How benzodiazepines induce withdrawal and chronic fatigue

[Baz493]

Because of a no function gene, and really bad psychiatrists years ago who ignored all of the symptoms, I received a prescribed benzodiazepine overdose for three weeks back in 2014. The doses were between two to three times the maximum safe dosing and even though the psychiatrists recognised that I experienced symptoms consistent with multiple strokes during the treatment they determined, with neurological examinations, that the strokes hadn't been sufficiently severe to stop medication. Of course benzodiazepines are one of the type of medication which is often used to reduce the severity of post-stroke symptoms so their neurological examinations were based on flawed data to begin with. Regardless, the overdose resulted in both severe benzodiazepine withdrawal, chronic fatigue, and myopathy which have all lasted for years.

Since doctors aren't of much help when it comes to drug withdrawal I had to work out what the drugs had done to me on my own and it has taken me nearly twelve years to put together but I believe that it might help some people here to work out how their own chronic fatigue and other conditions developed. Benzodiazepines are now known to cause long term significant alterations to the microbiome. In my own case the symptoms were consistent with an increase in bacteria such as E coli, and other harmful bacteria, along with a drop in helpful bacteria such as lactobacillus and other healthy bacteria. What my searches in online research turned up is that these bacteria produce beta-glucuronidase, an enzyme which recycles oestrogen and so raises the levels of it in the body. I was further able to learn that oestrogen regulates mitochondrial synthesis and function. https://pmc.ncbi.nlm.nih.gov/articles/PMC8834780/ So, among many other factors, by altering the microbiome, benzodiazepines induce a major drop in oestrogen levels which leads to a major drop in cellular energy production and all of the issues of chronic fatigue.

My own solution to try to reverse this involves eating foods like kimchi, sauerkraut, natto, miso, and kefir because of their high content of lactobacillus and bifidobacterium. I don't recommend this for the people experiencing the peak of benzodiazepine withdrawal as the high histamine levels in fermented foods can exacerbate the already extreme allergic responses occurring. Other people experiencing benzodiazepine withdrawal have found that PQQ supplements (pyrroloquinoline quinone) have also helped as the substance promotes the growth of new mitochondria and so increases energy production.

 

[Rockt]

One doctor wanted to put me on clonazepam and I resisted. Then I read that Dr. Chaney said it was neuroprotective (he was obviously wrong) and I was waking up every night at 3am and not going back to sleep, so I relented and went on a small dose. Worked like magic at first but gradually my brain wanted more. I reluctantly increased the dose and at the end (maybe 4 years) I was taking a whole pill every night, (maybe 1 mg? but I don't remember). When that stopped working, instead of increasing the dose again, I came out here and was made aware how dangerous benzos are. With great help from forum contributor Freddd, (don't know if he's still around but he was a tireless supporter) I was able to slowly taper off. It took 14 months and without exaggerating, I don't think one day went by when I didn't think about suicide. Not wanting to do it but more like this is hopeless and relief will only come from death. Thankfully, I was able to get through it and life is much better approx. 12 years later. But I've seen articles that say dementia is really high in people who've taken benzo's so who knows what the future holds.

As for my gut... well, it's about as bad as it gets. I also took accutane when I was younger and that's when the gut issues started so I didn't attribute gut issues with benzo's. But it makes sense. These pharmaceuticals alter finely tuned systems in our brains/bodies so they all have side effects.

 

[Baz493]

One doctor wanted to put me on clonazepam and I resisted. Then I read that Dr. Chaney said it was neuroprotective (he was obviously wrong) and I was waking up every night at 3am and not going back to sleep, so I relented and went on a small dose. Worked like magic at first but gradually my brain wanted more. I reluctantly increased the dose and at the end (maybe 4 years) I was taking a whole pill every night, (maybe 1 mg? but I don't remember). When that stopped working, instead of increasing the dose again, I came out here and was made aware how dangerous benzos are. With great help from forum contributor Freddd, (don't know if he's still around but he was a tireless supporter) I was able to slowly taper off. It took 14 months and without exaggerating, I don't think one day went by when I didn't think about suicide. Not wanting to do it but more like this is hopeless and relief will only come from death. Thankfully, I was able to get through it and life is much better approx. 12 years later. But I've seen articles that say dementia is really high in people who've taken benzo's so who knows what the future holds.

