I find when I take Alpha lipoic acid supplements I get a similar effect to asparagus not exactly the same smell but similar.
Yes I sure it is. But I find that extremely irritating because these small signs can be clues.indeed I wonder if this rational attempt to make sense of our diverse varying symptoms is a factor in some doctors regarding us over focused on our physical symptoms).
me too, & these started around the same time as the pee smelling intermittently stronger - when I was 'mild', & have continued over the yrs. I'm not menopausal & was only 30 when the 2 things started. I don't notice sweat smells any worse, but I certainly get BO sooner & stronger since I had ME (developed at 31) though. I assumed that was age.I too have bad night sweats during PEM that also smells unpleasant.
Yes, actually when you said this I thought that must be the explanation, because all my sensory sensitivities get much worse during PEM, but, they only get more sensitive - ie things smell the same just stronger more noticeable, so that wouldn't account for the difference in smell, in addition it doesn't account for the phenomena starting when I was mildly affected in the beginning, because I had no sensory processing issues then at all.Certainly my hypersensitivities vary with my ME and I am more likely to be hypersensitive to smells when in PEM.
Around and after onset 5-6 years ago my underarm sweat changed (very sudden strong-smelling bursts) but that seemed to resolved itself after a few months (thankfully, not good for the classroom).
I wonder if that could be why my lactate was normal?
Unless you did a significant amount of exercise, or you have a genetic mitochondrial disease that severely limits oxidative phosphorylation, lactate should be normal. Lactate itself does not cause pain.
Off topic, but I had always thought the burning pain in my legs was due to a lactic acid buildup and one of the byproducts of anaerobic respiration was said to be lactic acid when I was teaching biology.
There have been so many discoveries since that time, I wonder if you could explain about lactate, but only if you are up to it, thanks.
This is all pretty and scientific explanation, but @Snow Leopard if you are an athlete and your legs hurt after 3 hours of racing (running, biking, cross country skiing, you can’t help but say that lactic acid= pain to the legs. In my past life i have tested this over and over.To start, we know that lactate infusions don't cause pain in humans (note: when delivered under physiologically neutral pH conditions).
https://physoc.onlinelibrary.wiley.com/doi/full/10.1113/expphysiol.2013.075812@10.1002/(ISSN)1469-445X(CAT)VirtualIssues(VI)bbep2016
(notably the receptors they single out are the Acid sensing ion channel, transient receptor potential cation channel subfamily V member 1 (a heat receptor) and ATP-gated P2X receptor cation channel family, which detects extracellular ATP which is indicative of cell damage. Note that none of these preferentially bind lactate.
Lactate build up is not the same as acidosis, Lactic acid is less acidic than Puruvic acid, and lactate has a big advantage that it can be shuttled out of the cell as a metabolic buffering mechanism and then later oxidised back into Pyruvate or even back into D-Glucose. Acidosis can be buffered by various mechanisms that are independent of lactate concentration, but it is important to note that acidosis results from glycolysis in producing pyruvate, not lactate. Lactate dehydrogenase catalyses the equilibrium process of converting pyruvate to lactate and back and although this equilibrium favours pyruvate, there will always be some lactate produced even at rest. During activity, an increased amount of pyruvate and consequently lactate will be produced, even if the level of activity is still well below the oxidative capacity (primarily Krebs cycle, oxidative phosphorylation, but also fatty acid oxidation) of the mitochondria. But obviously during sustained exertion at near to maximal levels, the oxidative metabolism will be too slow to deliver enough energy hence a glycolysis will be the predominant metabolic source, leading to both high acidosis and lactate formation.
This is all pretty and scientific explanation, but @Snow Leopard if you are an athlete and your legs hurt after 3 hours of racing (running, biking, cross country skiing, you can’t help but say that lactic acid= pain to the legs. In my past life i have tested this over and over.
This is all pretty and scientific explanation, but @Snow Leopard if you are an athlete and your legs hurt after 3 hours of racing (running, biking, cross country skiing, you can’t help but say that lactic acid= pain to the legs. In my past life i have tested this over and over.
Deep burning pain after exertion, even in a fit person, is such a basic fact of ME I feel it is important to try to work out what is happening.
"There aren't that many bodily fluids that you can get access to that have a window into health," Dr. Michael Snyder, a Stanford University professor who studies biomedical data for healthcare, and is not involved in the study, said. "Urine is just one of those that it makes sense to be monitoring."