One drop's mL

Hi all

I'm wondering if the figure of chlorine dioxide in page 176 of "The Master Mineral Solution of the Third Millennium" book is miss printed.

It says
"The average dose of activated MMS (chlorine dioxide) is 3 drops.
Those 3 drops contain about 15 mg of chlorine dioxide."

15mg is supposed to be 1.5mg, is it not?

Could someone tell me one drop is how much mg or ml?

wiki Answer.com says about 20 drops of water equals one mL.

wiki.answers.com/Q/How_many_drops_of_water_make_1_ml

bit confusing

Sorry bothering you.

see you

Hi Satoshi

Drop size depends on cap used.
There are caps that dispense from 10 drops/mililiter or even 25 drops/mililiter...

You should have to measure them, just counting how many are needed to fill a know size container (like the one used to measure ml for kids)

15mg seems to be the proper value for hourly dose when reading from all Jim's books.(even when there are few other values like 6 and 9mg per drop)

You have to calculate, based on your chlorite percentage, how much chlorite have a ml, then divide by the number of drops/ml

Tell me if you need to know how.

Good luck!

As I recall, when we were doing CDS, it was all measured in ppm. Which can be even more confusing. Remember, this book was written long before CDS. So he is measuring only MMS.

We were told to have the CDS measurement equivalent to 3 drops of MMS, and each drop of MMS was to be no more than 8ppm, or a total of 24-25ppm.

How he is measuring to get 15ml (or 1.5ml), I'm not sure. Is he measuring diluted MMS or non-diluted MMS? I'd have to sit down and watch the measuring process to be sure.

Hello Pam, Satoshi

Daily dose for protocol 1000 is 24 drops @ 5ml each or 120mg / day

OMS said that a daily dose has to be less than 200mg or ppm (if we do prepare 1 liter water with it),
so we are safe.

I did achieved that dose with less drops, since caps has bigger holes and chlorite has bigger % on
the mixture I get from the lab (here).

For me, 8 drops is about 140mg dose, so I run 8 drops / day for protocol 1000...

Results are very good, so I think I'm doing things right...
Regards!

It's always important to know your equipment! Thanks jescola

Hi all

sorry,
It was my misunderstanding of the relationship between mg and mL.

mL is 1g
but I took mL for "mg" which was wrong

actuary 15mg is 0.015g

4 ounces is 113g

so the concentration is

0.015 / [strike]113.015[/strike] (113 + [strike]0.015[/strike]) = 0.013%

correction
0.015 / 113.15 (113 + 0.15)
3 drops of solution should be added, not chlorine dioxide only

= 0.013%
but result is not so great a deal (no difference)

the figure 15mg is correct.

20 drops is 1ml which is 1g.
So 1 drop is 1/20g which is 0.05g or 50mg

Thank you, Jescola

---

1 drop MMS contains 5mg chlorine dioxide.
so 3 drops 15mg cd
3 drops of water is 150mg

concentration of 3 drops is 15/165 = 9%

concentration of MMS 3drops in 4 ounces water is

0.015 / [strike]113.015[/strike] = 0.013%

0.015 / 113.15 = 0.013% (correction)
0.015 / 113.165 = 0.013 % (bit more precise)

a day's dose of MMS which is 24 drops contains 120mg cd
concentration of 120mg in 1L is 0.12/1000.12 = 0.012%

Jescola says

a day's dose is 24 drops which is 120mg cd

it should not exceed 200mg a day

the concentration of 200mg in 1L is 0.2/1000.2 = 0.02%

the figures are matching.

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Next
CDS

Pam says

one drop of MMS contains 8ppm chlorine dioxide
so 3 drops contain 24ppm which is 24/million, 0.0024%


I have not researched CDS's ppm yet.

Thank you, Pam


see you

Satoshi,

Specific weight of sodium chlorite is about 1.2 grams per mililiter or cc

I can actually weight my chlorite and bring the figures back to here....

Hi Jescola

Do you mean 1.2 milligrams per cc?

The weight of chlorite solution is about 1.2 grams / cc, it is not just water.

Hi Jescola

OK, 1.2g/cc is density of chlorine dioxide.
It is almost as same as water.

English wiki shows it as 2.757 g dm, whereas Japanese shows it as 3.04 g/cm3.

see you