As for my gut... well, it's about as bad as it gets. I also took accutane when I was younger and that's when the gut issues started so I didn't attribute gut issues with benzo's. But it makes sense. These pharmaceuticals alter finely tuned systems in our brains/bodies so they all have side effects.

Sorry to hear that you went through similar experiences to my own with the drugs. I do most of my posting about this on the benzobuddies forum though felt that it was appropriate to post about what I had learnt regarding oestrogen deficiency leading to mitochondrial dysfunction and chronic fatigue on this forum. https://link.springer.com/article/10.1007/s10571-025-01592-8 Like yourself I am at the twelve year mark but by body still hasn't fully recovered from the benzodiazepines. Despite having been out of the peak of my own withdrawal for over six years I still have autoimmune myopathy (myositis), pulmonary muscle failure, blood clotting problems, skin problems, memory difficulty, and mild difficulty concentrating as a consequence of the benzodiazepines. Assuming that I am correct about everything then raising the levels of healthy microbes in our bodies should help to restore mitochondrial function as well as raising BDNF (brain derived neurotrophic factor), oestrogen, GABAA receptor, and collagen levels in the body while also normalising dopamine signalling. These help to calm the brain and should help to restore energy levels. So far these things have been slowly working to help my own condition; I have only recently been able to squat right down, doing exercises, for the first time in nearly twelve years and seem to be regaining at least a little memory retention again.

 

[Rockt]

... raising the levels of healthy microbes
Are you referring to the gut microbiome or healthy microbes in genera? Well, I guess one would include the other Anyway, I've tried just about everything, except FMT (which I would like to try) and my gut hasn't improved at all. My energy has though. Slowly. I went to Dr. Lerner in '08 (he put me on moxifloxacin - God, another doctor induced shitstorm!) and he had me at about 3.5. Went down to a 3 or lower after "treatment" there. Now I'm probably 5.5 to 6.5, depending what's going on. Still capable of crashing and my brain is a constant fog but I'm fairly functional.

 

[Baz493]

I read up on FMT but decided that it was a bit too risky to try. Some people have died following it since the microbes transferred haven't always been compatible with the recipients bodies. According to research into rehabilitating the microbiome (yes, it's primarily the gut but also includes throughout the body and skin) prebiotics have a longer and greater effect on improving the microbiome than probiotic supplements. Probiotics just seem to last for a couple of days while prebiotics induce improvements lasting for days. So a big part of this is what we are eating. Some people in benzodiazepine withdrawal have found that eliminating gluten has improved their condition slightly but I don't know as I was already on a gluten free diet prior to treatment. I have almost eliminated all dairy from my diet, only with rare inclusions if I really feel like having some. Pasteurization kills most of the microbes in the dairy so reducing its health value. So while I'm not allergic to it I have found that it does have negative consequences on my overall health.

Benzodiazepines don't just alter our microbiomes for years after treatment; they also damage our immune responses. This makes it easier for pathogenic bacteria and viruses to proliferate in us. That's what happened to me. On instructions from the psychiatrists who had put me on the benzodiazepines doctors ignored my ill health for three years before an ED intern recognised my infection and put me on three months of antibiotics. My body actually needed that because the pathogenic bacteria were completely out of control by that point. So I think that antibiotics can potentially play a role in rehabilitating the microbiome after treatment with benzodiazepines. After my own antibiotics I was actually able to walk for short distances again; I had been unable to walk more than a few steps for two years prior to this.

While doctors keep trying to ignore the damage which they caused me I have found that other professionals as well as people in my myositis support group have been impressed by my progress in reversing the damage caused by the benzodiazepines. People in the support group were originally very skeptical when I was talking about trying to reverse the autoimmune myopathy using diet; they were all using the latest drugs approved for our condition. Over the years, however, as they have all experienced a constant decline in their health and function they have observed me improving slowly and now seem to be more open to the possibility that doctors have got everything wrong in treating the disease.

During the peak of my own withdrawal I was describing the brain fog you mention as feeling like trying to think through molasses (playing on the old saying about trying to walk through molasses). Even now I still have some brain fog but I'm now at the point where I have at least some memory retention and a fairly good level of reasoning. Doctors aren't allowed, by their medical associations, to discuss modern medical research with patients so while they have recognised the rationale behind how I believe our withdrawal works there is absolutely nothing which they have felt they can do to help me. All the associations allow them to do is offer us their approved drugs to treat the condition and they know that I won't touch those.

