Fibromyalgia

[00:00:00] - [Speaker 0]
Imagine waking up in the morning, the sun is shining, there is a gentle, cool breeze coming right through your bedroom window and to your brain that breeze feels like a literal blowtorch.

[00:00:13] - [Speaker 1]
Wow. Yeah.

[00:00:14] - [Speaker 0]
Right. Or maybe someone gives you like a light, affectionate cat on the shoulder and your body registers it as this deep bruising punch.

[00:00:22] - [Speaker 1]
Which is just, I mean, it is so intense.

[00:00:25] - [Speaker 0]
Exactly. So if you're listening to this right now and you have just been diagnosed with fibromyalgia, or maybe you strongly suspect you might have it, I want you to know something right out of the gate. You are not crazy.

[00:00:35] - [Speaker 1]
Absolutely not.

[00:00:35] - [Speaker 0]
The pain is completely real. Yeah. And honestly, importantly, this is entirely manageable.

[00:00:41] - [Speaker 1]
That is, well, is really the perfect place to start because a fibromyalgia diagnosis, you know, it can feel incredibly isolating and overwhelming.

[00:00:50] - [Speaker 0]
Oh, for sure.

[00:00:50] - [Speaker 1]
But the medical science surrounding this condition has evolved so rapidly over the last few years. I mean, there's an immense amount of hope and a lot of really highly effective strategies to help you navigate it.

[00:01:01] - [Speaker 0]
And building that strategy is our mission for this deep dive today. We are taking a massive stack of the latest medical literature and you know, were just breaking it down into a practical toolkit for you.

[00:01:14] - [Speaker 1]
Yeah, we have a lot of ground to cover.

[00:01:16] - [Speaker 0]
We really do. We are pulling from the guidelines from the Centers for Disease Control and Prevention, the American College of Rheumatology, the brand new twenty twenty six clinical updates from the Asian Pain Academy and some absolutely fascinating neuroimaging studies out of Mass General Brigham.

[00:01:32] - [Speaker 1]
The brain scan stuff is, it is mind blowing honestly.

[00:01:36] - [Speaker 0]
It really is. We are going to demystify what is actually happening in your body. But to start, kind of want to use an analogy.

[00:01:41] - [Speaker 1]
Okay, let's hear it.

[00:01:42] - [Speaker 0]
So imagine your body is a house, right? And it is outfitted with a state of the art security system.

[00:01:49] - [Speaker 1]
Okay.

[00:01:49] - [Speaker 0]
Normally that alarm only goes off if a burglar actually smashes the window and climbs inside. But with fibromyalgia, the alarm system itself has a glitch.

[00:01:57] - [Speaker 1]
Right. Exactly.

[00:01:58] - [Speaker 0]
A leaf falls on the roof and suddenly the sirens are just blaring at full ear splitting volume. The alarm is real, the noise is real, the pain is 100 real, but well there was no burglar.

[00:02:10] - [Speaker 1]
I love the house alarm analogy because it perfectly highlights the difference between hardware and software.

[00:02:16] - [Speaker 0]
Okay, break that down for me.

[00:02:17] - [Speaker 1]
So fibromyalgia is not an autoimmune disease. It is not a condition where your joints or your bones or your muscles are being physically damaged or inflamed.

[00:02:27] - [Speaker 0]
So the hardware is fine?

[00:02:28] - [Speaker 1]
Exactly. The physical structure of your house is perfectly fine. Instead fibromyalgia is a fundamental issue with how your central nervous system processes sensory signals. Software running the alarm system has a bug in it.

[00:02:42] - [Speaker 0]
Okay, so if this is fundamentally a software issue, how do doctors actually diagnose it? Because I mean you cannot just take an x-ray or an MRI of a software glitch.

[00:02:51] - [Speaker 1]
No, you cannot. And it is notoriously difficult, or well at least it used to be. To give it a formal definition, fibromyalgia is a chronic condition affecting roughly two-four percent of the global population.

[00:03:02] - [Speaker 0]
Which is millions of people.

[00:03:03] - [Speaker 1]
Millions, yeah. And it is diagnosed mostly in women, though anyone can develop it. And the hallmark symptoms are widespread musculoskeletal pain, profound physical fatigue, disrupted sleep, and these severe cognitive issues that patients often refer to as fibro fog.

[00:03:21] - [Speaker 0]
Fibro fog, yeah, I have heard patients describe that as trying to think through a bowl of thick syrup. Like you just cannot find the right words or remember simple tasks.

