The clock finally stopped at 01:18 !

iON · **Joined:** April 22nd, 2010, 10:09 pm **Posts:** 1661

Bart · **Posted:** November 17th, 2011, 4:11 pm

iON wrote:

http://youtu.be/ZwdU2FO9jOw

iON

hahahaah That got a belly laugh out of me. Thanks a lot!

It's also apropos as I can relate to the sneezing bit at the
moment...to some degree...

Bart · **Posted:** November 17th, 2011, 4:19 pm

Just a quick note. I'm listening to the show archives from yesterday (11/16).

iON actually answered the "alien acidic blood" question at the 19:30min mark in
Hour 2.

My question was,

Quote:

"iON, would you please indicate an approximate pH value, from the chart above,
of the generation of drops in question? Are we talking "affecting fish reproduction",
or "battery acid"? haha

Also, if we continue in that same (to some extent) vein, will our blood be like
the alien's acid blood in the movie Alien?"

BOB was reading statements from a listener, who said that they found it easier
to measure the amount of RnA Drops by putting them on a spoon before eating
them.

iON chuckled over BOB talking, then made a point of interjecting and said, "Here's
what you're going to find. The RnA is so potent and powerful, you put it on a
Stainless Steel spoon and it won't be long before it starts eating away your
Stainless Steel."

iON said the RnA likes to eat heavy metals (including Sterling Silver).

I should have just waited for the answer to appear...

On a side note, at 42:30 (also in the 2d Hour) iON preempts BOB and says what
BOB is about to read aloud from an email (a statement from a listener), giving
us another little peek at "how it's done" before we get there OURSELVES.

iON · **Joined:** April 22nd, 2010, 10:09 pm **Posts:** 1661

"iON said the RnA likes to eat heavy metals (including Sterling Silver). "

especially 925 Sterling Silver...

Here is the statuses or clue that may apply to the conversation so farrrrrrrrrrr

http://youtu.be/-iCesi-8gmY

iON

Bartholomew a session very well might serve you very well, just saying...

11:11 · **Joined:** April 24th, 2010, 4:02 am **Posts:** 168

Don't go mes-sin with Marva Munson

tayzay · **Posted:** November 19th, 2011, 11:57 pm

and then we sang:
http://www.youtube.com/watch?v=UJBDNY1M ... re=related

xoxo
Tiny

Bart · **Posted:** November 20th, 2011, 9:45 am

iON wrote:

"iON said the RnA likes to eat heavy metals (including Sterling Silver). "

especially 925 Sterling Silver...

Here is the statuses or clue that may apply to the conversation so farrrrrrrrrrr

http://youtu.be/-iCesi-8gmY

iON

On 925 Sterling Silver,

Quote:

...

Sterling silver is an alloy of silver containing 92.5% by mass
of silver and 7.5% by mass of other metals, usually copper.

The sterling silver standard has a minimum millesimal fineness
of 925.

Fine silver (99.9% pure) is generally too soft for producing
functional objects; therefore, the silver is usually alloyed with
copper to give it strength while preserving the ductility and
beauty of the precious metal. Other metals can replace the
copper, usually with the intent to improve various properties
of the basic sterling alloy such as reducing casting porosity,
eliminating firescale, and increasing resistance to tarnish.

These replacement metals include germanium, zinc and platinum,
as well as a variety of other additives, including silicon and boron.

...

SOURCE - http://goo.gl/LRaoe

Also, on millesimal fineness,

Quote:

...

Millesimal fineness is a system of denoting the purity of platinum,
gold and silver alloys by parts per thousand of pure metal by mass
in the alloy.

For example, an alloy containing 75% gold is denoted as "750". Many
European countries use decimal hallmark stamps (i.e. '585', '750', etc.)
rather than '14K', '18K', etc., which is used in the United Kingdom and
United States.

It is an extension of the older carat (karat in North American spelling)
system of denoting the purity of gold by fractions of 24, such as
"18 carat" for an alloy with 75% (18 parts per 24) pure gold by mass.

The millesimal fineness is usually rounded to a three figure number,
particularly where used as a hallmark, and the fineness may vary slightly
from the traditional versions of purity.

The most common millesimal finenesses used for precious metals:
Platinum

999 (also known as three nines fine)
995 (what most dealers would buy as if 100% pure; the most common
purity for platinum bullion coins and bars)
950 (the most common purity for platinum jewellery)
900 (also known as one nine fine)
850

...

