How many drops of CDS 3000 ppm?

I've read here that 1 ml of 3000 ppm CDS = 3 drops of MMSA. I don't currently have a way to measure ml. Has anyone figured out how many drops of CDS 3000 ppm are in a ml?

Hi LarryMagee,
Each drop of MMS has about 9 mg of CLO2 locked inside it and 9 mg = 9000 ppm. 1 ml of CDS at 3000 ppm has 3 mg of CLO2 inside of it. So actually, 1 ml of CDS at 3000 ppm = 1/3 of a drop of MMS and NOT 3 drops of MMS. This is fact, not opinion.

However, it isn't easy to get 9 mg out of every drop and it takes special equipment to do it. Charlotte and I have been able to get over 3 mg (3000 ppm) out of each drop though and that's what PAMMS-1 Overnight is based on. Each drop in the PAMMS-1 produces at least 3000 ppm but we know there is still more CLO2 available in each drop and think that the hydrochloric acid in the stomach probably does a little more activating so maybe each drop might end up producing a little more than 4 mg of CLO2 or 4000 ppm.

So as you can see, it would be better to say that 1 ml of CDS at 3000 ppm is equal to just about 1 drop of partially activated MMS. And because CDS doesn't have any sodium chlorite in it, there can be no additional production of CLO2 in the stomach. So with CDS - what you have in ppm is all you're ever going to have.

I know this goes against what has been said previously but I think it's important to get the facts straight since it can make the difference of overcoming a disease or not, which could be life or death in the case of many of the people on this forum. It is also probably the reason why CDS wasn't able to cure malaria in the past - because they thought that 1 ml equaled 3 drops of MMS, they didn't use enough of it to kill the malaria parasite.

And about the question of how many drops in a ml of CDS 3000 - there are 24 drops. This depends on the size of the dropper hole though. I had one dropper that produced a ml out of only 13 drops.

Hope this helps everyone,
Scott

Hi larrymagee,
I don't know if this is applicable, but there are drug stores in the US that give away for free the syringe without the needle which is used to measure ml.

Another way that I use is a plastic measuring spoon.
1/4 teaspoon is not 1ml but it is close.

Joe

However, by the time you dilute the one drop of activated MMS with water, which you must do to take it, you bring the PPM down to approx 8 per drop, per Jim Humble -

Interesting debate. So Pam, would that mean that you feel that 1 ml of CDS 3000 = 3 drops of MMSA?

I was concerned about perhaps not taking enough if I switch to CDS. Perhaps I could start at 1 ml an hour and work up to see how high I can go. If I can get up to 3 ml, I'll either be taking a standard dose (per Truthquester) or getting more than my body can now tolerate on MMSA. Either way would be good.

Actually, the CDS101 protocol says to start with 1 ml per hour and go up from there. I know kiddos taking 6 and 7 ml per hour, as well as one cancer patient who took 10ml per hour (of the 3000ppm) - it did burn her throat.

Pam offered a suggestion to me...

Go to a "Farm Supply" store, I bought 3-4 different volume plastic syringes for animal usage. Inexpensive.

I have a question about how much water to take with CDS, especially as the dose gets bigger and bigger. I usually have about 1/2 cup of water with my 3 drops of MMSA.

Add as much water as you wish, Larry.

If you are taking 1ml of 3000ppm CDS per hour you are getting 3mg of Clo2. It does not make any difference how much water you add to that 1ml of CDS, there is still 3mg of Clo2 in the solution. Of course, you have to drink the entire amount of solution you made.

Truthquester wrote: Each drop of MMS has about 9 mg of CLO2 locked inside it and 9 mg = 9000 ppm. 1 ml of CDS at 3000 ppm has 3 mg of CLO2 inside of it. So actually, 1 ml of CDS at 3000 ppm = 1/3 of a drop of MMS and NOT 3 drops of MMS. This is fact, not opinion.

I understand that 240ml of a 3000 ppm solution has been made by beginning with only 20ml of HCl-activated MMS (10ml unactivated MMS). Using a dilution calculator, this shows that the 20ml of activated MMS (allowed to fully react) was 36000 ppm. Whether one drop or 20ml, the maximum potential chlorine dioxide ppm of MMS ought to be the same. That is 4 times more chlorine dioxide potential in MMS than what was said.

Perhaps I am misunderstanding something?