Toxoplasma Gondii, parasite in your brain, page 1
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Topic started on 8-11-2004 @ 03:08 PM by vibetic
30-60% of humans have a parasite cocooned in their brains leading to increased reaction times and changed personalities. If you have it you are at least in increased risk of traffic accidents.

www.pubmedcentral.nih.gov...
These changes are probably side effects either of the rodent-aimed manipulative activity of Toxoplasma or of some pathogenic activity of the parasites in the brain. In other words the cysts in your brains that last forever are spewing chemicals that make you somebody else than you would be without them.

www.biosci.ohio-state.edu...
Toxoplasmosis can also be transmitted transplacentally resulting in a spontaneous abortion, a still born, or a child that is severely handicapped mentally and/or physically.

www.digitalnaturopath.com...
If the initial infection occurs in an individual with a weakened immune system, severe symptoms can develop including:
Severe Headache, Confusion/Mental Deterioration, Fever, Poor Coordination
Paralysis, Nausea/Vomiting, Seizures, Coma
Potential complications include: eye damage, brain damage and death.


It can procreate only in cats and spreads via cat feces. Surely your government has informed you about this at some point, right ?
Surely everyone who buys a cat has been informed about this possibility, right ? Fat chance, I almost feel as if there's a huge cat owner conspiracy to suppress this all

More links:
www.cdc.gov...
www.cdc.gov...
en.wikipedia.org...


[edit on 8-11-2004 by vibetic]


reply posted on 8-11-2004 @ 09:47 PM by RedBalloon
This has been around for ages, and is taught in every microbiology and bio class at the college level. Vets will tell you about it, as does cat litter packaging. Pregnant women are often told by their doctors to ditch the cats, or insist someone else deal with the litter box at the very least. Kissing cats? Yuck!! You're better off eating your own poo parasite wise.

Cats also transmit Bartonella henselae -aka Cat Scratch Fever. Yes, Mr. Nugent, thats a real disease. 50% of domestic and feral cats carry this bacterium in their blood and can transmit it to humans.

To add more, cats also like to bite and play with mice and rats and other rodents that carry many diseases and parasites of their own. One nip, then a well placed lick on your cheek, and congrats! You just got another weird and uncomfortable disease

Surprise! This is one of many many parasites that the human body can harbor in the US and UK. Much more common is the flatworm or fluke (no going barefoot for the kiddies), roundworms, and the favorite of butt scratching 3 yr olds everywhere, the pinworm that crawls out of your anus at night to lay it's eggs. Tapeworms are less common, but that won't make you feel better with a 1 meter section of body breaks off and ends up in the bowl in your bathroom.

Go outside lately? Mites and ticks and mosquitos: Oh My!

Throw in some sex and you have a whole 2nd world of creepy crawlies that makes my skin itch just thinking about it. The human body is a parasites dream. Put two humans together, and they are in microbial heaven.

freenrgy2: go back and have that blood drawn!! could be much worse or a continuing infection, and a needle is much better than a parasite that lives off your guts. You can be clean with your cats and still touch them and get it. If you have indoor cats, you're less likely to get it than with outdoor cats.

As for a cat conspiracy, more like blind adoration of these walking disease vectors. Hey if its cute and fluffy it has to be safe, right?


reply posted on 9-11-2004 @ 04:36 PM by soficrow
Originally posted by RedBalloon
Just amused at how people are continually shocked by such things that have been around so long as if they were suddenly dropped out of a spaceship and were eating brains by the gallon.



Hey RedBalloon - I think you might need to do some catching up. ...There's been some serious -and unprecedented- microbial mutation activity in the past 30-odd years - and it blew up out of control over the past 3 or 4.

Check out the references at the end of this post:
www.abovetopsecret.com...

Also FYI, microbes are not just crossing species barriers now, they cross kingdome barriers. Unheard of. Here's another interesting tidbit -

"Scientists have evidence that bacteria dangerous to humans have begun evolving in insects, for reasons that are not clear.

