Tapeworm and Ascaris Parasite cleanse, make sure you are free of these invaders

Tapeworm Disease

Killing Tapeworms

Tough Tapeworms

The curious case of Ascaris

How to make sure to kill all of the invaders

Related Parasite Links

Tapeworm Disease

We all have tapeworm stages in our bodies, probably going back to childhood when we ate dirt. It is not normal for these stages to hatch and develop further. Their purpose is to stay dormant. And perhaps they do little harm this way.
But I have found that all HIV/AIDS sufferers have "tapeworm disease". The stages are hatching. This spews the tiny larvae and cysts, plus unfertilized eggs and their bacteria all over the body, making you feel sick. Perhaps the large amounts of solvents accumulated in the body forces them to hatch; perhaps the lowered immunity allows them to hatch. The Syncrometer usually detects scolices (heads) and eggs in the most vital organs: the thymus, spleen, bone marrow, brain and liver.

Tapeworm stages that have disseminated in your body do not come unaccompanied, either. They bring some very harmful bacteria and viruses with them. Streptomyces fungus is one of the worst. Wherever I detect Streptomyces, a tapeworm stage is not far away.

Two species of Hymenolepis are of particular interest. Hymenolepis nana (referred to as Vampirolepis nana by some authors) is a parasite of humans. It is also found in rodents, mice in particular. Hymenolepis diminuta is a also a parasite of rodents, rats in particular, but it has been reported from humans on rare occasions.
Many "fish eating" vertebrates can serve as the definitive host for Diphyllobothrium latum (the broadfish tapeworm), including humans, dogs, foxes, cats, mink, bears, and seals. The adult tapeworm lives in the host's small intestine, and in humans the tapeworm can reach a length of 10 meters (>30 feet) and produce over a million eggs a day! The life cycle of the Tapeworm Echinococcus granulosus includes dogs (and other canines) as the definitive host, and a variety of species of warm blooded vertebrates (sheep, cattle, goats, and humans) as the intermediate host. The adult worms are very small, usually consisting of only three proglottids (total length = 3-6 mm), and they live in the dog's small intestine. Eggs are liberated in the host's feces, and when these eggs are ingested by the intermediate host they hatch in the host's small intestine. The larvae in the eggs penetrate the gut wall and enter the circulatory system. The larvae can be distributed throughout the intermediate host's body (although most end up in the liver) and grow into a stage called a hydatid cyst.
Hydatid cysts have the ability to grow quite large; cysts the size of golf balls are not uncommon, and cysts the size of basketballs are reported on rare occasions. The pathology associated with hydatid disease in the intermediate host depends on the size of the cyst and its location. One or two small cysts in the liver of a host might go unnoticed for years. However, a single large cyst in the liver could prove fatal. Hydatid disease is far more serious when the cysts are found in other locations, particularly the brain.
The infection is transmitted to the definitive host when the hydatid cyst is eaten. As one might suspect, this species of parasite is more common in areas of the world where dogs are used to herd sheep. Under most circumstances humans are a "dead end" in the life cycle, but hydatid disease in humans remains a serious problem because the disease can cause such serious pathology.

There are several species of Taenia that humans are likely to encounter. These include two species for which humans serve as the definitive host: Taenia saginata (now often called Taeniarhynchus saginatus), the beef tapeworm; and T. solium, the pork tapeworm. Several species of Taenia also infect dogs and cats (e.g.,T. pisiformis), and humans are likely to encounter these when they note the presence of these tapeworms' proglottids in their pets' feces.
All species of Taenia have similar life cycles. The adult tapeworm lives in the definitive host's small intestine. Proglottids, which contain eggs, break off the posterior end of the tapeworm, and these proglottids are either passed intact in the host's feces or they dissolve in the host's intestine and eggs are passed in the feces. The eggs of Taenia have a characteristic appearance, but they can not be differentiated to species. The intermediate host is infected when it ingests the eggs, and a cysticercus develops in the intermediate host. The definitive host is infected when it eats an intermediate host infected with cysticerci . As adults in the definitive host's small intestine, tapeworms rarely cause problems; in exceptional cases the tapeworms might physically block the intestinal tract, due to their large size, or proglottids might become lodged in the appendix and result in appendicitis. The proglottids of Taenia are large and muscular. Occasionally single proglottids or long chains of proglottids might crawl out of the anus of an infected human. Understandably, most humans would find this quite disturbing, and it surely would not be an appropriate topic for "polite conversation."

Although adult tapeworms in humans rarely cause problems, humans can also be infected with cysticerci. Such an infection is referred to as cysticercosis, and this can result in significant pathology.

Infections with Taenia are diagnosed by recovering eggs or proglottids in the feces of an infected host. The eggs of T. saginata and T. solium are virtually identical, but these two species can be differentiated based on the morphology of their proglottids and scolex (holdfast). However, since the same drugs are used for treating both species, such differentiation is generally unnecessary. The proglottids of canine and feline species of Taenia are rectangular and larger than those of Dipylidium caninum, thus making differentiation of these species relatively simple.

