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I never do this, and I still have lactate after any normal activity...Don't do it too high intensity that you go out of breath like you can't speak one sentence without problem.
Anti-aging for who? ...contextAlso do a search about carboxy therapy and how people use it for anti aging effects.
Post very welcome!Why many schools of breathing mistakenly teach one method as “the” method when the right breath practice depends on you and your situation
Ho I am sorry you thought this! i do not imply it applies to you any more than to others! No, this was to mention that it has been noticed that it might be going into some arguing just because it is good for adrenaline! As you said, it is exciting...I am still not following you, but if you could not quote me from another thread out of context, and then quote a moderation reminder from Charlie, implying that somehow it applies to me, that would be much appreciated.
Experiments on acclimatisation to reduced atmospheric pressurethe link you gave doesn't work . any other link for the paper ?
When you are the direct experimenter, you do not cite.
And also, you can always cite something you find that goes into the direction you want.
I'm sure that @goldbuev has interesting things to say but he never gives cites. They are all over the place he says. I have no more interest in this thread or any other where he and others like him set themselves up as gurus and never cite proof.
Carboxy therapy improves circulation and oxygenation, do you understand it or not?Carboxy therapy causes you to hyperventilate , do you get this or not? You put CO2 pressure in , body thinks wow too much CO2, and turns on methylation like crazy.Makes you adrenaline sensitive then you stop CO2 therapy , but body is still upregulated to get rid of it.. So if you give CO2 you will have little CO2 in the body. I hope you get this
This is why it helps. but if you eat sugar you produce your own CO2 too much and retain it and get old
Huge difference about giving CO2 and producing CO2. I think you don't get that the only way to fix something in the body is overload it with something over a short time and then watch it snap back to the different direction and stay they for a while
This is what carboxy therapy is all about. You overload with CO2 for a very short time, you activate sympathetic nervous system and then you take away this overload and boom you end up with very low venous CO2. Since 1) body turned off your thyroid by lowering potassium 2) body increased ventilaton like crazy to oppose this CO2.
But for Ray Peat being fast oxidizer this therapy is evil. Since he needs the opposite. This is why he got so old only in 5 years after he started to preach this kind of stuff
He has some truth in his mind but he is heavily confused , he lost the main line.I'm sure that @goldbuev has interesting things to say but he never gives cites. They are all over the place he says. I have no more interest in this thread or any other where he and others like him set themselves up as gurus and never cite proof.
Carboxy therapy improves circulation and oxygenation, do you understand it or not?
Apparently you just evaluate everything in one dimension.
You think excess co2 make your lung go panic and hyperventilate and that is all you say.
I have to write 100 lines for you and I'm sure you won't understand.
How can cominucate with you while you deny simple /universally accepted stuff like glycogen and carb.
You think nutrition is bro science.
I never do this, and I still have lactate after any normal activity.
You got to keep your body insulin sensitive, then sugar craving is a sign that you glycogen is depleted. In a normal scenario it is like that."And also don't do it when your glycogen stores are depleted." How do you kow this?
You can drop weight after you lift it to avoid essentric part.like Olympic weight lifters.that is especially is good for nervous system as you use your calfs muscle, core body big muscles to do the liftIn those examples, you cannot do one without the other!
Or like me, you go uphill walking, and then downhill in the telepheric!
LOLEnd of conversation with you . your bro science just amazes me. I explained to you how the body reacts to carboxy therapy.
Nutrition on your level is a bro science, you have no idea what you are talking about. I am talking enzyme buffer systems and minerals and you talk on the level of charlatans from TV programs. you OPEN anethesilogy book and you read. This is my simple advice to you. and then you come back to me in 3-5 years and we will talk
As of now, Sorry but I will have to ignore you .
Nice post.g’ßolduevone (11hydroxy-2,4,3α-hydroxyomega decatrioxylanoic-acid)
I think the idea of persistent respiratory alkalosis as a source of irrecoverable metabolic distress is a very novel and elegant one, and I learned a lot trying to reconcile it. In fact it helped to integrate a lot of different stress adaptation patterns that I had been bumbling around with in my mind, and so that was very appreciated. I think that here lies a great source of confusion though, and I’m seeing a lot of different kinds of misunderstandings as evidence.
CO2 is best understood in the context of Gilbert Ling’s Associate Induction hypothesis. The ability of tissue to support the production and retention of CO2 varies in direct proportion with the ability of the tissue to efficiently respire. Tissue respiration is life, and is controlled in large part by the interaction of electrical charges with different kinds of protein complexes and ionic gradients.
This is quite a complicated task actually, and there are many ways the body controls it. The brain is at the top of the organization, and the kidneys with their kidney juice are number two. Calcium, sodium, potassium, chlorides, serious business no doubt. The amount of water that the tissue holds is held in place with protein and close, complicated ionic interactions. Take prolactin for instance. In a lactating breast, it would be important to encourage fluid retention to ensure adequate fluid for milk production. Imagine how important fluid retention would be upon repeated exposure to stressful heat.
The musical movements that compose the concert of our metabolic arrangement are timed with compounds from the adrenal cortex – important in regulating the movement of glucose and minerals. The tamber and resonance are set with important ratios; NADP and NADPH, cyclic AMP and cyclic GMP, turning like a water wheel that is fed from pool, replenished by the sun. Large swings in these ratios can result in changes in pH and can completely alter the local electronic environment of a tissue. Disruption in the balance is dangerous, and a respiratory defect which does not allow for resolution can be catastrophe.
It’s not the amount of CO2, it’s the ability of it to be present. Permissive hypercapnia can retrain the setpoint controlled by the hypothalamus and carotid bodies, and done properly can have serious benefit to the bodies metabolic response to stress. I think that honest, proper integration with the breath would reveal the presence of most respiratory defects. It should, in this case, be straightforward to find their resolution. Of course, the presence of persistent allergic triggers and microbial toxins will make proper respiration nearly impossible. These should always be addressed.
I really don’t see much conflict with this new information and the paradigm that Dr. Peat has produced. Maybe just misunderstanding as to the context.
Yes but they do not do this ALLL the time. What you do or can do is not you metabolic state.They can do that by breathing less, not more.
Well, I'm not sure what you mean by "all the time", or who is suggesting that. Or even who could do that.Yes but they do not do this ALLL the time. What you do or can do is not you metabolic state.
I also use slow breathing to reach some very relaxed states, but not all the time.
I posted such an exercise that includes yawning.
Buteyko says not to yawn, and I disagree with this in some cases. You should not interfere with what the vody does at SNS level but take the message your body sends you.
When you increase CO2 in blood, you indeed acivate the parasympathetic system.