To medical, and biological researchers.

[J W E]

    I was thinking about how some animals carry some of the same bacteria that produce toxins that actually destroy the tract.  Namely the Ecoli toxins, then I thought about something, anti-venom, consistently requires building up the immunity of an animal, against the snake venom. 

 

    When the cattle are the carriers of the Ecoli that causes theses symptoms blood in the stool, kidney failure, etc...  Now shouldn't the carriers in the animals that do carry this form of Ecoli be resistant to the toxins that it produces?  Aren't they carrying the anti toxin, that could block the more advanced stages of the infection long enough to save the patient?  The carriers of bacteria that produce toxins must contain some form of defense against protein digesting enzymes, and re-agents.

 

    Then I stopped myself, and thought again. Now, if there were a complete spectral analysis done of every different form of protein in the human body, and all of the enzymes, and digestive agents, and re-agents are accounted for as well as every protein that the body uses, and produces.  Any enzyme, digestive agents, or re-agents that are active outside of those that the human body uses, or can, or would effect those that the human body uses or manufactures, could be an effective cure for any other protein contained in a bacterium, virus, toxin, or enzyme that is working against the human system that contains proteins, enzymes, or re-agents that are alien to the human system.  By targeting what the human body doesn't use, with what won't effect it, from all biological sources.  Anywhere that a enzyme, digestive agent, or re-agent is at work that specifically attracts any group of proteins that are not a part of the human system could be the weak point for any other system that invades the human system.  Listing, and cataloging these are of a high priority, and I am asking those researchers who do read this to consider posting their results concerning the lists of new discoveries somewhere practical.

[J W E]

Procedure list for anti-toxins.

 

   1. Start culture of Ecoli

 

   2. Do a complete blood analysis, and find all levels of all agents.

 

   3. Sterilize the Ecoli culture.

 

   4. Inject the animal that typically carries the bacteria in it's tract.

 

   5. Do a series of complete blood analysis every 6 to 12 hours.

 

   6. Look for the changes in anywhere in the blood chemistry.

 

   7. Start with step one on another carrier, and prove the results.

 

   8. Using human cell tissue cultures that span all basic cell groups for every

    organ, and cell structure, determine if there are any negative results, such as

    cell shrinkage, deterioration, cell death, or deformation.  If any of these result

    result in any of the human cell cultures, find another carrier.

 

 

    The same pattern of test procedure is used in predetermining re-agents, enzymes, and etc... except the carrier is a donor, and cultures would be from a sample, cell culture generated from the original creature, plant, insect, etc..or from a genetically engineered bacteria designed to produce samples that are likely candidates, or so, rarified that there is only one sample.

 

[J W E]

To find a targeting anti-toxin.

 

    1.    Start a culture of the virus, or bacteria.

 

    2.    Separate the proteins that are unique to the culture, and not found in

            the human body.

 

    3.    Inject the proteins into a host, approaching a toxic level.

 

    4.    Do a complete blood analysis, and look for a decline in any given

            series of blood chemicals.

   

    5.    Do a complete blood analysis for the next 14 days, every 6 to 12 hours.

 

    6.    Where the blood chemistry was depleted, during the first day, and

             recovered over the 14 day time period should be the anti-toxin for

            that specific protein.

 

    7.     Develop a high tolerance to the protein in the animal by repeat injections

            over a period of months.  This is to develop the animals immunity to

            the specific protein.

 

    8.     Define the specific re-agent, or targeting enzyme that the animal

             developed to cope with the higher dosages of the unusual protein using

             spectral analysis.

 

    9.     Get a chemist, and genetic engineer.

 

 

 

Have on hell of a nice day.