Killing Tapeworms

The herbal parasite program is not effective against all tapeworms. [In the old editions of the books Dr. Clark used to recommend Rascal against tapeworms.] The zapper can't reach every one either. Other traditional herbs, such as pumpkin seed or male fern, are helpful, but the most effective treatment I have found is Co-enzyme Q10.

It takes a very large amount, 3000mg, to reach tapeworm casts in far away places like the brain or bone marrow. This is 3 grams. If you are extra tall or heavy, it takes 4 grams [over 155 pounds].

Co-enzyme Q10 is normally present in every cell of your body. It is never toxic and there are no side effects. But its cost is prohibitive to take on an ongoing basis. Plan not to reinfect yourself again so that one dose is enough. You could re-infect yourself by eating rare meats or dairy products.

If you are very ill, take the large definitive dose every fifth day until you are better. If you are HIV positive but you are not ill, take it once a week. On other days take a smaller dose, about 400mg.

To get its full potency, take it on an empty stomach, such as before breakfast. You may open the capsules and eat the powder straight or stirred into pure honey /1/4 tsp.). Don't eat dozens of capsules. The capsules themselves could have an unexpected toxin.

If you are not HIV positive, you could reserve the large dose for times of illness, taking the large dose once a week until you are well.

Tough Tapeworms

But killing the tapeworm larvae still might not end your tapeworm disease! A few varieties of tapeworms, like Echinococcus multiocularis, have larvae inside their larvae! An even those second generation larvae can have more larvae inside them. These internal larvae are shielded from all things that might harm them. That is undoubtedly why they are not eradicated by the zapper current or herbs or even Co-enzyme Q10. The innermost larvae are called hydatid sand. Testing with a Syncrometer reveals that in some persons, unfortunate enough to have these tapeworm varieties, hydatid sand is still present and alive after all these treatments. E. granulosis is the most common variety to survive it all. It is found the world over, infesting sheep, cattle, pigs, horses, goats and dogs.
But what harm would a few left over stages of tapeworms do? With most of them dead, surely your health should improve. In themselves, they may do little harm. But Streptomyces which accompanies the larvae, does a great deal of harm. Streptomyces can spread through your body like a virus, attacking your weakened organs such as the thymus.

Streptomyces is not merely a nuisance, like Candida. Streptomyces makes protease! It uses up your nucleic acid bases, adenine and hypoxanthine; it makes nitrites out of nitrates; it makes ammonia out of your urea; it has powerful immune suppressant action on T-cells. This is no ordinary invader although it is present in the soil everywhere.

Unless you kill every grain of the hydatid sand and other leftover shielded larvae, you cannot get well.

At the same time, the cyst must not be opened to let out the mischief-makers, but merely penetrated to kill the contents. Fortunately, we have found a combination of two things that can penetrate a succession of membranes to kill the shielded larvae within, as well as any trapped eggs. They are cysteine and ozonated olive oil. We will discuss them shortly. But first, are there other parasites besides some tapeworms that can survive our treatments so far? Yes. Ascaris.

If you do not get well after the herbal parasite program, Co-enzyme Q10, and the zapper treatment, you can assume you have either leftover tapeworm stages or survivor Ascaris eggs.


The Curious Case of Ascaris

Ascaris lumbricoides is one of the largest and most common parasites found in humans. The adult females of this species can measure up to 18 inches long (males are generally shorter), and it is estimated that 25% of the world's population is infected with this nematode.

The adult worms live in the small intestine and eggs are passed in the feces. A single female can produce up to 200,000 eggs each day! About two weeks after passage in the feces the eggs contain an infective larval or juvenile stage, and humans are infected when they ingest such infective eggs. The eggs hatch in the small intestine, the juvenile penetrates the small intestine and enters the circulatory system, and eventually the juvenile worm enters the lungs. In the lungs the juvenile worm leaves the circulatory system and enters the air passages of the lungs. The juvenile worm then migrates up the air passages into the pharynx where it is swallowed, and once in the small intestine the juvenile grows into an adult worm. Why Ascaris undergoes such a migration through the body to only end up where it started is unknown. Such a migration is not unique to Ascaris, as its close relatives undergo a similar migration in the bodies of their hosts.

Ascaris infections in humans can cause significant pathology. The migration of the larvae through the lungs causes the blood vessels of the lungs to hemorrhage, and there is an inflammatory response accompanied by edema. The resulting accumulation of fluids in the lungs results in "ascaris pneumonia," and this can be fatal.

The large size of the adult worms also presents problems, especially if the worms physically block the gastrointestinal tract. Ascaris is notorious for its reputation to migrate within the small intestine, and when a large worm begins to migrate there is not much that can stop it.

Instances have been reported in which Ascaris have migrated into and blocked the bile or pancreatic duct or in which the worms have penetrated the small intestine resulting in acute (and fatal) peritonitis.

Ascaris seems to be especially sensitive to anesthetics, and numerous cases have been documented where patients in surgical recovery rooms have had worms migrate from the small intestine, through the stomach, and out the patient's nose or mouth.

Adult worms of this species do not develop in the human's intestine. (Some parasitologists believe that there is but one species of Ascaris that infects both pigs and humans, but any commentary on this issue is beyond the scope of this web site.)

