Mercury Poisoning: Recognizing the Symptoms and Eliminating It
A chronic burden almost never looks like poisoning. How to make sense of the symptoms, where the metal comes from and in what order an elimination protocol can make sense.
Mercury within the heavy metals cluster
This article is the mercury entry page. It deliberately turns the perspective toward recognizing the symptoms and the logic of an elimination protocol. The deeper mechanics, namely why mercury binds to sulfur groups, how selenium interferes and which half-lives apply, can be found in the overarching heavy metals pillar. Here it is about how a burden feels and what the next steps can be.
When everything looks normal and yet you are not yourself
Many people who have been exhausted for months, who sleep badly, have become more irritable and can barely concentrate, already have a whole round of diagnostics behind them. The result is often: everything is normal.
In this situation, almost no one thinks of mercury. The word poisoning sounds like drama, like a metallic taste, like the emergency room. That is exactly the recognition problem. A chronic mercury burden almost never looks like poisoning. It creeps. It disguises itself. And it is rarely recognized as what it could be.
This article calmly sorts out three things: which symptoms might belong together, where the metal comes from and in what order an elimination protocol would even make sense. I write this from practice and with a clear marker of what is established and what remains a hypothesis.
Mercury poisoning sounds like an emergency, like a single dramatic event. The more common reality is a chronic, silent burden with nonspecific symptoms that builds up over years. A burden is therefore not a diagnosis you pin on a single symptom or a single lab value. It is a pattern of source, symptom profile, individual sensitivity and course.
Why the chronic burden almost never looks like poisoning
Many people with a creeping mercury burden know the feeling that something is wrong without being able to name it. No dramatic moment, no clear cause. Just a slow shift: less energy, a shorter fuse, a mind that no longer becomes clear.
The acute and the chronic form are two different stories
Textbooks and most websites describe acute high-dose poisoning precisely: metallic taste, tremor, gum inflammation, kidney failure, severe disturbances of the central nervous system. That is the picture of the industrial accident or the rare suicide attempt. It is real, but it affects very few.
For most affected people the reality is different: nonspecific, slowly creeping complaints. Persistent exhaustion, irritability, concentration and memory problems, sleep disturbances, abnormal sensations. It is precisely this nonspecificity that is the real diagnostic problem. Symptoms that fit almost anything are rarely attributed to a silent metal.
A review of the long-term consequences of chronic, low-dose mercury exposure puts the picture into context: mercury accumulates in tissue and can promote oxidative stress, mitochondrial strain and impairments to the nerves, kidney and immune system. For you this means: a chronic burden can act slowly and nonspecifically, not like a dramatic emergency.
Important for context: this summary comes from a narrative review in the complementary medicine field, not from a systematic appraisal. It collects plausible mechanisms, it does not prove them.
Crinnion WJ. Environmental medicine, part three: long-term effects of chronic low-dose mercury exposure. Altern Med Rev. 2000.Because this is so, many affected people end up with other labels for years. The complaints overlap strongly with depression, burnout and chronic fatigue syndrome. That is understandable, because the symptoms really do look the same. But it also means that a possible contributing cause is never even asked about.
In former chloralkali workers with on average almost eight years of heavy occupational exposure, a weak but measurable effect on fine motor function and attention was still seen on average thirteen years after exposure ended, compared with controls. Explicitly not affected were general intellectual level and the ability to reason logically. For you this means: effects can linger, but here they were weak, narrowly circumscribed and documented at an exposure far above everyday levels.
Mathiesen T, Ellingsen DG, Kjuus H. Neuropsychological effects associated with exposure to mercury vapor among former chloralkali workers. Scand J Work Environ Health. 1999.These studies show associations and weak effects, not a one-to-one cause behind every nonspecific symptom. Not every bout of tiredness is a mercury burden. Conventional medicine sensibly and importantly rules out other causes here. What integrative medicine can add is the question: has the source, the profile and the course ever been looked at together as a pattern?
Three forms, three symptom pictures: the real map
Many people doing their own research come across a single list titled mercury poisoning. That feels tidy, but it is misleading. Because mercury is not one poison with one symptom picture. It is three chemical forms with three different target organs.
