Safety

This sec­tion pro­vides prac­tial cau­tions regard­ing Oxy­gen Pulse Ther­a­py.

Oxy­gen is very safe, unless it is abused or over used. Harm is pos­si­ble, but far beyond the rec­om­mend­ed use described in this pre­sen­ta­tion.

Oxygen Concentration

There are sev­er­al cau­tions about oxy­gen use:

• Breath­ing pure oxy­gen for 12 or more hours can harm the lungs;
• Pro­longed use of rich oxy­gen, for weeks, at rest per­mits the body to reduce oxy­gen deliv­ery effi­cien­cy;
• Indi­vid­u­als with failed CO2 breath­ing reflex­es can stop breath­ing if they get too much oxy­gen, but only at rest.

Arden­ne’s pro­to­cols are safe because:

• Oxy­gen use is lim­it­ed to 15 min­utes, well below 12 hours;
• Ther­a­py is short and stren­u­ous — and does­n’t allow the body to adapt to high oxy­gen;
• Ther­a­py fix­es the dam­age to car­bon diox­ide breath­ing reflex­es with car­bon diox­ide.

Be Reasonable

Be Rea­son­able. Don’t hurt your­self. Ther­a­py is exer­cise, so all the cau­tions and risks of exer­cise apply.

Oxy­gen will make your exer­cise seem eas­i­er, and you will nat­u­ral­ly exert more. If you don’t exer­cise reg­u­lar­ly, easy does it.

We sug­gest that if you don’t exer­cise reg­u­lar­ly, exer­cise with­out oxy­gen the first time and then lim­it your exer­cise to that lev­el with oxy­gen.

Con­tin­ue this until you are total­ly com­fort­able that increased exer­tion with oxy­gen will not be harm­ful to you.

Aneurysm

An aneurysm is struc­tural­ly weak­ened area of a blood ves­sel. Rup­ture occurs when blood pres­sure exceeds the struc­tru­al strength and the ves­sel rup­tures. The size of the ves­sel, rup­ture size, down­stream tis­sue, and clot­ting fac­tors deter­mine sever­i­ty.

Ves­sel weak­ness is the result of degen­er­a­tion, which is caused by oxy­gen and nutri­ent defi­cien­cy.

So while healthy plas­ma oxy­gen lev­el pro­tects arter­ies, fool­ish agres­sion that leads too much vas­cu­lar pres­sure in weak­ened ves­sels can cause dis­as­ter.

If you’ve had a long-term sed­i­men­ta­ry lifestyle, or sus­pect vas­cu­lar dis­ease; start easy.

Start with a low-stress ther­a­py, like Arden­ne’s 36 hour cure, to gen­tly restore your vas­cu­lar sys­tem with mild exer­tion.

Then see a doc­tor to eval­u­ate your abil­i­ty to exer­cise.

Flammability

Movies dra­ma­tize oxy­gen as fire haz­ard for enter­tain­ment. This is untrue. Oxy­gen, by itself, is not flam­ma­ble and will not ignite or burn.

On the oth­er hand, if you oxy­gen with fuel, like propane, or flam­ma­ble dust, the com­bi­na­tion will explode more vio­lent­ly than with just air.

Arden­ne’s pro­to­cols use extra oxy­gen to restart the body’s con­trolled com­bu­sion process.

Strain Moderation

Mus­cles that get extra oxy­gen are imme­di­ate­ly stronger. This can cre­ate a strength imbal­ance dur­ing ear­ly train­ing.

When mus­cle is stronger than ten­dons and lig­a­ments, exer­tion can strain them. Con­nec­tive tis­sue takes a few ses­sions to “catch-up” with mus­cles spiked with oxy­gen.

So when you do oxy­gen pow­ered strength train­ing, lim­it your exer­tion, to nor­mal lev­els for the first few ses­sions, to build con­nec­tive tis­sue.

Aer­o­bic train­ing, where force is iden­ti­cal to nor­mal work­outs, does not have this issue.

Connective Tissue Training

This effect enables a new kind of train­ing that builds con­nec­tive tis­sue.

So if you prac­tice a sport where you’re vuler­a­ble to sprains, con­tact us for con­nec­tive tis­sue build­ing pro­to­cols.

These will increase your resis­tance to sprain injury.