Re: lung fungus / Anthrax / whatever / CS!

[Guest guest]

It's about time I posted this thing again....because though it's a pneumonia

article, it's also useful for Anthrax, any drug-resistant lung infection,

and most fungus - ANY thing that silver will kill (650 and counting). Note

that the oxygen propellant is there because oxygen is known to cofactor with

silver to produce up to 1000 TIMES the effectiveness of either one alone.

Keep this post alive - forward widely.

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Tackling drug-resistant pneumonia with colloidal silver

Body Electric

I have a fellow researcher to thank for this life saver-- Bradley, a

senior partner of a privately funded non-profit research facility that does

not accept donations. Here it is, straight from the lab:

We are a STRICTLY experimental research organization. I am simply relating

a case in which a non-toxic protocol seemed efficacious in a very

CHALLENGING circumstance. The original problem manifested as a result of our

fruitless search for some effective procedure for attacking the bilateral

form of those bacterial pneumonias which have proved non-responsive to all

of the antibiotic protocols. We have evaluated colloidal silver and many

methods of its employment. Only one method was ever rapidly effective in an

" essentially terminal " evaluation. The methodology employed in these

experiments included the following protocol: Using a very fine particle

nebulizer, a 25 psi to 35 psi, regulated O2 supply as the gas drive and a

colloidal silver mixture compounded as follows: Starting with 8 ounces of 10

ppm colloidal silver (warmed to approx. 105 degrees F.) dissolve MSM in this

solution to the point of saturation (until no more will go into solution);

next add 20 per cent by volume of DMSO to the parent mixture.

A volunteer (male, 72 yrs.) was suffering from late-stage bilateral

bacterial pneumonia. Using this material in a very simple nebulizer

fashioned from an artist's airbrush, we witnessed an astonishing, rapid,

recovery from this moribund individual. The patient used approximately 3/4

of an ounce of liquid every 4 hours. Within 48 hours his lungs started to

clear (his lung capacity had been around 25 per cent and his attending

physcians had openly resigned themselves to his immediate demise). The rapid

onset of pus and mucosa-bound bacterial debris did, indeed, place a

biological challenge on him. The volume of this material was astonishing. We

believe that the accompanying oxygen plus the transporting capability of the

MSM/DMSO combination, were critical to this splendid outcome.

Another of our volunteers (71 years), afflicted with a subclinical

bronchial infection, non-responsive to any protocol including Rife Beam Ray

Therapy, has improved by at least 75% within the past 21 days, and shows

every indication of complete resolution within the next week or so. This

volunteer was in perfect health in every other way except for the bronchial

disorder (complicated by a minor but persistant post-nasal drainage).

A third example is an 81 year old male, completely non-responsive to all

therapies for bilateral pneumonia of a bacterial nature. This condition had

persisted for 6 months and he was very rapidly approaching a moribund state.

24 hours after beginning this protocol, he encountered a very serious crisis

evolving from major Herxheimer's Reaction. Pustule formation was so rapid

and intense, 100% oxygen support was required and the treatment protocol was

suspended for two days while the volunteer's condition was stabilized. Two

days after resumption of the oxygen-colloidal silver protocol, no supporting

O2 therapy was required as the subject was fully able to breathe adequately

unassisted. The volume of sputum/pus fluid was massive. Excepting very sore

chest area (from prolonged coughing) the volunteer was much improved. Within

five days he became very alert and began to overcome his narcoleptic

tendencies. Within ten days he became ambulatory again. Within 15 days his

lungs were unobstructed enough he could breathe fully, with no audio

evidence of fluid presence in the pulmonary tract. On the 21st day his lungs

checked to be 90% clear, with only one tiny spot in the lower left quadrant

of the left lung. His M.D. pulmonary specialist is in a state of " shock "

over the developments. His analysis is this is the most pronounced case of

" spontaneous remission " in his 30 years of practice.

Deep, slow inhalations where the volunteer discharged the mist for

approximately 4 or 5 seconds, shutting it off while continuing the

inhalation to the count of 8 seemed the ideal. If the volunteer had

insufficient lung capacity to maintain an 8 second inhalation, the ratio

should be maintained at 50 per cent e.g. 6 seconds = 3 seconds on for

airbrush discharge, + 3 seconds continued inhalation after airbrush

shut-down.

This procedure was repeated until the entire contents of the small air

brush supply bottle was below the intake point of the supply-siphon tube

(about 50-75 breaths total). This protocol was employed twice daily for the

entire duration of these researches. Ideally, there should be about 1/4 "

circular clearance around the air brush head while inside the mouth, as this

provides the optimum venturi action for incorporating air with the O2. In

acute circumstances, the volunteer can close his/her mouth completely around

the nozzle and breathe 100% O2.

Call me for construction details. Considering the options, and the recent

600 per cent rise in drug-resistant infections, wouldn't you like your

doctor to be aware of this method? Clip and keep. The life you save could be

your own.

The nebulizing system consists simply of a conventional artist's air brush

assembly, with modified pneumatic plumbing facilitating its connection to a

pressure-regulated pure O2 supply. The air brush mechanism was chosen

because it provides an exeptionally economical means of furnishing a very

small particle aerosol fog (4 micron vicinity).

