A copy of what I have collected up to now:

From Hulda Clark
Killing both Clostridium and the fluke will also stop production of Human Chorionic Gonadotropin (HCG), the hormone that protects the tumor. It is a human pregnancy hormone, the same hormone as protects the human fetus from attack by the mother's immune system! 12 This subtle imitation of pregnancy was already noticed before 1900. The Syncrometer shows that the cercaria stage of Fasciolopsis, together with isopropyl alcohol (from Clostridium), stimulates the hypothalamus to make HCG. In a human mother, the placenta makes HCG to start the trophoblast stage of the fetus. Now the tumor will get similar protection, a fact noticed by early therapists, but unheeded by later scientists. We will see the continued role of our hypothalamus gland in cancer.

http://www.drclark.net/en/drclark_protocol/cancer/advanced_cancer.php



Structure and Life Cycle

The trematodes or flukes are multicellular flatworms. Different species range in length from less than 1 mm to several centimeters. The flukes of medical importance are all digenetic, reproducing sexually in a definitive vertebrate host and asexually in a snail intermediate host. Flukes have a variety of different life cycle stages (Figs. 88-1 and 88-2; also see Ch. 86,Figs. 86-1 and 86-2). Adult male and female or hermaphroditic flukes inhabit the definitive vertebrate host and lay eggs. Free-swimming ciliated miracidia hatch from the eggs and infect snails, in which they give rise to sporocysts and rediae. The snails emit cercariae, which infect the vertebrate host either directly or via an encysted form known as a metacercaria.

Schistosomes

Three major species of schistosomes infect humans: Schistosoma mansoni, S japonica, and S hae matobium. The adult male and female schistosomes reside in human mesenteric or vesical venules. Fertilized female worms produce large numbers of egg, which pass out of the blood vessels, through the tissues, and into the lumen of the gut (S mansoni and S japonicum) or urinary bladder (S haematobium), from which they are shed into the environment, where they may infect a snail intermediate host. After a period of asexual multiplication in the snail, the cercariae pass out into water from which they directly penetrate into human skin. The young schistosomes migrate from the skin to the lungs and then to the hepatoportal system, where they mature, mate and pass down into the mesenteric or vesical venules (Fig. 88-1).

Liver Flukes

Fasciola hepatica is a hermaphroditic liver fluke that infects mainly ruminants but may incidentally, infect humans. It resides in the bile ducts of the liver, where it produces large numbers of eggs daily for many years. The eggs pass into the lumen of the small intestine and leave the body in the feces. If deposited in fresh water, the eggs hatch into ciliated miracidia, which, upon penetration of the correct species of snail, undergo several developmental stages and produce large numbers of cercariae. These tailed, free-swimming organisms leave the snail and encyst as metacercariae on the leaves of freshwater plants, particularly watercress. When ingested by the definitive host, the larvae excyst, penetrate through the gut wall into the peritoneal cavity, enter the liver capsule, and begin to wander through the hepatic tissues. This migratory phase continues for about 7 weeks. The half-grown flukes then enter the bile ducts, mature, and begin to produce eggs.

Clonorchis sinensis and Opisthorchis viverrini are also liver flukes; in the case of these flukes, how ever, the eggs hatch only after ingestion by certain species of snails, and the cercariae penetrate under the scales or into the flesh of certain freshwater fishes, where they encyst as metacercariae. After they are ingested in raw or inadequately cooked fish, the organisms excyst within the duodenum and, in contrast to F hepatica, pass directly into the bile ducts through the ampulla of Vater (Fig. 88-2).