[00:03:30] - [Speaker 1]
It is exactly like that.

[00:03:31] - [Speaker 0]
So how do we test for all of this if there is no, like, blood test for it?

[00:03:36] - [Speaker 1]
Well, back in the nineteen nineties, the medical community relied on a very rigid physical test called the tender point exam.

[00:03:42] - [Speaker 0]
Oh I have heard of this.

[00:03:43] - [Speaker 1]
Yeah, a rheumatologist would literally press their thumb into 18 specific spots on your body like your neck, shoulders and knees.

[00:03:50] - [Speaker 0]
Oh wow.

[00:03:51] - [Speaker 1]
And if you felt sharp pain in at least 11 of those 18 spots, you've received the diagnosis.

[00:03:55] - [Speaker 0]
Wait, wait. So if a patient is already experiencing widespread severe pain, the diagnostic tool was just to poke them 18 times to see if they flinched.

[00:04:03] - [Speaker 1]
Pretty much. Yeah.

[00:04:04] - [Speaker 0]
That sounds barbaric. Honestly, that sounds incredibly frustrating for someone who was already suffering.

[00:04:10] - [Speaker 1]
It was incredibly frustrating for everyone involved. The tender point test was, well, it was entirely subjective. I mean, a patient might have nine tender points one day and 14 the next, simply depending on how poorly they slept that night.

[00:04:23] - [Speaker 0]
That makes total sense.

[00:04:24] - [Speaker 1]
Thankfully, the American College of Rheumatology recognized this flaw and they completely updated their diagnostic criteria.

[00:04:30] - [Speaker 0]
Oh, thank goodness.

[00:04:32] - [Speaker 1]
Right. By 2016, the poke test was officially thrown out. Today, doctors use a much more comprehensive and dignified approach.

[00:04:40] - [Speaker 0]
What do they use instead?

[00:04:41] - [Speaker 1]
They use a widespread pain index combined with a symptom severity scale.

[00:04:46] - [Speaker 0]
Okay, so how do those scales give a better picture of the software glitch without treating the patient like a human pin cushion?

[00:04:53] - [Speaker 1]
Well, rather than just looking for localized flinching, doctors look at the overall burden of the disease. They look for generalized pain in at least four out of five major regions of the body that has persisted for over three months.

[00:05:06] - [Speaker 0]
Okay, that seems much more thorough.

[00:05:08] - [Speaker 1]
It is. And crucially, they also measure the severity of your fatigue, your unrefreshing sleep, and the intensity of that fibro fog. It treats the patient as a whole person.

[00:05:18] - [Speaker 0]
I really like that. Now our sources also mention a very important rule regarding these new criteria: getting this diagnosis does not cancel out other health issues right.

[00:05:28] - [Speaker 1]
That is a really vital point. A fibromyalgia diagnosis is considered valid regardless of other clinical conditions.

[00:05:34] - [Speaker 0]
So you could have both.

[00:05:35] - [Speaker 1]
Exactly. You can have rheumatoid arthritis, or lupus, or herniated disc and still have fibromyalgia. Having a visible hardware based source of pain does not mean your software alarm system cannot also be malfunctioning.

[00:05:49] - [Speaker 0]
They frequently exist together.

[00:05:50] - [Speaker 1]
They do, yeah. Very frequently.

[00:05:52] - [Speaker 0]
Okay, so we know how to identify the broken alarm system now. But this raises a huge question for me. What is actually causing the wires to cross in the first place? I mean, if there is no physical damage to the muscle, why does the muscle hurt so badly?

[00:06:05] - [Speaker 1]
So the scientific term for this specific type of pain is 'nosaplastic pain'.

[00:06:10] - [Speaker 0]
Nosaplastic pain.

[00:06:11] - [Speaker 1]
It essentially means pain that arises from altered processing in the central system rather than from actual tissue damage or nerve damage. It happens through a mechanism called central sensitization.

[00:06:24] - [Speaker 0]
Central sensitization, meaning the system is just too sensitive.

[00:06:28] - [Speaker 1]
Exactly. Your spinal cord and your brain become hypersensitive to basically all stimuli.

[00:06:34] - [Speaker 0]
Can we break down exactly how that hypersensitivity works? Like what is physically happening in the spinal cord?

[00:06:41] - [Speaker 1]
It comes down to neurotransmitters, which are the chemical messengers in your nervous system. Specifically, we look at serotonin and norepinephrine.