Using a very simple adapter from the air brush pressure regulator, to the

O2 supply hose coupling, plus a standard welding system size oxygen fitting

(female), the assembly is connected directly to the Oxygen port outlet from

either a small medical-type O2 bottle or a standard welding system O2 bottle

outlet (they both contain the same purity oxygen).

Using the small fluid-supply bottle which comes in the air brush kit, then

filling the supply bottle approximately 3/4ths full (about 1/2 ounce) of 10

ppm colloidal silver, we were ready to start.

The O2 system (we used two-stage regulators) was SLOWLY set for constant

regulation at 35 psi, at which point the system was ready for use. We placed

the air brush in the hand of the volunteer, who in turn pressed the

push-valve button when they wanted to direct the O2/colloidal silver fog

mixture into their mouth and inhale directly into the pulmonary system.

As a word of encouragement for those unable to afford the hospital-type

nebulizer, the total cost of our assembly was very low indeed. And our

particle size was better from the cheap Taiwanese bargain-brush than from

our hospital-grade nebulizer (at least our measurements indicated so).

Most commercial oxygen bottles are charged to a VERY HIGH pressure (in the

neighborhood of 2000-3000 psi). Safety concerns recommend that a two-stage

regulator is a wise precaution. In case of a regulator malfunction wherein

the safety burst-disc failed to rupture, the down-stream portion of your

system would be exposed, instantly, to system pressure if only a

single-stage was employed. Not a very desireable circumstance involving O2

at 2000 psi. Two-stage regulation mitigates this risk.

Remember -- never use pure oxygen near open flames or combustible

materials. To do so would make this protocol quite irrelevant.

I suggest supplementation with vitamin D as this will improve the immune

response and help with autoimmune regulation and Alpha Lipoic Acid which is

a powerful antioxidant and regenerator of the cellular scavenger

Glutathione, which I am led to believe provides some protection to lung

tissue.

If you do not have immediate access to an O2 supply, and encounter an

EMERGENCY experiment, you can connect into any available air compressor

outlet (however, you may have to change out the compressor-side fitting). To

be safe, let the air compressor charge to 35 psi and disconnect it from the

power grid. There will be ample air pressure to execute your protocol. The

air brush will function quite well to below 20 psi. Although your air supply

may be contaminated, the alternative to getting colloidal silver into the

VOLUNTEER animal may a much more grave situation, We had excellent, but less

spectacular results using compressed air as the driving medium in some

animal experiments in 1998, when addressing some serious pulmonary

compromises involving felines.

The company with the cheap air brush is Harbor Freight, located in

Camarillo, California. (www.harborfreight.com) The stock number is #6131.

Included in the kit are two liquid supply bottles (one 1/2 and one 1 oz),

one air hose which couples between the pressure regulator and the air-brush

assembly; one air pressure regulator; and the air-brush assembly itself.

The additional parts required are for a hose assembly which facilitates

coupling the input side of the air pressure regulator with the external

oxygen supply used to power the nebulizer.

Note: PURCHASE BRASS FITTINGS ONLY, oxygen is the pre-eminent combustion

supporter.

All of these components can be obtained from any commercial outlet stocking

pneumatic system parts.

This hose assembly includes: One 1/4 " Compression X 1/8 " Male NPT fitting

(this is very important, for without it you cannot connect the O2 hose to

the air-brush pressure regulator) One 1/4 " Barb X 1/8 " NPTF fitting. One

1/4 " X 9/16 RH Oxygen Fitting (will have a barb fitting on one end and the

female coupling on the other). Approximately 4 feet of any good !/4 I.D.

200+ PSI air hose. Tell the clerk you are going to use oxygen in the hose.

Assemble the parts by screwing the compression fitting into the 1/4 " barb X

1/8 " male NPT fitting. Do not worry, only one end of the compression fitting

is compatible with the barb fitting. Next, insert the barb end of this

fitting assemby into the air hose. Push the hose on until it is jam against

the shoulder of the fitting. Any small, screw or compression-type clamp may

be used to add security to the hose/fitting end. Next, insert the barb end

of the oxygen fitting into the remaining hose end and secure with any

satisfactory clamp. Your assembly is now complete. Next, carefully screw the

exposed male end of the compression fitting into the bottom of the air brush

pressure regulator. Now connect the small-diameter air-line between the air

brush assembly and the pressure regulator (it is fool-proof, as there is

nowhere else this tiny hose can connect). Select the small fluid-supply

bottle and fill approximately 75-80% of capacity with 10 ppm colloidal

silver and insert the angled tip assembly into the bottom of the air brush

assembly. You are now ready to connect to your O2 supply and operate. Obtain

a small medical O2 bottle (anywhere around 1/2 to 1 cubic feet capacity) or

any size O2 arc welding system bottle. Be sure to have a two-stage regulator

attached to the O2 bottle. Now connect the 9/16 " Oxygen-fitting to the O2

outlet from the two-stage regulator (also foolproof, as there is nowhere

else to connect). Now SLOWLY open the O2 control knob on the O2 regulator

and set the inlet pressure to your nebulizer assembly to a Maximum of 35

Pounds Per Square Inch (PSI). Next, screw the air brush air pressure

regulator control knob (the tiny knob on top of the air pressure regulator)

all the way closed.. Now, open the control knob about 2 and one-half turns.

Next trigger the control botton on the air brush head until you see a fine

fog each time you press down on the button. The mist is so fine, you may

have to hold it against a dark back ground to see it. You are now ready to

go.

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