Which complaints are to be expected depends on which form and which route of uptake was at play. That is the real diagnostic map, and it belongs right here. The molecular depth behind it, namely how mercury docks onto transport pathways and gets into cells, is explained in detail in the pillar.
| Form of mercury | Main target organ | Typical symptom profile |
|---|---|---|
| Elemental vapor (Hg⁰)amalgam, occupational, industry | Brain and kidney | More psychological and cognitive: irritability, inner restlessness, impaired concentration and memory, sleep disturbance, tremor. Kidney involvement as well. |
| Methylmercury (MeHg)large predatory fish, tuna, swordfish | Brain, sensory | More sensory and coordinative: abnormal sensations in the hands, feet and around the mouth, unsteady gait, vision, hearing and speech disturbances. |
| Inorganic Hg (Hg²⁺)breakdown product in tissue, certain salts | Kidney | More renal: silent impairment of kidney function, often for a long time without clear symptoms. |
A review of the uptake, distribution and effect of elemental and inorganic mercury shows: elemental vapor is inhaled, is fat-soluble, crosses the blood-brain barrier and hits the brain and kidney. Inorganic mercury accumulates mainly in the kidney. For you this means: which complaints are possible depends on the form and route of uptake.
Park JD, Zheng W. Human Exposure and Health Effects of Inorganic and Elemental Mercury. J Prev Med Public Health. 2012.Mercury ions bind to sulfur-containing molecules and reach specific cells via the body's own amino acid and anion transporters. For you this means: mercury does not distribute itself at random, it uses existing pathways, and that is why each form preferentially ends up in particular organs.
Bridges CC, Zalups RK. Transport of Inorganic Mercury and Methylmercury in Target Tissues and Organs. J Toxicol Environ Health B Crit Rev. 2010.Amalgam fillings are regarded as the largest everyday source of elemental mercury vapor by quantity. How relevant this is for health is disputed: the responsible authorities and scientific committees see no established risk for the general population, yet in the EU amalgam has largely ceased to be used since 2025. The review by Park and Zheng cited above also speaks explicitly of an ongoing safety debate. I regard the question of individual sensitivity as open, and I sort through the exposure data in the article on amalgam and mercury exposure. Here the note is enough: amalgam is the typical Hg⁰ source, fish the typical methylmercury source.
In 197 residents of the Minamata region in Japan who had eaten contaminated fish during the period of contamination, characteristic sensory disturbances in the extremities and face were described, fitting the sensory pattern of this form. For you this means: methylmercury can produce a different, more sensory picture than amalgam vapor.
Important for context: Minamata was an industrial mercury contamination. Exposure there was far above what normal fish consumption produces. The study also comes from the same working group as the two investigations further down.
Takaoka S et al. Somatosensory disturbance by methylmercury exposure. Environ Res. 2008.The classic syndromes that hardly anyone still knows by name
Some people only recognize themselves once the symptoms get a name. Mercury medicine has described three classic patterns that help to make sense of the symptom picture rather than just ticking off lists. They sound historical, but they have not disappeared.
Erethismus mercurialis
the psychological triad, historically the hatter's syndromeThe best-known constellation: increasing irritability, social withdrawal and shyness, plus impaired concentration and memory, often with sleep disturbance and emotional instability. Historically it affected hatters who worked felt with mercury, hence the phrase about the mad hatter. These complaints sound like everyday stress, but they can be part of the pattern of a burden.
Hunter-Russell syndrome
sensory and coordinative, with methylmercuryThe pattern of the fish form: abnormal sensations in the hands, feet and around the mouth, unsteady gait, a constricted visual field, hearing and speech disturbances. It was documented in the Minamata disaster in Japan, that is at an industrial mercury contamination, and later described in a similar form in a likewise industrially contaminated region in Canada.
Acrodynia (Pink Disease)
a historical childhood syndrome, idiosyncraticA hypersensitivity reaction in children, formerly triggered by mercury-containing teething powders: reddened, painful hands and feet, irritability, light sensitivity. The illness disappeared after mercury was recognized as the cause and removed. The depth on mercury in children and in pregnancy belongs in a separate article; here it is the principle that counts.
A single, well documented case describes the classic erethism picture of irritability, social withdrawal and impaired concentration after severe mercury exposure. Magnetic resonance imaging was unremarkable; only a perfusion scan showed an abnormality in one particular brain region. For you this means: the pattern is described and is to be taken seriously. It is a single case at high exposure, from which nothing can be derived for everyday complaints.
O'Carroll RE et al. The neuropsychiatric sequelae of mercury poisoning. The Mad Hatter's disease revisited. Br J Psychiatry. 1995.A case report from dermatology describes erethismus mercurialis after a self-injection of liquid mercury in a suicide attempt: restlessness, irritability, insomnia, emotional instability, and impaired concentration and memory. Blood values there were above 100 µg/L, that is many times higher than anything that occurs in everyday life. For you this means two things: the symptom pattern is described and real. But it is documented at a massive poisoning and cannot be transferred to ordinary everyday tiredness. For the chronic, low-dose burden, comparable data are missing.