[00:06:49] - [Speaker 0]
Wait, serotonin? When people hear serotonin, they usually think of mood and depression.

[00:06:52] - [Speaker 1]
They do, but in the spinal cord, these chemicals actually act as the brakes on your sensory highway. They slow down pain signals before they reach the brain.

[00:07:01] - [Speaker 0]
Oh I see.

[00:07:02] - [Speaker 1]
In fibromyalgia those chemicals are severely unbalanced and depleted.

[00:07:06] - [Speaker 0]
So you essentially have no brakes on the sensory highway. So a tiny signal like a gentle breeze starts traveling up the spinal cord and because there is no serotonin to slow it down it hits the brain at a 100 miles an hour.

[00:07:19] - [Speaker 1]
Exactly and the science gets even deeper here. For a long time because doctor doctors could not see a broken bone, patients were told their pain was just stress, or that it was all in their head.

[00:07:29] - [Speaker 0]
Which is the worst thing you can hear.

[00:07:31] - [Speaker 1]
It is. But the new 2026 clinical updates from the Asian Pain Academy provide hard measurable evidence of physical changes in the nervous system. They are focusing heavily on neuroinflammation.

[00:07:44] - [Speaker 0]
Neuro inflammation. That implies that the brain itself is inflamed. But how does that happen if this is not an autoimmune disease?

[00:07:53] - [Speaker 1]
Researchers are looking closely at microglial cells. These are the specialized immune cells of your central nervous system. Think of them as like the brain's quiet Normally they just sweep up cellular debris and keep the nervous system tidy, but in fibromyalgia patients these microglial cells get activated and they just panic.

[00:08:11] - [Speaker 0]
They panic.

[00:08:12] - [Speaker 1]
Yeah, they literally change shape and start dumping inflammatory proteins called cytokines directly into the brain's pain centers.

[00:08:19] - [Speaker 0]
Wow. So instead of sweeping the floors, the janitors are just pulling the fire alarm and spraying inflammatory foam all over the nerve endings. No wonder the brain is in a constant state of high alert.

[00:08:31] - [Speaker 1]
That is a fantastic way to visualize it. There is actual microscopic inflammation happening right in the brain. And the twenty twenty six update highlights another major breakthrough called small fiber pathology.

[00:08:44] - [Speaker 0]
What is that?

[00:08:44] - [Speaker 1]
Studies are now showing that nearly forty nine percent of fibromyalgia patients have physical abnormalities in the tiny nerve endings in their skin.

[00:08:52] - [Speaker 0]
Wait, forty nine percent?

[00:08:54] - [Speaker 1]
Almost half, yeah.

[00:08:55] - [Speaker 0]
So for nearly half of all patients, there actually is a physical measurable issue with the peripheral nerves themselves. Mean, completely destroys the old myth that this condition is entirely psychological.

[00:09:06] - [Speaker 1]
It completely validates the patient experience. The pain is physical and measurable. The question then becomes, what triggers the janitors to panic? Like, what triggers this central sensitization?

[00:09:17] - [Speaker 0]
Right as it starts.

[00:09:18] - [Speaker 1]
It is usually a combination of genetic predisposition and a severe external trigger. This could be a traumatic emotional event, repeated physical injuries, or, a severe viral infection.

[00:09:31] - [Speaker 0]
A viral infection makes a lot of sense, especially given what we have seen recently. Yeah. The sources mention a massive emerging overlap between fibromyalgia and long COVID, right?

[00:09:40] - [Speaker 1]
Precisely. A severe virus like COVID-nineteen enters the body and triggers a massive immune response. The microglial cells go into overdrive to fight the infection.

[00:09:49] - [Speaker 0]
They're doing their job.

[00:09:50] - [Speaker 1]
Right. But in some people, once the virus is completely gone, the microglial cells forget how to turn off. The central nervous system just stays locked in that hyper vigilant, sensitized state.

[00:10:01] - [Speaker 0]
Man, so knowing all of this is incredibly validating. We know it is real. We know it involves neurotransmitter depletion, microglial cell panic, and tiny nerve ending damage. Yes. But I mean, if I'm a patient listening to this, validation only goes so far when my whole body hurts.

[00:10:16] - [Speaker 1]
Of course.

[00:10:16] - [Speaker 0]
How do we actually fix the software? Let us look at the treatment toolkit and if this is a central nervous system issue, I am guessing over the counter pain meds are not going to cut it.

[00:10:26] - [Speaker 1]
You are absolutely right. Because we are dealing with nociplastic pain, typical pain killers like ibuprofen are virtually useless.