Silver

999.9 (Ultra-fine silver used by Royal Canadian Mint in the Canadian Silver Maple Leaf)
999 (Fine silver used in Good Delivery bullion bars, also known as three nines fine)
980 (common standard used in Mexico ca.1930 - 1945)
958 (equivalent to Britannia silver)
950 (equivalent to French 1st Standard)
925 (equivalent to Sterling silver)
900 (equivalent to Coin silver in the USA, also known as one nine fine)
833 (common standard used in continental silver especially among the Dutch, Swedish, and Germans)
830 (common standard used in older Scandinavian silver)
835 (a standard predominantly used in Germany after 1884)
800 (minimum standard for silver in Germany after 1884; Egyptian silver; Canadian silver circulating coinage)
750 (uncommon silver standard found in older German, Swiss and Austro-Hungarian silver)

...

SOURCE - http://goo.gl/eQIW0

Thank you, iON. It's interesting that the drops would
have a greater affect / effect on a Silver at the middle
of the scale...

Will heed your advise, thank you.

iON · **Joined:** April 22nd, 2010, 10:09 pm **Posts:** 1661

Chelating agents were introduced into medicine as a result of the use of poison gas in World War I. The first widely used chelating agent, the organic dithiol compound dimercaprol (also named British anti-lewisite or BAL), was used as an antidote to the arsenic-based poison gas, lewisite. The sulphur atoms in BAL's mercaptan groups strongly bond to the arsenic in lewisite, forming a water-soluble compound that entered the bloodstream, allowing it to be removed from the body by the kidneys and liver. BAL had severe side-effects.
After World War II, a large number of navy personnel suffered from lead poisoning as a result of their jobs repainting the hulls of ships. The medical use of ethylenediaminetetraacetic acid (EDTA) as a lead chelating agent was introduced. Unlike BAL, it is a synthetic amino acid and contains no mercaptans. EDTA side effects were not considered as severe as BAL.
In the 1960s, BAL was modified into DMSA, a related dithiol with far fewer side effects.[3] DMSA quickly replaced both BAL and EDTA, becoming the US standard of care for the treatment of lead, arsenic, and mercury poisoning, which it remains today. More recently, esters of DMSA have been developed which are reportedly more effective; for example, the monoisoamyl ester (MiADMSA) is reportedly more effective than DMSA at clearing mercury and cadmium.[3]
Research in the former Soviet Union led to the introduction of DMPS, another dithiol, as a mercury-chelating agent. The Soviets also introduced ALA, which is transformed by the body into the dithiol dihydrolipoic acid, a mercury- and arsenic-chelating agent. DMPS has experimental status in the US FDA, while ALA is a common nutritional supplement.
Since the 1970s, iron chelation therapy has been used as an alternative to regular phlebotomy to treat excess iron stores in people with haemochromatosis.[4]
Other chelating agents have been discovered. They all function by making several chemical bonds with metal ions, thus rendering them much less chemically reactive. The resulting complex is water-soluble, allowing it to enter the bloodstream and be excreted harmlessly.
Calcium-disodium EDTA chelation is approved by the U.S. Food and Drug Administration (FDA) for treating lead poisoning and heavy metal toxicity.[5] In 1998, the U.S. Federal Trade Commission (FTC) pursued the American College for Advancement in Medicine (ACAM), an organization that promotes "complementary, alternative and integrative medicine" over the claims made regarding the treatment of atherosclerosis in advertisements for EDTA chelation therapy. The FTC concluded that there was a lack of scientific studies to support these claims and that the statements by the ACAM were false.[6] In 1999, the ACAM agreed to stop misrepresenting chelation therapy as effective in treating heart disease, avoiding legal proceedings.[7]

Chelator Used in
Dimercaprol (BAL)
acute arsenic poisoning[9]
acute mercury poisoning[9]
lead poisoning (in addition to EDTA)[9]
Dimercaptosuccinic acid (DMSA)
lead poisoning[9]
arsenic poisoning[9]
mercury poisoning [9]
Dimercapto-propane sulfonate (DMPS)
severe acute arsenic poisoning[9]
severe acute mercury poisoning[9]
Penicillamine Mainly in:
copper toxicity[9]
Occasionally adjunctive therapy in:
gold toxicity[9]
arsenic poisoning[9]
lead poisoning[9]
rheumatoid arthritis[9]
Ethylenediamine tetraacetic acid (calcium disodium versante) (CaNa2-EDTA)
lead poisoning[9]
Deferoxamine and Deferasirox
acute iron poisoning[9]
iron overload[9]

Bart Bart here is a start
Kisses
iON

Legend · **Posted:** November 21st, 2011, 4:54 pm

the Blood of the Lamb

iON · **Joined:** April 22nd, 2010, 10:09 pm **Posts:** 1661

DO

http://youtu.be/5LxC3M-Yngs

iON

Dupes of Non-Physical

The clock finally stopped at 01:18 !

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