Stone C, Angermann J, Sugarman J. Erethism Mercurialis and Reactions to Elemental Mercury. Cutis. 2021.Two further papers by the same Japanese working group describe this pattern in more detail. The findings come from Grassy Narrows in Ontario, a First Nations community whose river system was contaminated with mercury from a chloralkali plant from 1970 onwards, and from the Minamata region in Japan. In Canada, abnormal sensations, visual field constriction, unsteady gait, and hearing and speech disturbances were found. A reanalysis of 197 exposed people against 130 controls from Minamata showed that superficial touch and pain in the extremities were affected above all, without a matching abnormality in nerve conduction testing. The authors read this as a sign of a central rather than a peripheral cause.
For you this means two things: the sensory pattern is well described and is to be taken seriously. But it comes from a single working group, from overlapping cohorts and from two industrial disasters with exposures far above what fish consumption in Germany produces. This picture cannot be derived from normal fish consumption. For everyday exposure the relevant question is rather how often large predatory fish end up on the plate.
Takaoka S et al. Sci Total Environ. 2014 (Grassy Narrows, cross-sectional comparison, n=80) and Toxics. 2023 (reanalysis of the same Minamata cohorts, n=197 vs 130).Not everyone reacts the same way to the same amount. Despite the mercury-containing teething powders that were widespread at the time, historical acrodynia occurred in only a small proportion of exposed children, as the medical-historical account by Dally describes (source 13). This suggests that individual sensitivity can vary greatly. How strongly mercury burdens you can therefore also depend on your own predisposition, not on the dose alone. That could explain why the person at the next table with a similar number of amalgam fillings has no complaints.
When symptoms appear and why often years after the exposure
One of the most confusing experiences for affected people is the missing chronological logic. The amalgam fillings have been out for years, the job with the exposure is in the past, and yet something is there. That is not a contradiction, it is a question of retention time.
Mercury sits in tissue. In blood it has a half-life of weeks; for inorganic mercury in the brain an order of magnitude of years is assumed. That is why symptoms can correlate poorly with the timing of exposure. The body may have stored the load long before it gets rid of it again.
Retention time: why the store stays longer than the source
Bar width represents the relative retention time. Blood mainly shows the short-term transport fraction, not the tissue store, which is decisive for long-term effects. The exact half-life figures and their derivation are in the pillar.
A systematic review of the evidence on the retention time of inorganic mercury in the brain found a half-life on the order of years to decades, considerably longer than older estimates. The data basis for this is 18 poisoning cases followed up to autopsy, that is severe poisonings and not the low-dose range. For you this means: inorganic mercury can remain in the brain for a very long time, which is why complaints can fit poorly with the timing of the exposure.
Rooney JPK. The retention time of inorganic mercury in the brain. A systematic review of the evidence. Toxicol Appl Pharmacol. 2014.Long-term effects are not proof that something is being added right now. They are often an expression of what was stored a long time ago and is only reluctantly broken down. That is also why the question about old sources, such as former amalgam fillings or a former occupation, sometimes explains more than the current lab value.
Why your normal blood value rules nothing out
But my mercury value in the blood was normal. I hear this sentence often. And it is usually correct, but it says little about the stored load.
Blood is above all a transport medium. It reflects what is currently circulating, that is, mainly the most recent exposure. It does not represent the tissue store in the brain and kidney. A normal blood value therefore cannot reliably rule out a relevant tissue burden.
A review of the biomarkers of mercury exposure notes: blood mainly reflects the most recent exposure, hair is more suitable for methylmercury, urine more for inorganic and elemental mercury. No marker directly represents the entire tissue load. For you this means: a single lab value, especially from blood, cannot reliably rule out a burden.
Branco V et al. Biomarkers of mercury toxicity: Past, present and future trends. J Toxicol Environ Health B Crit Rev. 2017.For long-term exposure to elemental and inorganic mercury, the urine value is the established marker. The review by Park and Zheng cited above explicitly calls it a useful indicator of body burden. For methylmercury, blood and hair are more informative. Procedures that give a chelating agent before the measurement are disputed, because no recognized reference ranges exist for the values obtained afterwards, which is why the professional societies do not recommend them. How I handle this and why I use the established markers first is set out in the article on the DMPS challenge test and in the overview of whether heavy metals are better measured in blood or urine.
