Jonathan Edwards
Senior Member (Voting Rights)
Is there any way to take this hypothesis forward?
Quite possibly. Once we have thought of all the reasons it might be wrong and not found too many!
Is there any way to take this hypothesis forward?
We now have over 100 votes so I shall welcome discussion of interpretation.
I believe this thread and poll is very important and seeing that some members have mentioned the liver, I would like to give my two cents :
-Alcohol is a toxin. The liver is the organ responsible for most of detoxification that is taking place in the human body.
-Regarding detoxification , from Jackson Labs Dr Shuzhao identified increased levels of xenobiotics in ME/CFS patients : https://twitter.com/user/status/1816144339195641960
. Apart from Dr Shuzhao , 2 other studies have found elevated Butyrylcholinesterase in LC and ME/CFS patients. Assay of BCHE can be used for (surprise,surprise) assay of Liver function test
https://twitter.com/user/status/1782060521283301515
-Medications are being metabolised by the liver. Impaired liver function raises the risk of adverse events.
-In 2018, -I believe that @Jonathan Edwards was also there during my presentation- at the London School of Hygiene and Tropical Medicine I presented my work where using several analytical methods I generated a hypothesis that a liver injury is responsible for the initiation of ME/CFS and similar syndromes such as GWI.
-In the following slide #56 from this presentation ,I hypothesised that patients with ME/CFS have less than optimal liver function. This is why many patients when asked, say that they couldn't tolerate alcohol even before ME or that they "simply do not like drinking". Note in the slide also the mention on UPR (Unfolded Protein Response) that @Murph mentioned in this thread and ER Stress (Endoplasmic reticulum stress) that Dr Hwang has found with protein WASF3. Again, this was in 2018.
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-There were also slides that showed snapshots of patients discussing liver function. For those who have Liver function tests (LFTs) normal, unfortunately normal LFTs DO NOT rule out liver disease.
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-Finally, fast forward in 2024, we have @Chris Ponting study which has identified liver issues.
-A question that I have for those who mention that they feel better with alcohol, does this include cases where they had too much or this positive effect is achieved only with a tiny dose?
Please forgive me for coming up as a bit edgy but for so many years (since 2017) I am asking again and again for researchers to look more closely at the liver of ME/CFS patients.
What do you think of liver-related
Failure to metabolise alcohol might aggravate things but I don't see it being the primary cause of the unpleasant reaction.
If there was something like this I do wonder how it would (1) be able to be studied and measured and (2) sit with all the theories we’ve had in the past over motivational factors and effort preference?
@obeat The hot flushes I experienced at menopause were really severe, it was more a sudden burn up. It got quite scary for me for a time. It was different though from the ME poisoned feeling.(Fezolinetant) is a hormone-free medication
It's a neurokinin 3 (NK3) receptor antagonist and
doesn't contain estrogen."
Just posting this because hot flushes originate in the hyposalamus and the chemicals involveda are known.
I always felt poisoned with hot flushes.
Regarding fatty liver, I have come across various references over the years to people with ME being thought to have fatty liver. I wonder if anyone else here remembers this? The one specific mention I do remember was in the case of Sophia Mirza: http://www.investinme.org/article-050 sophia wilson 01-rip.htm : "Sophia had a high BMI when she died and a “fatty” liver."
I didn't have heat intolerance until menopause. Now it is my unwanted friend who won't go away.Maybe we need a survey on heat intolerance next...![]()
Ever since menopause I get the facial flushing and that is from just one drink.All my Asian friends get that 'flush' from alcohol intolerance.
Many of us appear to be affected differently by medications, needing lower doses, slower titration, and experiencing different side effects. How could that inform or be interpreted by your theory?I would be led more in that direction if the problem was chiefly an increased hangover. Failure to metabolise alcohol might aggravate things but I don't see it being the primary cause of the unpleasant reaction.
It may have been the case for Sophia, but the idea of people with ME having a fatty liver is something I remember coming across for multiple patients and it was not stated that they were overweight. I myself am very slim, so if my weird liver problems are due to having a fatty one, it won't be because of being overweight. So I wonder what else might be going on in there...If Sophia had a high BMI then it's not surprising that she had a fatty liver as being overweight is apparently an almost given that you will have a fatty liver as fat stores in the liver first and then elsewhere in the body.
Many of us appear to be affected differently by medications, needing lower doses, slower titration, and experiencing different side effects.
In the present study, vessel diameter in both arteries and veins were larger in ethanol group when compared to the control group [in rabbits]. Surprisingly, this effect and enlargement in vessel diameter was more significant in venous group than arterial group.
Ethanol has various effects on different body systems. Alteration in peripheral blood flow including increased blood flow to face, skin and extremities occurs as vasodilation in periphery and is common after ethanol use.13 In animal models, ethanol causes relaxation of smooth muscles in vessels wall by activation and induction of NO and prostaglandins.14In several in vivo and in vitro studies, it was shown that ethanol lowered vascular tone and vessels spasm.15 Ethanol also prevents thrombosis by inhibition of platelet aggregation and increasing the levels of plasminogen activators.16 Ethanol also induces its vasodilation effect by increasing bioavailability of nitric oxide (NO) and decreasing endothelin-1 synthesis.17,18