Are you a member on the benzobuddies forum?

 

[Rockt]

Are you a member on the benzobuddies forum?
No and I've no desire to. That's behind me as much as it can be and, with limited energy to spend I try to do things I enjoy. But I'm glad it exists because there are people who are completed eff'd by benzos and any help they can get is valuable. Also, I was a long time into having CFS before I took clonazepam, so while it's another brick in the chronically ill wall, it's not the sole factor.
Regarding prebiotics vs probiotics, etc., etc., I've tried it all and do eat some, or a combination of kimchi, natto, miso, sauerkraut, etc. every day for at least the last 5 years and I'm still underweight and mostly ferment instead of digest. Once that microbiome is truly baffed, it's nearly impossible to get it right again. FMT seems to be the only way to right the ship, at least somewhat, and even then people regress and need tune-up treatments. Btw, I've only heard of one death from FMT when a poorly screened sample contained e. coli. and killed an elderly, immune compromised recipient. FMT is likely safer than taking antibiotics.

 

[Baz493]

Now that you have pointed it out I can see that you're right about there only having been one death. I had previously just read that there was a risk of death with the transplants, not seeing any actual details. Unfortunately experts believe that our microbiomes are pretty much set within our first few years of life so its disruption by drugs is a big concern, potentially influencing our health for the rest of our lives. Still, I have worked under the assumption that it may be possible to use diet to gradually kill off pathogenic bacteria and influence our microbiomes back towards a good balance of microbes. So far that has been slowly working for me though I can't be certain of exactly how far I can make the strategy go. Prior to treatment with benzodiazepines I had experienced several bouts of chronic fatigue. The first was induced by work exposure to trichloroethylene. Luckily I had eventually found the book 'Tired all the time' and had spotted that the chemical was one of the leading causes of chemically induced chronic fatigue. Of course trichloroethylene can irreversibly alter the microbiome so it wasn't surprising that I experienced two subsequent bouts of chronic fatigue over the years after the exposure. https://pmc.ncbi.nlm.nih.gov/articles/PMC6338528/ I was able to identify that the last of these bouts fit the pattern of Takotsubo cardiomyopathy, occurring following the passing of a family member, so I now see that condition as a microbiome issue too. Anyway, I am not giving up on experimenting with my diet to try to find ways to influence my microbiome back to health. My assumption is that if these toxic chemicals, like benzodiazepines and trichloroethylene, can damage our microbiomes then there has to be some way to repair them. I just not convinced that FMT is the only way to accomplish this.

 

[Rockt]

Absolutely keep trying, Baz. If you give up there's not much to live for.
Just wanted to mention that I'm almost 62, so it might be more difficult or slower for gut repair to occur. And apparently accutane actually alters your DNA so maybe I'm dealing with something that just can't be repaired. But I keep trying and diet is the main thing we can control so I focus on that the most. And again, I've had some success, just not as much as I'd like.

 

[Baz493]

Same age here Rockt. Doctors really trainwrecked my health when I was fifty and have spent the last decade covering up. However I kept searching through medical research in order to identify exactly what they had done to me and try to work out how to reverse it. Thankfully there is now a fair bit of research into the effects of benzodiazepines so it allowed me to work out how the complex biological factors in withdrawal result in the range of symptoms. I can see what you mean about accutane. This article might give you some idea's on where to start with trying to compensate for any DNA damage induced by it. https://secondlifeguide.com/2025/06/06/accutane-genetic-risk-factors/ I had gene tests done last year in order to help put all of the pieces together in my own case. Thankfully they don't have to be too expensive now that software and AI does a lot of the job of analyzing the genes and test results. I purchased my own tests at a significant discount during Black Friday sales. The last couple of years have seen me improve from having almost no physical function to being able to carry out around half an hour of light exercise so improving diet can definitely make a difference. I keep making additional changes to my diet the more that I am able to learn about the condition. Just one last thing. It is now known that bacteria and viruses both exchange DNA with their hosts; a kind of co-evolutionary process. An overgrowth of pathogenic microbes can therefore alter our DNA so leading to chronic ill health. However the plus side of this is that healthy microbes seem to have the potential to help our bodies in reversing some DNA damage through the same process of sharing DNA. https://www.cell.com/cell-host-microbe/fulltext/S1931-3128(23)00122-1

 

[Rockt]

Thanks for these articles. I'll read them over the next couple days.