The sequence of elimination that is rarely talked about
As soon as the word mercury comes up, the question quickly follows: how do I get rid of it? Many guides jump straight to the remedies, to chlorella, cilantro, infusions. In my view the sequence gets too little attention in the process. Because eliminating mercury is not a detox tea, it is a sequence that, in the wrong order, can achieve little or aggravate symptoms.
The logic I follow is: first stop the source, then stabilize the system, only then mobilize, and never without a binder. Whoever shovels against an open tap makes no progress. And whoever loosens mercury out of tissue without a binder and a working route of elimination being in place risks, according to the common view, that it shifts around inside the body instead of coming out. This idea of redistribution is not cleanly established in humans; it is a safety consideration and not a study result. I still follow it, because the risk is one-sided.
Stop the source
Without this step, everything else achieves little. With amalgam, that means considering a proper removal. How that is done safely is in the article on amalgam removal. With the fish form, it means reducing the consumption of large predatory fish.
Support elimination and mineral status
Before anything is mobilized, the pathways of elimination should work and the mineral balance should be stable. A role is attributed here to the body's own sulfur molecule glutathione. How solid these data are is something I sort through in the article on glutathione and heavy metals.
Mobilize with a binder
Only now is anything loosened, and never without a binder. The medical option is chelation therapy. It is not a harmless procedure: chelating agents can flush out minerals and trace elements, affect the circulation, trigger allergic reactions and strain the kidney. It therefore belongs in medical hands, with prior findings, monitoring and a clear indication. The procedure is described in the article on chelation therapy. Plant-based approaches such as chlorella or cilantro are often regarded as mild. There is no solid body of studies showing binding or excretion of mercury in humans, and no authorized health claims exist for either. Where their limits lie is set out in the article on natural elimination.
Monitor the course
Elimination is not a one-off act. Before any mobilization, kidney function belongs on the checklist, because chelating agents are excreted via the kidney and a previously damaged kidney can be strained in the process. Just as important: chelating agents take essential trace elements such as zinc, copper and selenium out with them. That is why monitoring labs, breaks and targeted rebuilding are part of it, and that is why this is nothing for self-experimentation.
A case report from the Munich toxicology department shows one limit of chelation therapy. After an intravenous self-injection of metallic mercury, only a vanishingly small part of the amount could be excreted despite DMPS and DMSA, although urinary excretion rose in the short term. For you this means: a rise in urine is not proof that the store is getting smaller. This special case cannot be transferred to the chronic burden from amalgam or fish; those data simply do not exist.
Eyer F et al. Neither DMPS nor DMSA is effective in quantitative elimination of elemental mercury after intentional IV injection. Clin Toxicol (Phila). 2006.Why the sequence matters more than the remedy
Imagine a bucket with a hole, into which someone keeps pouring water. As long as more is being poured in, that is, as long as the source is open, you can scoop as much as you like, the level barely drops.
Only once the supply is stopped and a catch basin is in place does scooping pay off. That is exactly how an ordered elimination works: first close the source, then be able to catch it, only then loosen.
This is not a secret formula. It is the logic that, in my view, decides whether an elimination protects the system or overwhelms it.
1·2·3Symptoms at a glance, read as a pattern
A mercury burden has no clear-cut hallmark symptoms. That is why it makes sense to look not at a single sign, but at the pattern across several areas plus a plausible source. The following overview is an orientation aid, not a diagnosis.
Energy and nervous system
- Persistent exhaustion despite sleep
- Inner restlessness and irritability
- Brain fog, concentration problems
- Sleep disturbances
- Social withdrawal, emotional instability
Sensation and coordination
- Tingling in the hands, feet, around the mouth
- Unsteady gait, weaker fine motor skills
- Changes in vision, hearing or speech
- Fine tremor
- Metallic taste in the mouth
Mood and cognition
- Memory and word-finding problems
- Low mood without a clear trigger
- Increased sensitivity to stimuli
- The feeling of no longer being quite yourself
- Complaints that persist despite treatment
Kidney and general
- Borderline kidney values over years
- Increased sensitivity to stimuli
- Diffuse, hard-to-attribute complaints
- Complaints without a tangible finding
- Thyroid issues as a possible co-field
If it is above all the fog in your head that troubles you, it is worth taking a deeper look at brain fog from heavy metals. If the thyroid is in the foreground, you will find more in the article on heavy metals and Hashimoto's.
