Oh man, now I am getting scared half to death, thanks Coopslave.....I googled cryptosporidium and could not believe what I was reading, I believe what you said when you said it is very hard to get rid of. Going to the last paragraph in the quote below it indicates that it is resistant to all levels of practical chlorination. And that crypto is an obligate intracellular pathogen, which means that it is capable of reproducing within the hosts cells
. Oh man. So, Coopslave when you indicated that hydrogen peroxide is effective against cryptosporidum I think that is an extremely powerful thing that we have learned today, I am serious.
Knowledge is power, and honestly Coopslave, I think you need to start a thread about your experience with this horrible malade so we can become informed, so many things we just don't know about it. I send you a quest. Speak your mind and help us out to understand things, pleeeeeeze, when you can find that spare moment in time, right, whenever is that I say.....we are all busy, but take that minute or two
So getting back to Sue's query, as for the dose of FOOD GRADE hydrogen peroxide (not the stuff that is "regular") for human ingestion from a document that I was reading was:
The standard dosage for food grade peroxide is 3-4 drops per 8 oz of distilled water
I wonder why they say distilled, I am sure not too many of us have this in our homes on a regular basis. I do, but then I make colloidal silver water (
to you Sue, smiling) on a regular basis too. Anyone know if just regular water would work, it would disable any "bad" things in the water....so why distilled? Oh, this post is getting too long and convoluted, never meant it to become this way, have a most wonderful day, CynthiaM.
From Wikipedia:
Cryptosporidium parvum is one of several protozoal species that cause cryptosporidiosis, a parasitic disease of the mammalian intestinal tract.
Primary symptoms of C. parvum infection are acute, watery, and non-bloody diarrhoea. C. parvum infection is of particular concern in immunocompromised patients, where diarrhea can reach 10–15L per day. Other symptoms may include anorexia, nausea/vomiting and abdominal pain. Extra-intestinal sites include the lung, liver and gall bladder where it causes respiratory cryptosporidosis, hepatitis and cholecystitis.[1][not in citation given]
Infection is caused by ingestion of sporulated oocysts transmitted by the fecal-oral route. In healthy human hosts, the median infective dose is 132 oocysts.[2] The general C. parvum life cycle is shared by other members of the genus. Invasion of the apical tip of ileal enterocytes by sporozoites and merozoites causes pathology seen in the disease.
Infection is generally self-limiting in immunocompetent people. In immunocompromised patients, such as those with AIDS or those undergoing immunosuppressive therapy, infection may not be self-limiting, leading to dehydration and, in severe cases, death.
The diagnosis of C. parvum consists of serological tests and microscopic evaluation of oocysts in stools using Kinyoun acid-fast staining.
C. parvum is considered to be the most important waterborne pathogen in developed countries. It is resistant to all practical levels of chlorination, surviving for 24hrs at 1000 mg/L free chlorine. It is an obligate intracellular pathogen