The October edition of Nature Reviews: Microbiology reports that invertebrates such as worms and insects may have begun enabling a rapid evolution for bacteria normally not harmful to humans. Not only are insects capable of delivering disease through bites and stings, they now may be the breeding ground for strains of infectious bacteria never before seen in humans."

Dangerous Bacteria Evolving in Insects
www.unknowncountry.com...


....da world has changed. Science, biology, chemistry... it's all a whole new ballgame. The new diseases didn't drop out of any spaceships but they break so many 'rules' they might well have.



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reply posted on 9-11-2004 @ 08:06 PM by soficrow
Originally posted by RedBalloon

Is this microbial mutation so new, though, or is it just that we are now able to actually see, observe, and understand it with the advances in the past 30 years?

I'm still not going to kiss a cat


LOL. Aww. It's just a kitty cat.

...What's happening is very new. Not sure if current toxoplasmis gondii is a new strain or not but much of what's out there now is new, and about to remake the world.

Seems that many of our "interventions and activities" don't just trigger new mutations - they kill natural microbial predators at the same time. So the predators don't evolve along with the diseases. Which means the new infectious mutations have no natural predators, and also are resistant to antiobiotics, anti-virals and whatever we throw at them.

Ie. see:
"As the epidemiology of waterborne diseases is changing, there is a growing global public health concern about new and reemerging infectious diseases that are occurring through a complex interaction of social, economic, evolutionary, and ecological factors."
Crit Rev Microbiol. 2002;28(1):1-26. Emerging waterborne infections: contributing factors, agents, and detection tools. Theron J, Cloete TE. Department of Microbiology and Plant Pathology, University of Pretoria, South Africa. PMID: 12003038

Re: Vectors, hitchhikers and mutation processes...

“Animal prion infections, such as scrapie (sheep) and "mad cow disease" (cattle), have shown a pattern of horizontal transmission in farm conditions and several ectoparasites have been shown to harbor prion rods in laboratory experiments. Fly larvae and mites were exposed to brain-infected material and were readily able to transmit scrapie to hamsters. New lines of evidence have confirmed that adult flies are also able to express prion proteins. … Several cell types found on the human skin, including keratinocytes, fibroblasts and lymphocytes, are susceptible to the abnormal infective isoform of the prion protein, which transforms the skin to produce a potential target for prion infection.”
Int J Dermatol. 2003 Jun;42(6):425-9. Could ectoparasites act as vectors for prion diseases? Lupi O. Center for Vaccine Development, University of Texas Medical Branch at Galveston, Galveston, TX, USA. PMID: 12786866

..So prion-related diseases can hitchhike on flies, yeast, plants, meat, bacteria, you name it. ...Looks like the "actin" protein is the key ...Actin is everywhere - virtually every living cell on earth has actin in the cytoskeleton or membrane, which is how all these new little suckers cross species and kingdom barriers (from mammals to fungi to plants and protozoa - not supposed to happen, but it is).

"The most biologically significant property of actin is its ability to self-associate and form two-stranded polymeric microfilaments. In living cells, these micro filaments form the actin cytoskeleton, essential for maintenance of the shape, passive mechanical properties and active motility of eukaryotic cells. Recently discovered actin-related proteins (ARPs) appear to share a common ancestor with conventional actin. At present, six classes of ARPs have been discovered, three of which have representatives in diverse species across eukaryotic phyla and may share functional characteristics with conventional actin. The three most ubiquitous ARPs are predicted to share a common core structure with actin and contain all the residues required for ATP binding. Surface residues involved in protein protein interactions, however, have diverged. Models of these proteins based on the atomic structure of actin provide some clues about how ARPs interact with each other, with conventional actin and with conventional actin-binding proteins."
Trends Cell Biol. 1996 Jun;6(6):208-12. Actin' like actin? Mullins RD, Kelleher JF, Pollard TD. The authors are at the Dept of Cell Biology and Anatomy, Johns Hopkins University School of Medicine, 725 N. Wolfe St, Baltimore, MD 21205, USA. PMID: 15157457

BTW and LOL - I love this stuff too. ...Are you up on RNA interference?



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