Hot flashes. How many people have had a hot flash before? A lot of people. And when it
comes down to women having hot flashes, it's instantly blamed on what? Hormones, right?
And that's it. It's hormones, case shut and closed. But that's not really the truth. Yes,
can there be a hormonal imbalance? Absolutely. Can there be a hormonal imbalance overall?
thyroid hormones, adrenal hormones, right? And yes, there can be reproductive hormones for sure,
but does it equate to a hot flash? Not necessarily. So let's go into the little history about it.
Back in the 1940s, early 1950s, women were getting hot flashes for the first time in our history,
medical history, where doctor's offices were being flooded with women with hot flashes.
Now, prior to that, the hot flashes weren't happening.
So what caused all of that to start happening there?
And what the consensus was, or the opinion and the doctor's opinion and the medical industry's opinion after all was said and done,
was it must be hormones, and that's the start of the whole hot flashes and hormone thing.
Well, it's your hormones, your hormones.
Even today, you hear about it all the time.
Now, Medical Medium Information put information out about this, the real causes of hot flashes.
And even with all that said and done and it getting out there to millions of people throughout the years, it's still an easy, nope, it's hormones.
That's what it is, right?
So let's go into it a little bit.
Right around 1940, chronic illness was starting.
Chronic illness was starting an epidemic of chronic illness where women were getting severe depression.
body aches and pains. They were getting severe anxiety. They were getting fatigue. They were
getting skin problems. They were getting back pain, neck pain, burning skin. They were getting
blurred vision for no reason. All these things were happening for the first time in our history
in the world of medicine or chronic illness history. And so at the same time, they were
getting hot flashes as well. So that was one of the symptoms many women would get at that time
period. Okay. So what was happening was viral inflammation, but it wasn't just viruses. DDT
was a big one back then. It was years of DDT getting into the body, getting into people,
contributing pesticides, herbicides was another one too, right? Other pesticides and herbicides,
It's not just DDT.
And so toxic heavy metals are also becoming rampant
where exposure was happening every day in the common household
with all the different products used.
Makeup had lead in it.
So if a woman used makeup or lipstick, it was loaded with lead.
So all these things contributed along with Epstein-Barr virus.
Pathogens.
So the combination of the Epstein-Barr virus and a whole bunch of toxins
equaled hot flashes as one of the symptoms, one of many symptoms, though.
So let's go into it a little bit. How does it work?
You got the liver. You got the Epstein-Barr virus.
The Epstein-Barr virus sits inside the liver.
Toxins and all kinds of metals and chemicals and pesticides and DDT
and everything else sits inside the liver as well.
The virus feeds off of all these toxins and chemical poisons,
releases neurotoxins. Neurotoxins float around through the body, creating nerve problems
and hot flashes. Okay. Another thing too, livers were becoming stagnant and sluggish for the first
time. Fatty liver was developing in women in the 1940s and 1950s when it never did before.
stagnant sluggish liver filled with toxins and chemicals and pathogens equaled, okay,
hot flashes as well. So that stagnant sluggish liver filled with all kinds of toxins and chemicals
and pathogens, all right, is a big part of the hot flash problem that was developing.
So it's this entire thing that started the real hot flash problem. Now, okay,
they were saying well it's just women that were going through menopause perimenopause postmenopause
and that's where the hot flashes were coming from it was like no you're in menopause no you're
perimenopause no you're postmenopause that's it then nowadays right now women in their 20s and
their 30s teenagers are getting hot flashes and they're blaming it on hormones they're just like
oh, whoa, hot flash, that must be hormonal. You're 22 years old, you're having a hormone problem.
But are they? Are they going through menopause? Are they going through perimenopause? Are they
going through postmenopause? They're not. And that's a big confusion that's happening today.
So hot flashes is the body reacting to toxins, pathogens, poisons, and the nervous system plays
a role because the nerves, the vagus nerve is one of those. When the vagus nerve gets saturated
with a chemical toxin or poison or a pathogen poison toxin or pathogen or virus like the Epstein
bar, the nervous system reacts. And when the nervous system starts to swell a little bit,
hot flashes occur because you've got all these peripheral nerves that are all attached to other
nerves and other nerves, and it goes all into the same place eventually, all connected to the brain.
it's all connected to the brainstem and to the main nerves and eventually we get these hot flashes
another thing too is toxic load so our toxic load is higher than it ever was higher than it was in
the 1940s higher than it was in the 1950s so hot flashes are common for anyone and everyone right
now so it doesn't matter what age you are doesn't matter if you're a man or a woman at this point
the hot flashes can come and we can live with those a lot of people live with them all the
time they get hot in the middle of the night they get hot in the morning hot in the end of the day
it hits them at all times they sweat they get drenched and then there's the inconsistency with
what the doctors are diagnosing as a hot flash just because you're sweating they may be like
whoa hey wait that's a hot flash and then maybe if you're not sweating well that's a hot flash
So there's a lot of confusion with that.
So hyperhidrosis is a confusion happening all on its own.
Somebody could be having all these hot flashes and hot flashes,
and then they get diagnosed with hyperhidrosis,
or it's the opposite, and it goes back and forth.
But either way, it's from a sensitive central nervous system
reacting to a stagnant, sluggish, toxic liver,
and pathogens play a big role in it.
This concludes this week's newsletter video.
I'll see you guys next time.
Thank you.