[00:10:33] - [Speaker 0]
Useless? Wow.

[00:10:34] - [Speaker 1]
Pretty much. Ibuprofen is a non steroidal anti inflammatory drug or NSAID. It is designed to reduce tissue inflammation like a swollen angle. It does not cross the blood brain barrier to fix a central nervous system software glitch.

[00:10:49] - [Speaker 0]
So taking ibuprofen for fibromyalgia is like trying to fix a computer virus by putting duct tape on your monitor. You are treating the wrong system entirely.

[00:10:59] - [Speaker 1]
That is exactly it.

[00:11:00] - [Speaker 0]
Okay, what about stronger painkillers like opioids?

[00:11:03] - [Speaker 1]
Opioids are explicitly and strongly discouraged by all modern medical guidelines for fibromyalgia. Dr.

[00:11:09] - [Speaker 0]
Really? Strongly discouraged?

[00:11:10] - [Speaker 1]
Yes. Not only do they fail to address the underlying central sensitization, but they can actually make the condition significantly worse through a process called opioid induced hyperalgesia.

[00:11:20] - [Speaker 0]
Opioid induced hyperalgesia, meaning the medication itself causes more pain. How does that even work?

[00:11:26] - [Speaker 1]
Well, when you take an opioid, you are artificially suppressing the nervous system. But your nervous system is smart and it wants to feel its environment. Right. If you continually numb it, the nervous system will literally sprout new pain receptors to try and bypass the drug. So when the opioid wears off, you now have twice as many pain receptors firing at once.

[00:11:48] - [Speaker 1]
You have built a bigger amplifier for the pain.

[00:11:51] - [Speaker 0]
Oh my gosh, that is terrifying.

[00:11:53] - [Speaker 1]
It is a vicious cycle.

[00:11:54] - [Speaker 0]
So if NSAIDs and opioids are out, what medications actually cross the blood brain barrier to act as the brakes on that sensory highway?

[00:12:02] - [Speaker 1]
We use drugs approved by the Food and Drug Administration that specifically target those brain chemicals and overactive nerve cells.

[00:12:08] - [Speaker 0]
These

[00:12:10] - [Speaker 1]
include medications like pregabalin which calms down the hyperactive nerve signals, and drugs like duloxetine and milnasaprine.

[00:12:17] - [Speaker 0]
And what do those do?

[00:12:18] - [Speaker 1]
They specifically increase the levels of serotonin and norepinephrine in the spinal cord. They quite literally put the brakes back on the system.

[00:12:25] - [Speaker 0]
That makes total sense. And the toolkit just got a major upgrade recently, right? The sources detail a new 2025 FDA approval called TANUA. What makes this drug different from the others?

[00:12:38] - [Speaker 1]
Tanua is really interesting. It is a sublingual form of a muscle relaxant called cyclobenzaprine.

[00:12:44] - [Speaker 0]
Sublingual, so under the tongue.

[00:12:45] - [Speaker 1]
Yes. You place it under your tongue at bedtime. Taking it under the tongue allows the medication to bypass the stomach and the liver, delivering it directly into the bloodstream at a very specific controlled rate. And its main target is non restorative sleep.

[00:12:59] - [Speaker 0]
Non restorative sleep, I want to dig into that term. Why is sleep so critical to a pain condition? Like why focus a drug on that?

[00:13:07] - [Speaker 1]
Because in a healthy brain, deep sleep is when the central nervous system flushes out toxins, repairs cells, and resets the pain dial. This happens during the deep delta wave phase of sleep. Okay. But fibromyalgia patients experience something called alpha delta sleep anomaly.

[00:13:21] - [Speaker 0]
Alpha Delta sleep anomaly.

[00:13:23] - [Speaker 1]
Yeah. Alpha waves are the fast brain waves you produce when you are awake and alert. In fibromyalgia, those alert alpha waves constantly intrude into the deep delta sleep.

[00:13:32] - [Speaker 0]
Oh, wow. So it is like trying to shut down your computer for an update but a background program just refuses to close so the system stays frozen in this state of exhausted high alert.

[00:13:41] - [Speaker 1]
Exactly, the brain never fully powers down to reset the alarm. Tanmia specifically helps clear out that alpha wave intrusion, allowing the patient to finally get deep healing sleep without the heavy, groggy next day hangover that older sleeping pills cause.

[00:13:58] - [Speaker 0]
Getting real sleep sounds like a total game changer.

