What do five mid-sea­son NFL foot­ball play­ers and a lit­tle old lady have in com­mon?

Fatigue has remained an unre­solved, and life lim­it­ing, mys­tery for many.  The exper­i­ment start­ed last year in Cleve­land, and this year in St. Louis, with a group of foot­ball play­ers want­ed to go to sleep — all the time.:

Dur­ing team meet­ings; On the bench dur­ing an NFL foot­ball games.

Who ever thought elite ath­letes, in the prime of life, would suf­fer from fatigue, just like lit­tle old ladies?

Who ever thought their bod­ies would hurt for the same rea­son?

This was a sur­prise.  Our analy­sis deter­mined the pro­fes­sion­al ath­letes, just like the lit­tle old lady, all had low oxy­gen as r hypox­ia, or hypox­emia.  Their bod­ies were oxy­gen deprived, even though their was plen­ty of oxy­gen in the air, and their lung capac­i­ty var­ied from nor­mal to supe­ri­or. Their bod­ies were not deliv­er­ing oxy­gen to tis­sues. But why?

Stress had dam­aged the body’s mech­a­nisms that move oxy­gen from their lungs to body tis­sues.

The foot­ball play­ers called of sea­son fatigue — they blamed their tired on con­tin­u­ous games and prac­tice, and pain on the play impact.

The lit­tle old lady called it chron­ic fatigue, and blamed her tired on stuff nobody could explain, and her pain on some­thing else nobody could explain called fibromyal­gia.

We stud­ied both at the same time and dis­cov­ered it was very sim­i­lar, if not the same. We dis­cov­ered each had three prob­lems. All of them had:

• Dys­reg­u­lat­ed acid base home­osta­sis and pain was due to ele­vat­ed lev­els of lac­tic acid;
• Ele­vat­ed depen­dence on anaer­o­bic ener­gy pro­duc­tion;
• Exhib­it­ed func­tion­al hypox­ia, insuf­fi­cient oxy­gen to tis­sues, to main­tain aer­o­bic metab­o­lism.

So we tried a sim­ple, drug-free exper­i­ment, and fixed them all in 30 min­utes. Want to know more?

Check out Live O2, Extreme O2 or Con­tact us now.

Fatigue is cel­lu­lar dys­func­tion that occurs when a body’s ener­gy sup­ply fails to meet ongo­ing demand result­ing in an absence of ener­gy, or tired­ness.

• What are Mito­chon­dria?
• Mito­chon­dria Research Library

Fatigue occurs when the cel­lu­lar ener­gy the Mito­chon­dria ATP pro­duc­tion falls short of demand. This is nor­mal­ly due to a pro­longed break­down in the Aer­o­bic Krebs Cycle where the body is unable to deliv­er one or more required sub­strates to main­tain aer­o­bic metab­o­lism.

Pro­longed dys­func­tion results in sta­ble equi­lib­ri­um where the dys­func­tions caused by defi­cient ener­gy pro­duc­tion fur­ther con­tribute to defi­cient ener­gy pro­duc­tion.

The resource on this site pro­vide a cause and care mod­el for fatigue res­o­lu­tion.  These resources:

• Tar­get dis­rup­tion of the meta­bol­ic fac­tors
• That which result in locked or sta­ble equi­lib­ri­um
• Com­pro­mised cel­lu­lar ener­gy pro­duc­tion
• also known as fatigue.