Ha ha kingdawson you spoon - you are already very light weight
Just go to a gym and do cardio and light weights, lots of reps
You don't need a NASA certified regime or silly 1200 calorie eating plan
You would blow over in a stiff breeze man, that is no way to be going on for a man
Ha ha kingdawson you spoon - you are already very light weight
Just go to a gym and do cardio and light weights, lots of reps
You don't need a NASA certified regime or silly 1200 calorie eating plan
You would blow over in a stiff breeze man, that is no way to be going on for a man
a diet of laxatives, ipecac and cigarettes. it'll be shooting out of all orifices. give it a solid week.
Or, just a pinch of epsom salt with meals that require aid to digest, and baths with it copious amounts (1KG) followed by a cold shower...
As the chap whose protocol I try to follow would say 'smile 'tis your choice'.
Ha ha kingdawson you spoon - you are already very light weight
Just go to a gym and do cardio and light weights, lots of reps
You don't need a NASA certified regime or silly 1200 calorie eating plan
You would blow over in a stiff breeze man, that is no way to be going on for a man
whats the benefit of a cold shower?
Thanks for referring to me as a spoon whatever that means.
Heat causes the body to become more Acidic, because of the Nitrogen in the body which is a form of Protein as an isotope, and heat causes this isotope to take the form of an acid.
So if you have a long hot soak it will start drawing the acids out of the body and draw the nitrogen to the skins surface.
Then, if you shower off with a cold shower, the cold shower will convert the nitrogen isotope into the isotope form of Ammonia which is highly Alkaline.
Other than hot & cold showers, I have no idea at all what Gifter is going on about.
Well, obviously I know acids, protein etc but what difference it makes for acid or alkali to weight composition?
Do you know what an isotope is? Or a protein? Or Ammonia or an acid? Or what a warm-blooded animal is? Or absolute zero?
Seriously, are you saying that nuclear reactions are involved in acid-base reactions and cold showers influence the process?
Instead, why don't you present some understanding of why it doesn't?
Again you choose to jump in on something with a defence essentially of 'I understand these interactions better than you, you can't know this', well, tough sh*t, I do, and you lack credibility in this regard so far IMO (from my experience of you, if you are associated with health care I'd be worried, I'm not but believe I have knowledge which can help people be in better health far better than you have demonstrated any skill to), other than a great knack of appearing superior.
Heat causes the body to become more Acidic, because of the Nitrogen in the body which is a form of Protein as an isotope, and heat causes this isotope to take the form of an acid.
Prove otherwise, present us with an understanding of biological chemistry that confounds me.
Tell us what you know of non-protein nitrogen? Why it may present a big problem, or is there none?
Lactic acid is the product of anaerobic respiration, the burning of stored sugars without sufficient oxygen by cells. Anaerobic respiration is much less efficient than aerobic respiration, for which there is enough oxygen to fully utilize the stored sugar energy. Essentially, anaerobic respiration causes the halving of glucose molecules (C6H12O6) into lactic acid molecules (C3H6O3). The lactic acid builds up in muscles, accounting for the soreness in overworked muscles. This build-up of lactic acid may also lead to cramps. One advantage of anaerobic respiration is that it can take place very quickly and in short bursts, as opposed to aerobic respiration, which is designed for slower and more steady use of muscles. Eventually the build-up of lactic acid is carried away in the bloodstream and the lactic acid is converted to carbon dioxide (CO2) gas and water vapor, both of which are exhaled. If lactic acid levels in the bloodstream rise faster than the body's natural pH buffers—combinations of acids, salts, and bases that maintain a constant pH level—can neutralize them, a state known as lactic acidosis may exist. Lactic acidosis rarely happens in healthy people. It is more likely the result of the body's inability to obtain sufficient oxygen (as in heart attacks or carbon monoxide or cyanide poisoning) or from other diseases such as diabetes.
The ability of the body to metabolize, or break down, lactic acid is decreased significantly by alcohol, which impairs the liver's ability to carry out normal metabolic reactions. Thus, alcoholics often have sore muscles from lactic acid build up that was not caused by exercise. Lactic acid can also lead to a build-up of uric acid crystals in the joints, since lactic acid reduces the elimination of uric acid and related compounds. This build-up can lead to gout, a very painful disease.
Read more: Lactic Acid - Lactic Acid In Human Metabolism - Respiration, Build, Muscles, and Anaerobic - JRank Articles http://science.jrank.org/pages/3781/Lactic-Acid-Lactic-acid-in-human-metabolism.html#ixzz2AVFDOita
What may cause the body to lack Oxygen? Nitrogen? Acid build up as just demonstrated? lack of alkaline minerals (and some acids of course, which are essential to the release of the energy potential of the alkaline minerals) to buffer the acids changing the isotopes? (as again just highlighted above, which also demonstrates why cooling may reciprocate a reversal of this acid prevalence, no?)
Come on JTS break out your knowledge and explain why/how this thinking is wrong? Folks in here who train will know that ammonia smell, it is not 'fringe theory' to them as their noses have smelt it, so they know a reaction related to a certain ammonia isotope happens in certain conditions, even if they don't understand it;
"When your body uses an amino acid for energy, it must convert the amino acid to a useable form of energy.
It does this by stripping the nitrogen atom off of the molecule. The skeleton molecule that is left behind is then further converted into glucose and used as fuel. In order to get rid of the excess nitrogen, your body typically processes the nitrogen in your kidneys and forms urea, CO(NH2)2 - basically, a carbon dioxide molecule bound to nitrogen and hydrogen. Urea is then excreted in the urine. If your kidneys cannot handle the load of nitrogen, then the nitrogen will be excreted as ammonia in your sweat."
Also, the above very crudely demonstrates why, in a resting state, immersion in oxygen rich water with rich amounts of magnesium sulphate and natural sodium would induce the biological processing of acids which if left to accumulate via poor diet choices and prolonged exercise (and poor post exercise care) may begin to suffocate the body of oxygen, which kinda always leads to death!
Lactic / Uric Acid effects - http://www.jbc.org/content/110/1/107.full.pdf
Thanks for prompting an expansion. I've been trying to finish a post on alkaline buffering but keep using bits of it and getting sidetracked, will try to by tomorrow unless Spurs don't win.
We use essential cookies to make this site work, and optional cookies to enhance your experience.