What is established and what remains open
I think it is important to name the limit of what is established clearly. Otherwise the topic tips either into downplaying or into fear marketing. Neither helps you.
That mercury has three forms with three target organs, that the classic syndromes are real and that the tissue store stays far longer than the blood values suggest, is mechanistically and observationally well established. This symptom map stands on solid ground.
From this situation, for me, no either-or follows, but a stance: take the chronic burden seriously without claiming more than the data allow. Mercury is rarely the sole cause. But it can act as a silent contributing factor, and the question of whether that was ever examined is legitimate.
A mercury burden is not a single value. It is a pattern of source, symptom profile, sensitivity and course. And now you know why a normal blood value does not disprove this pattern.
Frequently asked questions
How does mercury poisoning present?
It depends on the form. Acute high-dose poisoning presents dramatically with a metallic taste, tremor, gum inflammation and kidney damage. The more common chronic, low-dose burden, by contrast, is nonspecific: persistent exhaustion, irritability, concentration and memory problems, sleep disturbances and abnormal sensations. It is precisely this nonspecificity that makes it hard to recognize.
When do the symptoms of mercury poisoning appear?
With acute high-dose exposure, within hours to days. With a chronic burden, symptoms can appear with a long delay. Inorganic mercury can remain in the brain for a very long time. A systematic review of human poisoning cases arrives at a half-life on the order of years to decades, although on the basis of severe poisonings and not from the low-dose range. That is why complaints can fit poorly with the timing of the exposure.
What psychological symptoms can a mercury burden cause?
There is a described neuropsychiatric triad, erethismus mercurialis: increasing irritability, social withdrawal and shyness, and impaired concentration and memory, often accompanied by sleep disturbance and emotional instability. These symptoms sound like everyday stress or depression and can therefore easily be misinterpreted. On their own they do not prove a burden, but they are part of the possible pattern.
Can mercury poisoning be detected in the blood?
Only to a limited extent. Blood mainly reflects the most recent exposure, such as ongoing fish consumption, not the tissue store in the brain and kidney. A normal blood value therefore cannot reliably rule out a relevant tissue burden. For long-term exposure to elemental and inorganic mercury, the urine value is the established marker and a useful indicator of body burden; for methylmercury, blood and hair are more informative. Procedures that give a chelating agent before the measurement are disputed and are not recommended by the professional societies.
What are the long-term consequences of mercury poisoning?
In occupationally exposed people, a weak but measurable effect on motor function and attention was still observed years after exposure ended. This suggests that the effects recede only slowly. How pronounced any long-term consequences are depends on the form, dose, duration and individual sensitivity, and cannot be predicted in a blanket way.
How do you get rid of mercury in the body?
An ordered sequence makes more sense than a quick detox. First stop the source, then stabilize the organs of elimination and mineral status, only then mobilize together with a binder, and monitor the course. Mobilizing without stopping the source and without a binder can achieve little or even worsen symptoms. The individual procedures belong under medical supervision.
How long does it take to eliminate mercury?
A blanket time frame would not be honest. Mercury is released from tissue only gradually, which is why an ordered elimination is usually planned over months and depends on the baseline findings, tolerability and the course. More important than speed is the right sequence.
Can you get rid of mercury poisoning?
The word cure is misleading here. Whether and how far a burden can be reduced depends on the form, the size of the stored load, individual sensitivity and whether the source has been stopped. It is established that excretable mercury can be mobilized. That this reliably makes nonspecific everyday symptoms disappear is not confirmed by controlled studies.
Does amalgam cause mercury poisoning?
Amalgam fillings are regarded as the largest everyday source of elemental mercury vapor by quantity, which is taken up through the lungs and can accumulate in the brain and kidney. How relevant this is for health is disputed: the responsible authorities and scientific committees see no established risk for the general population, yet in the EU amalgam has largely ceased to be used since 2025. Whether relevant complaints arise in an individual case can depend on the amount, duration and individual sensitivity.
Can mercury mimic depression or burnout?
The symptoms of a chronic mercury burden overlap strongly with depression, burnout and chronic fatigue syndrome: tiredness, irritability, impaired concentration, sleep problems. A burden can therefore be misinterpreted as a psychiatric illness. Mercury is rarely the sole cause, but it can act as a silent contributing factor in the background.
Read on in the heavy metals cluster
This article is the entry page to mercury. For the individual sub-questions, the depth is here.
Heavy metals: the big overview
The pillar with the full mechanics, diagnostics and treatment logic.
Amalgam and mercury
How dangerous the fillings really are, with the exposure data.