[00:14:01] - [Speaker 1]
It is huge.

[00:14:02] - [Speaker 0]
But medications are only one part of the toolkit. The American College of Rheumatology cites another tool as the absolute most effective treatment for fibromyalgia and I think, well, I think a lot of patients are going to hate hearing it.

[00:14:15] - [Speaker 1]
Oh, I know what you're going say.

[00:14:16] - [Speaker 0]
It is exercise.

[00:14:17] - [Speaker 1]
It is. It is the most universally recommended treatment and you are right. It is usually the absolute last thing a patient wants to hear.

[00:14:23] - [Speaker 0]
I mean, about it. If I am exhausted, I have not slept and my whole body feels bruised, telling me to go for a jog sounds ridiculous! It is like telling someone with a broken leg to go dancing!

[00:14:34] - [Speaker 1]
I completely understand that reaction. Redefine what exercise means in this context. We are not talking about hitting the gym for an hour of intense cardio. The medical concept here is starting incredibly low and slow.

[00:14:52] - [Speaker 0]
How low and slow?

[00:14:53] - [Speaker 1]
We are talking about gentle, low impact aerobic activity. Things like restorative yoga, tai chi, or even just slow walking in a warm pool.

[00:15:04] - [Speaker 0]
Why does it have to be so gentle though?

[00:15:06] - [Speaker 1]
Because of that hypervigilant alarm system we talked about. If you suddenly start a strenuous workout, your sensitized nervous system perceives that sudden stress as a massive threat.

[00:15:16] - [Speaker 0]
Oh, and it triggers the alarm.

[00:15:17] - [Speaker 1]
Exactly. It will flood your body with pain signals, causing a severe flare up. By starting with very gentle, easily manageable movements, you are kind of sneaking under the alarm's radar. You are slowly teaching your nervous system that movement is safe.

[00:15:30] - [Speaker 0]
Oh, I see. It is essentially exposure therapy for your own nervous system. You prove to the brain step by gentle step that it does not need to sound the sirens every time the muscles contract.

[00:15:40] - [Speaker 1]
That is exactly what it is and over time consistent gentle movement is proven to increase blood flow, reduce stiffness and naturally boost those pain relieving neurotransmitters. It is a slow process but it is the most effective long term strategy.

[00:15:56] - [Speaker 0]
Okay, so we have medications to put the brakes on and gentle movement to retrain the nervous system. But what about directly training the brain itself? This brings us to tool number three: Cognitive Behavioral Therapy or CBT.

[00:16:10] - [Speaker 1]
Yes, CBT.

[00:16:11] - [Speaker 0]
Now I can hear people rolling their eyes at this. Recommending talk therapy for severe physical pain sounds like we're going right back to saying is only your head.

[00:16:19] - [Speaker 1]
It is a very common reaction and I get it, but the science behind CBT for pain management is profound. The neuroimaging data from the Mass General Brigham study proves that this is not just positive thinking. CBT physically changes how the brain is wired.

[00:16:33] - [Speaker 0]
Really? Physically changes it?

[00:16:35] - [Speaker 1]
Yes. The study focused heavily on reducing something called pain catastrophizing. Catastrophizing is that mental spiral, right? Mhmm. Like you feel a sharp pain and your brain immediately jumps to the worst case scenario.

[00:16:46] - [Speaker 1]
You think, this is never gonna end. I will never be able to work again. My life is completely ruined.

[00:16:51] - [Speaker 0]
Yes. Exact. And I want to be really clear here that spiral is a completely natural, understandable reaction to chronic unexplained pain. But biologically, that fear and panic dump stress hormones into your body which acts like gasoline on the fire of central sensitization. CBT provides you with highly specific mental tools to interrupt those intrusive thoughts before they escalate the physical pain.

[00:17:17] - [Speaker 1]
And the Mass General Brigham study actually looked at the brains of patients using functional MRI machines before and after they learned these CBT skills, right? What exactly did the stance show?

[00:17:27] - [Speaker 0]
They looked at two specific networks in the brain: the default mode network, is essentially where your sense of self and your internal monologue live and the somatosensory cortex which is the network that processes physical pain sensations.

[00:17:39] - [Speaker 1]
Before

[00:17:40] - [Speaker 0]
the therapy these two networks in fibromyalgia patients were tightly coupled together. Meaning every time a pain signal fired in the body, the sense of self network lit up right alongside it. So the brain was literally equating the sensation of pain with the patient's core identity.

