TOPIC:

This is now the official CDS protocol, sent to me for posting, on February 5, 2013 by Andreas Kalcker

[ 10ml of CDS (3000ppm) in 1 liter (32 ounces) of water. ]

To be taken every hour throughout the day.
If 4 ounces per dose are taken, it would be 8 doses per day, or 10 doses if taken at about 3 ounces per dose.
But it is stated that it's for 8 doses.

Only in terminal or chronic cases, you can increase the doses, and if the person feels nausea, diarrea or some other stomach issues, then drop down the doses to a lighter level.

Thanks,
-Karl

Karl, how is he making it? Which activator? This is actually just a slight increase over what we currently do - which is 8ml of CDS in 1 liter of water. Did he indicate why the change?

pam wrote:

Karl, how is he making it?
Which activator? This is actually just a slight increase over what we currently do - which is 8ml of CDS in 1 liter of water. Did he indicate why the change?

I don't have more information right now, but I assume it really doesn't matter how it's done, as long as the end result is chlorine dioxide gas in distilled or filtered water. Use your favorite method.
I use alkaline water, because it works better with the CDS. The CDS lasts longer.
I'll update this post once I get more information.
The important thing is that based on all his final tests and results, that is the recommended dose, and protocol. Which BTW, as you said, is very close to what we had been using which was 1 ml per dose. I personally have always used 2 ml per dose, for maintenance, twice a week.
People with some types of cancer can go up to 10 ml per dose, 8 times a day, if they can tolerate it.
For skin infections, we are now applying CDS directly to the affected area, undiluted. Works wonders on skin problems. (Except inside the eyes, ears or nose, of course. )

Thanks, Karl. I'm assuming that since you say the alkaline water does better, you have finally gotten your testing strips...

I do remember Andreas mentioning on either the Sophia Q&A or the Prague talk that his recommendation for someone with cancer was to still use the same dilution but to take it more often. Which I understood as, rather than take a 6 drop equivalent dose, once an hour, to take a 3 drop (or 3.25 drop) equivalent dose every half hour. This would increase the drops. But I could have misunderstood. I know that at the center in Bulgaria, they are taking higher hourly doses for really sick people.

I will be very glad when he gets his book complete!!! I plan to be first in line to purchase!

Pam

I trust that this is the correct forum to place this inquiry. I have searched these forums and many other Genessis II posts regarding CDS. Purchased a pound of 80% sodium chlorite, mixed eight ounces in 16.4 oz of water to make a 28% solution. Mixed 873 ml of water with 127 ml of 31.45% hydrochloric acid to make a 4% solution..

Placed two ounces of the above two solutions in a baby bottle with two tube holes. Attached a 1200 cc per minute acquarium pump to one tuibe and a bubble stone to the other tube which was placed in a 16 oz bottle of RO water. Allowed the pump to run for 30 minutes but the solution in the baby bottle did not get clear but remained a low medium ornage color. There were no bubbles coming out of the solution in the baby bottle. After an additional ten minutes with no activity in the bottle I added an additional one ounce of the 4% acid solution thinking that the solution should be clear. There still was no additional activity in the bottle. Tested this CDS and it was 100 PPM. It was my understanding that it should have been 3000 PPM.

I repeated this CDS production but placed the baby bottle in a small crock pot set on low to maintain a temperature of 140 F with the same results, 100 PPM. Calculating on paper by reducing the volume by 50% each time and increasing the PPM by two each time and arrived at 3200 PPM at a volume of 1/2 ounce. Had this been 3000 PPM in 16 oz. it would have made 100 doses of 100 PPM, 200 doses of 50 PPM and 400 doses of 25 PPM. The 16 oz. of CDS @ 100 PPM resulting from activating two ounces (1200 drops) each of 28 % MMS and two ounces (1200 drops) of 4% hydrochloric acid results in four doses compared to the 100 doses expected from a 3000 PPM 16 oz. CDS solution requiring 96 drops for each 4 ounce 100 PPM dose. 16 oz X 600 drops per ounce = 9600 drops divided by 96 drops = 100 doses.

I placed some of the two stock solutions I used above in some four ounce dropper bottles. Dispensed three drops of each in a glass and after twenty seconds added four ounces of water. Tested this and it was 25 ppm chlorine dioxide. This was normal and as expected. However the 16 oz of CDS, 9600 drops should make 100 doses using 96 drops per dose.

I have checked these figures twice and hope that they are correct. If not blame it on my old age. Yes I know when you are near 82 years old you should avoid avoid opportunities like this to be wrong. Hope someone can help solve this CDS mystery.

Al

Note that 10 mL in 1000 mL (1 litre) is a dilution of 100 times. The resultant strength using 3000 ppm CDS is therefore 30 ppm.

The question I have - the 28% is a weight, not a volume measurement. I'm assuming the 16.4 oz of water to be 28% of the SC by weight?

Somebody check my math please.
I have CDS @ 2000 ppm. If I am taking 60 ml per day that is the equivalent of 60 drops MMS1? Currently using it with 12oz, 355ml of water taken within 1 hr period.

@kjonstl

"Somebody check my math please.
I have CDS @ 2000 ppm. If I am taking 60 ml per day that is the equivalent of 60 drops MMS1? Currently using it with 12oz, 355ml of water taken within 1 hr period."

Protocol 101's basic daily dosage is 10 ml of 3000 ppm CDS/day which equals 30 mg of CLO2/day. Therefore the basic hourly dose for 8 hours would be 3.75 mg/hr. See the chart referenced below for other CDS concentrations.

60 ml of 2000 ppm CDS = 120 mg of CLO2 which is four times the basic dose per day. If you divide that quantity of CLO2 into 8 hourly doses, you will be taking 15 mg of CLO2 each hour.

If 1 drop of activated MMS1 contains 1 mg of CLO2, and I think it does, then 60 drops of activated MMS1 contains 60 mg of CLO2. So, your 60 ml of 2000 ppm CDS, which contains 120 mg of CLO2, would be twice as strong as 60 drops of activated MMS1. That assumes that your dropper will dispense 25 drops/ml of solution.

I do not understand what you mean when you say: "Currently using it with 12oz, 355ml of water taken within 1 hr period. "

Jim Humble says in his 2011 book that each drop of activated MMS1 contains 5 mg of CLO2. I do not know how he came up with that number, but I would like to know! Anyone?

Please refer to this dosing chart:
www.mmsinfo.org/infosheets/cds_dosing.pdf

Here is a paper showing the formulas for dosing:
www.mmsinfo.org/infosheets/cds_how_to_dilute.pdf