Removing amalgam safely
Step 1 of elimination: stopping the source properly.
DMPS challenge test
What the test can do, what it cannot do and why it is disputed.
Chelation therapy: the procedure
The medical elimination, its duration and what specifically to expect.
Natural elimination
Chlorella, cilantro and wild garlic as building blocks, honestly put into context.
This article informs and provides context. It does not replace a medical examination, a diagnosis or individual advice. Whether and which diagnostics or treatment make sense for you can only be clarified in a personal consultation with test results. Published on 6 June 2026, last medically reviewed on 2 September 2026.
Sources
The evidence on recognizing the symptoms (speciation, classic syndromes, retention time) is solid. That an elimination protocol improves nonspecific everyday symptoms in a chronic low-dose burden is not secured by controlled studies; the evidence for it is mechanistic and observational. Tier markers: Review and overview (evidence synthesis), Cross-sectional and case-control study (human observation), Case Report (single case). Several of the studies cited here come from industrial disasters or from single cases with very high exposure. This is noted in each instance in the text.
- Park JD, Zheng W. Human Exposure and Health Effects of Inorganic and Elemental Mercury. J Prev Med Public Health. 2012;45(6):344-352. DOI: 10.3961/jpmph.2012.45.6.344 [Review]
- Bridges CC, Zalups RK. Transport of Inorganic Mercury and Methylmercury in Target Tissues and Organs. J Toxicol Environ Health B Crit Rev. 2010;13(5):385-410. DOI: 10.1080/10937401003673750 [Review]
- Crinnion WJ. Environmental medicine, part three: long-term effects of chronic low-dose mercury exposure. Altern Med Rev. 2000;5(3):209-223. PMID: 10869102 [Narrative overview, complementary medicine journal]
- O'Carroll RE, Masterton G, Dougall N, Ebmeier KP, Goodwin GM. The neuropsychiatric sequelae of mercury poisoning. The Mad Hatter's disease revisited. Br J Psychiatry. 1995;167(1):95-98. DOI: 10.1192/bjp.167.1.95 [Case Report]
- Stone C, Angermann J, Sugarman J. Erethism Mercurialis and Reactions to Elemental Mercury. Cutis. 2021;107(4):190-198. DOI: 10.12788/cutis.0224 [Case Report]
- Mathiesen T, Ellingsen DG, Kjuus H. Neuropsychological effects associated with exposure to mercury vapor among former chloralkali workers. Scand J Work Environ Health. 1999;25(4):342-350. DOI: 10.5271/sjweh.444 [Case-control study, n=75 vs 52]
- Takaoka S, Kawakami Y, Fujino T, et al. Somatosensory disturbance by methylmercury exposure. Environ Res. 2008;107(1):6-19. DOI: 10.1016/j.envres.2007.05.012 [Cross-sectional, n=197]
- Takaoka S, Fujino T, Hotta N, et al. Signs and symptoms of methylmercury contamination in a First Nations community in Northwestern Ontario, Canada. Sci Total Environ. 2014;468-469:950-957. DOI: 10.1016/j.scitotenv.2013.09.015 [Cross-sectional comparison, n=80]
- Takaoka S, Fujino T, Shigeoka S, Yorifuji T. Characteristics of Abnormalities in Somatosensory Submodalities Observed in Residents Exposed to Methylmercury. Toxics. 2023;11(12):1023. DOI: 10.3390/toxics11121023 [Reanalysis of the same cohorts, n=197 vs 130]
- Rooney JPK. The retention time of inorganic mercury in the brain. A systematic review of the evidence. Toxicol Appl Pharmacol. 2014;274(3):425-435. DOI: 10.1016/j.taap.2013.12.011 [Review]
- Branco V, Caito S, Farina M, Teixeira da Rocha J, Aschner M, Carvalho C. Biomarkers of mercury toxicity: Past, present and future trends. J Toxicol Environ Health B Crit Rev. 2017;20(3):119-154. DOI: 10.1080/10937404.2017.1289834 [Review]
- Eyer F, Felgenhauer N, Pfab R, Drasch G, Zilker T. Neither DMPS nor DMSA is effective in quantitative elimination of elemental mercury after intentional IV injection. Clin Toxicol (Phila). 2006;44(4):395-397. DOI: 10.1080/15563650600671795 [Case Report]
- Dally A. The rise and fall of pink disease. Soc Hist Med. 1997;10(2):291-304. DOI: 10.1093/shm/10.2.291 [Overview]