 

[Rockt]

Finally looked at these papers. Way too much for me to do more than skim them though. And honestly, the first one is just really depressing (pun semi-intended since it deals so much with depression). Miraculously, I don't suffer from clinical depression though my situation gets me down sometimes. But if I'm feeling OK (not crashed, which is rarer now, or sick, which is more than I'd like since my immune system is punched) then I'm pretty happy.
The second article, I think, is pie in the sky. There's no way anyone can actively target their genetic damage and repair it. We're not there yet. I'm a little terrified of AI but this is a case where it might accelerate genetic study and arrange the reams of data to make targeting a fix possible at some point.
I do agree that the gut is key in helping to mitigate the deleterious effects of damage from pharmaceuticals, viral and/or bacterial infections, chemical and/or mould exposures, etc. The gut-brain axis seems to get damaged and the gut is probably the easiest to help via diet, (I personally haven't been able to do much that significantly helps my brain directly, though I take Lion's Mane and methylene blue and they may help my memory a bit). But as I mentioned before, diet can only help the gut so much. I recall reading that probiotics and yogurt, kefir, miso, etc. has less than 2% of the probiotics in the human microbiome. So, as you said before, prebiotics are likely more important. But again, I've been trying to rebuild my microbiome for well over a decade and I can only describe my gut as "expletive deleted". My cfs has improved though so it's not been a waste of time. I so wish FMT was more readily available though so I could see if that would improve things further.

 

[Baz493]

Hi Rockt, Regarding trying to reverse DNA damage with diet I think that the best thing to do is to provide a few links which might elucidate upon existing evidence of the possibility. https://www.eatthis.com/foods-reverse-dna-damage/ https://pmc.ncbi.nlm.nih.gov/articles/PMC7692274/ https://www.cambridge.org/core/jour...human-adults/461375E0421B3970015EE2AFB8C2D2FE Of course it would be helpful if we had long term (over years of study) examination of various diets effects on genetic damage however I agree that for the moment the idea of using diet to try to reverse DNA damage is still a controversial idea. That said, of course, DNA methylation to restore normal function of healthy genes is something which is relatively easy to restore with appropriate nutrition as is covered in figure 1 of this article. https://pmc.ncbi.nlm.nih.gov/articles/PMC9953584/

In pursuing understanding of a lot of the symptoms of benzodiazepine withdrawal, induced in my case by a massive prescribed overdose in 2014, I have now been able to tie most of the resulting symptoms to benzodiazepine activation and inactivation of cholecystokinin receptors. https://pmc.ncbi.nlm.nih.gov/articles/PMC1910342/ This hormone, and its receptors, regulate gallbladder release of bile, pancreatic release of digestive enzymes and insulin, satiation, gastrointestinal motility, the microbiome, central nervous system function, neurological function and glutamate release (including aggressive and damaging behaviours), mitochondrial function, thermoregulation, oesophageal muscle contraction, and so many other factors which take a while to list. So I'm now aware that knocking out cholecystokinin receptor function benzodiazepines are able to induce the massive range of symptoms in withdrawal. I have found that the worst thing about this is that researchers discovered this back in the 1980's, indicating that pharmaceutical companies and psychiatrists have been covering up this harm for around forty years in their pursuit of massive profits.

Regardless, the combination of reduced insulin levels, mitochrondrial function, reduced digestion of foods and resulting malnutrition, and altered microbiome, consequential of cholecystokinin receptor knockout clearly leads to symptoms of chronic fatigue. I forget how many times doctors tested me for diabetes throughout my withdrawal, mistakenly believing that this must have caused my condition when it was really the medications.

 

[Rockt]

Again, I agree that diet can help, I just don't see undoing massive damage by pharmaceuticals, et. al. The human body/brain are multitudes more complex than the best computers. Eating watercress isn't going to undo major dna damage. And please don't think I'm trying to be negative, I've improved my condition greatly through diet and other means. I'm just not sure it's realistic to think that, in what's left of our lifetimes, there will be a wonderful breakthrough that allows us to pinpoint our damage and undo it. But I definitely think we should continue to try to mitigate the damage through whatever is available now.

 

[Baz493]

I agree that diet takes time and discipline to reverse even relatively minor DNA damage so it's not of great use in trying to reverse major DNA damage in older people. Unfortunately the same people who make money damaging our health with industrial chemicals are often also making money by convincing everyone that the same toxic chemicals in pharmaceutical medications can cure the damage caused by the industrial chemicals. So we're pretty much left to our own devices to try to repair the damage resulting from both of these. I still have my fingers crossed that someone will identify a natural product which achieves this effect but I'm not holding my breath for it to happen.