[00:17:57] - [Speaker 1]
Precisely. They could not separate the feeling of pain from who they were. But after completing CBT, the functional MRI scans showed that the connectivity between those two networks was physically reduced. The patients had literally rewired their brains to decouple their identity from the physical sensation.

[00:18:14] - [Speaker 0]
That is incredible. It is like CBT teaches you how to take the microphone away from the pain. The pain is still sitting in the room with you, but it is no longer blasting through the PA system of your entire life and identity. You can acknowledge it without letting it hijack your sense of self.

[00:18:29] - [Speaker 1]
That is a brilliant analogy. Yes, you are changing the brain's relationship to the signal. And to make sure the brain has the energy to maintain that new wiring, we have to look at tool number four, which is strict sleep hygiene.

[00:18:40] - [Speaker 0]
We talked about the Tan Vieh medication for sleep, but a 2005 clinical trial in the Archives of Internal Medicine showed that CBT principles are also highly effective for tackling fibromyalgia related insomnia. You have to actively build an environment where the nervous system feels safe enough to stand down.

[00:18:59] - [Speaker 1]
Absolutely. Medication can help, but behavioral sleep hygiene is the foundation. That means going to bed at the exact same time every single night to regulate your circadian

[00:19:09] - [Speaker 0]
Which is hard for a lot of people.

[00:19:11] - [Speaker 1]
It is, but it is so important. It also means zero screens in the bedroom because the blue light from your phone tricks your brain into thinking the sun is still up, which halts melatonin production. It means keeping the room cold and completely dark. You have to aggressively protect your sleep environment.

[00:19:26] - [Speaker 0]
It all comes back to soothing that glitchy security system. We have covered a massive amount of medical ground today from neurotransmitters to microglial cells to sleep architecture. What is the ultimate takeaway for the listener who is sitting at home right now just trying to process all of this?

[00:19:42] - [Speaker 1]
If you take away only one thing from this deep dive, let it be this fact. Fibromyalgia is a chronic condition, but you are not powerless against it. You are in the driver's seat.

[00:19:52] - [Speaker 0]
I love that.

[00:19:53] - [Speaker 1]
By combining gentle, persistent movement, targeted medications that actually address the central nervous system, cognitive behavioral therapy to rewire your brain's response, and protective sleep habits, you can build a personalized toolkit. You can turn down the volume of the alarm. You can absolutely reclaim your quality of life.

[00:20:12] - [Speaker 0]
That is deeply encouraging. And, you know, the science is not stopping here. Before we wrap up, I wanna leave you with one final provocative thought. Something to keep an eye on as the medical field just continues to race forward.

[00:20:24] - [Speaker 1]
Oh, the gut biome stuff.

[00:20:26] - [Speaker 0]
Yes. The 2026 Asian Pain Academy update highlighted an entirely new frontier in treating central pain disorders and it is located right in your stomach, the gut brain axis.

[00:20:36] - [Speaker 1]
The gut microbiome is one of the most exciting areas of pain research right now. Scientists are finding consistent, measurable alterations in the gut bacteria of fibromyalgia patients compared to healthy individuals. The bacterial ecosystem in their digestive tract is fundamentally out of balance.

[00:20:52] - [Speaker 0]
Which makes perfect sense when you consider the vagus nerve, which acts as this massive superhighway of information traveling directly from the gut to the brain. If the gut bacteria are out of balance and causing localized inflammation, could they be sending constant distress signals up the vagus nerve, keeping the brain's security system on high alert?

[00:21:13] - [Speaker 1]
It is a very compelling hypothesis. The gut and the brain are in constant communication. Researchers are now exploring whether the future of treating chronic central pain might involve physically altering our gut bacteria.

[00:21:25] - [Speaker 0]
Like with probiotics.

[00:21:27] - [Speaker 1]
Yeah. Could we use highly specialized probiotics or targeted anti inflammatory diets to fix the software glitch from the bottom up. It is a space that every patient and doctor should be watching very closely.

[00:21:37] - [Speaker 0]
It just proves that we are always learning and your medical toolkit is only going to get sharper and more effective. So remember the house analogy: your internal security system might be overly sensitive right now. A gentle breeze might be setting off the sirens but you're not crazy, the alarm is real and most importantly you have the tools to reprogram the control panel.

[00:21:58] - [Speaker 1]
Exactly.

[00:21:59] - [Speaker 0]
Take it low and slow, be kind to yourself and know that the science is entirely on your side.

[00:22:03] - [Speaker 1]
Well said. You really have got this.