF), both of which can make you less happy and more anxious.
Low serotonin levels have also been associated with chronic pain. And when it comes to dating, studies showed that low serotonin was particularly bad for men, making them seem less attractive and less popular.
Personally, I ended up with the semi-bad genetic variants for this gene:
I only got one of the bad alleles, which means I am at somewhat more risk and may still need to address this gene, especially if I have the symptoms…which I did (before I addressed them!).
Sounds like really bad luck, doesn’t it?
What if I told you that you could turn that luck around by learning how to increase your serotonin levels?
Well, you can. Because that’s exactly what I did.
Once I learned which genes were contributing to my low serotonin levels, I was able to implement targeted recommendations, like taking specific supplements or starting new habits, that actually changed how my genes were functioning.
You might be stuck with the genes you have, but you aren’t stuck with the way they are working. You can actually overcome the negative effects with specific changes.
You can check your own HTR2A gene when you sign up for SelfDecode today. You’ll get to see your own list of personalized recommendations to help ensure your serotonin gene is functioning optimally.
Plus, you can download your Anxiety, Mood and Pain DNA Reports to see the results for ALL of your genes related to these issues. HTR2A is just one of them. There are dozens.