 

[Baz493]

Knowing that my own condition was induced by prescribed benzodiazepine overdose, in context of prior heat stroke related water intoxication, has allowed me to dig very deeply into the factors involved in my own condition. As a consequence I have learnt about a situation which could help to explain everything, though with differential effects depending upon the cause. Certain situations can lead to flooding of cells, and mitochondria, with calcium; so forcing magnesium out. Knowing that I had previously experienced the water intoxication, which induces electrolyte disorders, allowed me to put together how the benzodiazepines likely induced an aggravating effect on this situation. So I have been researching what it takes to pump the magnesium back in so that the calcium can be forced back out again so that normal cellular functions can resume.

I discussed these things with Microsoft Copilot, which provided me with the following information. Despite the information being intended for benzodiazepine withdrawal, and particularly brain excitotoxicity, I post it here just in case it might be of help to people on this forum since it also impacts energy levels. Please keep in mind that this is all theoretical and that a doctor should be consulted before making any changes to diet.

Microsoft Copilot;

🌿 The short list: what actually improves cellular magnesium uptake​

Only a few nutrients have meaningful evidence for improving Mg transport or utilization inside cells. These are the ones worth your attention:

1. Vitamin B6​

You already identified this correctly. B6 (as P5P) acts as a cofactor for Mg‑ATP complex formation, which is the form of magnesium used in cells. Without B6, magnesium stays extracellular or loosely bound.

This is why B6 is one of the few things that reliably helps people in withdrawal.

2. Taurine​

This is the closest thing to a natural “magnesium chaperone.”

• Taurine increases Mg uptake into excitable tissues (heart, neurons, muscle).
• It stabilizes voltage‑gated calcium channels, reducing Ca influx.
• It enhances GABAergic tone and reduces glutamate‑induced excitotoxicity.

Taurine is found naturally in:

• shellfish
• dark meat poultry
• seaweed
• small amounts in dairy

Many people in withdrawal tolerate taurine surprisingly well because it’s not a sedative — it’s a membrane stabilizer.

3. Glycine​

Glycine improves magnesium absorption and retention, and glycine‑bound magnesium (magnesium glycinate) is one of the most bioavailable forms.

But even as a food amino acid, glycine:

• reduces NMDA overactivation
• supports intracellular Mg binding
• improves sleep architecture without GABAergic action

Foods rich in glycine:

• gelatin
• bone broth
• slow‑cooked meats
• collagen‑rich cuts

This is one of the gentlest ways to support Mg physiology.

4. Potassium‑rich foods​

This one surprises people.

Low potassium impairs magnesium retention, because the kidney wastes Mg when K is low. Correcting potassium status (through food, not supplements) indirectly increases intracellular magnesium.

Potassium‑rich foods that are usually tolerated in withdrawal:

• pumpkin
• sweet potato
• bananas
• leafy greens
• lentils

This is a quiet but powerful lever.

5. Omega‑3 fatty acids​

Not a magnesium transporter — but omega‑3s increase membrane fluidity, which improves the function of Mg‑dependent ATPases and reduces Ca influx through NMDA and VGCCs.

Foods:

• sardines
• salmon
• mackerel
• flaxseed (less potent)

This is more about reducing calcium entry than increasing magnesium entry, but the net effect is similar.

6. Vitamin D (in food)​

You already identified the key point: Vitamin D deficiency → poor Mg utilization → unstable Ca/PTH axis.

Food sources are limited but include:

• egg yolks
• oily fish
• fortified foods

Even small amounts help stabilize the mineral‑hormone axis.

🍽️ Foods that naturally support magnesium uptake​

These foods don’t just contain magnesium — they contain cofactors that help it enter cells:

• Pumpkin seeds (Mg + K + zinc)
• Seaweed (Mg + taurine)
• Dark leafy greens (Mg + K + chlorophyll‑bound Mg)
• Legumes (Mg + B6 + potassium)
• Cacao (Mg + polyphenols that improve endothelial Mg transport)
• Avocado (Mg + K + healthy fats for membrane stability)

These are the closest thing to “whole‑food magnesium uptake enhancers.”