Intestinal and Lung Flukes

The cercariae of Fasciolopsis buski, the intestinal fluke, encyst on certain species of water plants. When ingested, the metacercariae excyst within the duodenum, attach to the nearby intestinal wall, develop into adult worms, and begin egg production. The eggs pass out in the feces into fresh water, where the hatched miracidia penetrate into snails and develop into cercariae. The eggs of Paragonimus westermani, the lung fluke, pass into the bronchioles, are coughed up, and are voided in the sputum or swallowed and passed in the feces. After undergoing a period of embryonation, the eggs hatch and the miracidia penetrate into certain species of fresh water snails. Cercariae develop within the snails and then pass out into the water and penetrate crustaceans, in which they encyst. When inadequately cooked freshwater crayfish and crabs are eaten, the metacercariae excyst in the duodenum, penetrate the intestinal wall, and enter the peritoneal cavity, from which they migrate through the diaphragm and pleural cavity into the lungs and, occasionally, into the brain

From Hulda Clark :

Multiple Sclerosis & Amyotropic Lateral Sclerosis

Multiple sclerosis (MS) is a disease of the brain and spinal
cord. It is called lateral sclerosis if the disease is mainly in the
spinal cord.
It is caused by fluke parasites reaching the brain or spinal
cord and attempting to multiply there. Any of the four common
flukes may be responsible. Kill them immediately with your
zapper or a frequency generator (434 KHz to 421 KHz). They
cannot return unless you reinfect yourself. Stop eating meats,
except fish and seafood. All meats are a source of fluke parasite
stages unless canned or very well cooked. Pets and family
members are undoubtedly carriers of the same flukes, although
they do not show the same symptoms. Give away your house
pets. Don't kiss your loved ones on the mouth. Make sure your
sex partner has also been freed of fluke parasites.
The most important question you must be able to answer is
why did these parasites enter your brain and spinal cord? When
the brain contains solvents, it allows flukes to multiply there. The
solvents, xylene and toluene are common brain solvents always
seen in MS cases. Evidently these solvents accumulate first in the
motor and sensory regions of the brain, inviting the parasites to
these locations.
Xylene and toluene are industrial solvents used in paint and
thinners. It is also a pollutant of certain carbonated beverages (I
found it in 7-Up,TM ginger ale and others that I tested). Stop
drinking them.
All MS cases I have seen also harbor Shigella bacteria in the
brain and spinal cord. These come from dairy products. They are
manure bacteria. Be absolutely meticulous about sterilizing dairy
products. Even one tsp. unsterilized milk added to scrambled
eggs could reinfect you. Not even heavy whipping cream or
butter is safe without boiling. Kill bacteria every day with a
zapper. Shigellas produce chemicals that are toxic to the brain
and spinal cord. Eliminating Shigellas brings immediate improvement.
All large parasites like flukes have their own entourage of
bacteria and viruses. Perhaps it is these that initiate the brain's
reaction, which is inflammation and scar tissue formation in the
outer covering of brain cells and nerve fibers. Perhaps it is the
fluke stages themselves. Your brain is trying desperately to heal
these lesions, only to be assailed by a fresh batch of solvent and
Shigellas and another generation of parasites and pathogens.
The other pollutant associated with MS is mercury from
dental metal. The mercury that is constantly released in the mouth
does not all get excreted by the kidneys or eliminated by the
bowels. Some of it travels up to the brain and gets into the spinal
cord as well. You will be able to eliminate and excrete more
mercury by doing a kidney and liver cleanse. The mercury may
itself be polluted with thallium which is even more toxic. For
this reason mercury removal should be done extra thoroughly to
be sure no thallium has been left behind.
If you are concerned about MS-like symptoms, purchase
slides of the brain regions, cerebrum, and cerebellum. Or purchase
pork brains at the grocery store and snip out a portion of
the sensory lobe and cerebellum. Prepare these as test substances
(sterilize your hands afterward). Test your daily foods and body
products for their presence in these brain areas. Also test for
parasites, bacteria (especially Nocardia and Shigella) and other
pollutants such as arsenic and pesticides. If the disease (tremor
and lack of sensation) has not progressed too far, you can cure it.
In all cases you can stop it from progressing further by cleaning
up dentalware, the environment and diet.