Infections of Ascaris are diagnosed by finding characteristic eggs in the feces of the infected host.

Ascaris does not attach itself to you, it hardly even moves. It simply lies still in your organs absorbing nutrients and eventually filling up with eggs.
When you kill Ascaris worms by zapping or with the herbal recipe, they are mortally wounded. They are dying, but the eggs inside them are not. They were sheltered. Within a day these eggs begin to leave the dying worm. Soon hordes of eggs are dispersing in your body again!

And in another 24 hours they are beginning to hatch into larvae. You can detect this as it happens with a Syncrometer and test slides of eggs, larvae, and adults.

Of course, you are zapping and taking the herbal parasite killers. But again, these do not penetrate the Ascaris body to kill what is inside. It could take a few weeks for the dead Ascaris to be totally disintegrated so no more eggs are being sheltered within.

Surely, a few Ascaris eggs, still escaping into your body could not do much harm since the overall problem has been greatly reduced! This is not so. The eggs may even do more harm than the worms.

Ascaris eggs bring 3 very important pathogens that spread throughout your body: Rhizobium leguminosarum, Mycobacterium avum/intracellulare, and the common cold virus, Adenovirus. A flood of these are responsible for your night sweats! As soon as the last Ascaris egg is gone, these pathogens are gone, too, and the following night becomes free of sweating. If your night sweats come back, you know Ascaris eggs are present again. And in 24 hours, unless you kill them, they will hatch into larvae and start the whole cycle over again.

It takes about 3 weeks for large parasites like Ascaris and tapeworm larvae to disintegrate completely and be cleared from your tissues. If eggs or scolices are continually released during this time, the cycle of infection cannot be broken. Fortunately, the same two things that can penetrate tapeworm larvae can also penetrate Ascaris worms and mop up after them, whether dead or alive!


Strangle the Stragglers, How to make sure you kill all of the invaders stages.

Here is the Mop-up Program for both tapeworm larvae and sheltered Ascaris eggs:
ozonated olive oil, 1/2 tbs. taken morning and night
L-cysteine, 500mg, 2 capsules 3 times a day.
Buy a small ozonator to make your own ozonated oil.


You can easily make your own ozonated oil. Purchase an ozonator and a small bottle of olive oil. Pour off an inch or so. Attach an aerator to the end of your ozonator hose and drop it to the bottom of the olive oil bottle. Choose a ceramic or wood aerator, available at any pet store; the plastic varieties release benzene! The bubbles may make the oil flow over the top. In this case, pour more of it off. Turn the ozonator on before dropping the hose in the bottle. Ozonate for 20 minutes or longer. When done, cap the bottle and store in the freezer until you are ready to use it. It melts quickly when needed. After 5 days of use, ozonate again to restore potency.

Ozonated oil gives you no noticeable side effects, but it should be taken no more than necessary. One could expect the ozone to jump across from oil molecules to your fat molecules, aging them too soon. Fortunately, the dose is small and may be directed at the intruders before it is directed at you.

The cysteine should be the L-variety, not D-cysteine which is unnatural. It may be cysteine hydrochloride or simply free cysteine.

Taking this supplement can give you side effects, perhaps due to its penetrating antiparasite property. If you have serious side effects, reduce the dosage. Even if you reduce the dosage, do not take it longer than 3 weeks. Most persons get no side effects. But the more parasitized you are, the more side effects you could have: fatigue, loss of appetite, nausea. Remember, animals that are being deparasitized have similar symptoms.

I have not yet found a way to counteract these symptoms, so it is wise to drink lots of water while taking it, take vitamin C and vitamin E, 400mg, one a day. Vitamin E will counteract the over-oxidation produced temporarily by the ozonated oil. Take it two hours or more after the ozonated oil to make sure there is no loss of the oil's potency. Also, alkalinize yourself with 1/2 tsp. baking soda at bedtime since all sulfur compounds will acidify you. Be patient. Usually, all side effects disappear in a few days, but in difficult cases they may last a week. Make sure to eat regular meals in spite of appetite loss. You must not allow yourself to lose weight, even for one week. Taking a capsule of vitamin B1, 500mg, with each meal helps with appetite.

Cysteine has other important benefits for you. It counteracts the radiation we all get from living on this planet, called "background radiation". This might even explain why supplementing animals with cysteine had the effect of lengthening their live substantially. Cysteine is a heavy metal detoxifier, perhaps through the formation of glutathione. It is a precursor to glutathione and deserves a permanent place on your supplement list.

Nevertheless, supplementing with cysteine should not be overdone. After taking 6 capsules daily for 3 weeks (plus baking soda at bedtime), go off it completely for one week.

If your symptoms return or never completely left, you can assume that some eggs escaped or you still have a particularly resistant tapeworm stage. You may safely double the dosage of ozonated oil. Take one tbs. twice a day for one day only. It is not necessary to repeat this. No Ascaris or tapeworm stage can escape this one-time treatment. Only reinfection can give them back to you. Although there are no side effects, you may not take this dosage on a daily basis. But you may add it to your weekly maintenance program (including vitamin E).
 

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