🧠 What doesn’t meaningfully increase intracellular magnesium​

This is important because many people waste time here:

• High‑dose magnesium supplements (most stays extracellular)
• Calcium restriction (doesn’t reduce neuronal Ca influx)
• High dairy intake (affects serum Ca, not neuronal Ca channels)
• Vitamin C megadoses (no effect on Mg transport)
• Herbal “magnesium boosters” with no mechanistic basis

Your instinct was right: the bottleneck is transport and utilization, not intake.

 

[Rockt]

Baz, are you actively trying to eat these foods, (or a supplementing) to get what improves magnesium uptake? I'd be very interested to know if you're seeing mitochondrial improvement. Mine is crap and though I'm more cautious than I used to be and can avoid it more, PEM is always a risk. And it's a moving target. What I get away with one time can leave me with PEM the next.

 

[Baz493]

Hi Rockt, I have some of them in my diet (magnesium containing foods, taurine, B6 (as part of an MTHFR supplement), glycine in lots of fish which I eat, and the actual foods detailed. However I am still a bit low in the potassium, omega 3, and vit D. The post-exertional malaise is always an issue with trying to repair these issues but it gradually eases over time as the body slowly adapts to the gradually increasing stress. Give it time. I am currently having to take some time off from the exercise as the respiratory issues which I experience led to rapid burnout with the rapid improvement in my condition induced by chaga mushroom powder; I was basically improving faster than my body could adapt. I am still carrying out less stressful exercises during the break. I am also pushing even deeper into the science as more becomes apparent to me. So hopefully I will be able to uncover even more effective ways to recover as time goes by.

 

[Rockt]

post-exertional malaise is always an issue with trying to repair these issues but it gradually eases over time as the body slowly adapts to the gradually increasing stress.
I don't know, man, I've been dealing with this for over 20 years and it hasn't eased much. I'm smarter at avoiding it but if I push too hard and it comes on.
What are you referring to when you say "as the body slowly adapts to the gradually increasing stress"? Are you referring to gradually ramping up exercise? If that's the case, that's pretty much been proven detrimental by the great Graduated Exercise experiment in the UK. I believe all it did was leave a lot of people suffering worse. In my own experience, I've improved my exercise moderately but always crash beyond a certain point and I haven't pushed very hard - I've worked up to maybe 14 or 15 minutes on a stationary bike at a very slow cadence with no tension. And pre illness I was a very active cyclist (80-100km rides).

 

[Baz493]

My own genetics mean that I have more slow twitch muscle fibres than fast one's so I favour weight training. The good thing about weights is that you do things at your own pace. The stress is on the muscles rather than your overall system as it tends to be with aerobic kind of activities. Obviously the first time I experienced chronic fatigue it was just due to the trichloroethylene exposure however the second and third seemed to have been resultant from the disruptions caused by the exposure, years before. Thanks to modern research into trichloroethylene's disruption of dopamine signalling it's now clear to me that the fourth, benzodiazepine induced, prolonged bout resulted from the same early disruption. GABA and dopamine signalling seem to be intertwined and I suspect that the benzodiazepine induced collapse of GABA receptor function also resulted in the fourth collapse of the dopamine signalling. Although you are right about exercise not fixing the underlying problem I have found that it does help to normalise dopamine levels in the short to medium term. I have been finding that the adaptogenic chaga mushroom has been having a beneficial effect on this, as have fermented foods. I have also been able to learn that I have both a thermolabile MTHFR gene variant and a pathogenic SLC19A1 gene variant; both of which reduce the availability of the active form of folate (5-methyltetrahydrofolate) in cells. Folate is essential for production of dopamine. I basically now think that anything which compromises dopamine signalling becomes an issue which drags us down and inhibits our chances of recovery. I am also looking at dietary factors which help to increase GABA receptor levels, as they have been damaged by the benzodiazepine overdose. Restoring GABA signalling will hopefully contribute to recovery of dopamine signalling. So this isn't just all about the exercise but rather about a wholistic approach to recovery.

 

[cedricwil902]

6. Vitamin D (in food)​

You already identified the key point: Vitamin D deficiency → poor Mg utilization → unstable Ca/PTH axis.

Food sources are limited but include:

• egg yolks
• oily fish
• fortified foods

Even small amounts help stabilize the mineral‑hormone axis.

I also had a vitamin D deficiency, and my levels improved after I started eating more egg yolks, oily fish, and yogurt.