This from a man who isn't even a doctor. Who says you gotta be a scientist?


http://www.wired.com/medtech/health/news/2...kanzius_therapy

The Kanzius machine is a rip off of the Royal rife machine. Nanobots are not the only things that work with this technology, Simple minerals work as well, ie. iron, magnesium, etc. anything metal base and as we know these minerals are easily discarded in the human body. The human body only uses what is necessary then naturally discards the rest. This application in my theory and belief will benefit the spreading problem more efficiently, if you choose to use this particular route of usage. I also believe that our eyes should be opened much wider to the whole situation , not just take one avenue , such as heating metal and zapping the cancer cells. I think this radio frequency thing has a lot of different potentials and avenues of uses yet to be discovered or applied. I have a tendency to believe that the radio frequencies in them selves may very well be capable alone to cure cancer, providing the right and relevant frequencies are used.

John Kanzius’ Machine
http://pittsburgh.cbslocal.com/2012/05/07/...anzius-machine/

I have a question about cancer that maybe somebody can answer. Does cancer get nerve tissue from the body? Cancer gets circulatory tissue.

In other words, when normal cells divide the local circulatory tissue divides so both cells have blood supply. The local nerve cells also divide to connect both cells to the brain's control system. Does cancer get nerve tissue so it is wired into the control system, or does it exist outside the perimeter?

If you Google does cancer have nerves or whatever it brings you to cancers of the nervous system. That is not the question.

I wouldn't expect it to.

Tumors can release a growth factor into the mileu called VEGF*. This causes the growth of blood vessels in the direction of the tumors, and allows the tumors to get a source of nutrients.

Neurons tend to already be 'fixed' where they're supposed to be projecting to - either connected to a muscle or a gland. That said, there are growth factors that can cause neuronal sprouting, such as BDNF or NGF. I guess a tumor could release such factors, but there's no reason why they would. As well, the tumor does not directly benefit from being connected to the nervous system like it benefits from connecting to the blood system.

*these are abbreviations of protein signalling factors that are released by cells in order to communicate with cells close to them. I don't write them out, because their names don't really matter other than the fact that they're different names, so they do different things.

Nerve tissue is smart tissue. If the tumor is not hooking itself up to the nervous system it is out of the control loop. I would expect something out of the control loop to lose control easier than something in the loop. Instead of having to maintain a specific differentiation, it gets to go free style.

The blood supply has a slightly alkaline pH, i.e, slightly negative charge. While the surface of nerves are positively charge due to high levels of sodium cations. If the tumor only uses the circulatory tissue it can shift the external charge toward alkaline more often.

Replicating cells tend to have more cationic pump reversal causing their membrane potential to fall. The average external membrane, heads more in the direction of an equilibrium with the external alkaline.

A simple solution is force grow nerves into tumors. This is not smart tissue yet, but it will shift the charge balance. Smart tissue can take it to the next level and mold it into a inert mass for easier removal.

This sounds promising as cancer therapy.





Viruses in white cells

Rather than see each type of cancer as a unique thing, I try to look at them as how they all the same, so there is logic for global strategic medicine. Tactical medicine will always be one battle behind. The Trojan horse will work one castle at a time, while new castles are build. A castle buster is quicker.

One way explain why we get different cancers, in different situations, is the cancer is in partial equilibrium with its location. The cancer has autonomy but is nevertheless forming a partial equilibrium with the local potentials. If it changes locations the potentials will change. We give cancer to much credit.

An analogy might be you taking a vacation, to a tropical place. You are autonomous but to embrace the culture, you might wear the funny hat of the locals, but it does not look quite natural on you. If you island hop you will wear a new hat.

The question is how is such partial equilibrium, possible, when there does not appear to be enough organic chemical exchange to explain it? It has to do with water potential. Sodium cations are kosmotropic in that they induce order in water. Potassium ions are chaotropic and will create disorder or entropy in water.

Cells concentrate potassium ions inside since these cations help to create entropy in cellular water to help break up the surface tension induced order in the water, so bio-materials can open up and play. There is a global affect.

Outside the cell, the sodium cations will do the opposite and induces order in water implicit of a higher global surface tension analogy. This makes organic things in the water want to phase separate, into the external membrane, to get out of the way of the water. They are then actively transported.

The brain's control system is rich in external sodium cations and is there to maintain order in the external water. When cell replicate the cation pumps will reverse and the membrane potentials lowers. If you have extra control system sodium cations and external ion pumps, you can regulate the local membrane potentials and influence the equilibrium for replications cycles.