Some scientists would disagree with my views on this subject; but there is no free and open discourse in science. Professional scientists are not free to express major opinions apart from consensus; and this allows propagandists to move to the forefront of science with little resistance. The resulting propaganda overwhelmed common sense quite dramatically with relativity, prions and global warming. So you have to get this information from an independent scientist.

The largest part of medicine has not really been studied yet. It's the domain of stealth diseases. These diseases are caused by genetic material with very little else attached to them. Some are viruses, but most of nanobacteria. They spend any amount of time just hiding inside the body before they cut loose with a deadly cycle of pathology. Most of them have names including Alzheimer's, Multiple Sclerosis, Parkinson's, AIDS, Mad Cow, some forms of Diabetes, some forms of Arthritis, Chronic Fatigue, all cancers and more. These are all caused by nanobacteria or viruses. Not all viruses have stealth characteristics, but all nanobacteria are probably stealth diseases.

Viruses and nanobacteria are chains of genetic material, usually DNA, but sometimes viral RNA, coated with protein, in the case of viruses, or flexible cell wall material for nanobacteria. Nanobacteria either synthesize cell walls designed to mimic host cell walls, or they simply steal cell wall material from the host. This makes them invisible to the immune system.

Some of the nanobacteria can be grown under artificial conditions apart from a host. This requires them to carry a small number of enzymes with the genetic material. When these types are grown in the laboratory, they are called mycoplasmas. If all of the nanobacteria could be identified, they would be placed in a large taxonomic scheme, but science hasn't gotten that far yet. The science of the subject is not progressing significantly, because modern science is deteriorating to a point where major advances are becoming impossible. You might get the opposite impression from television, but all you see is the technology of science, not the abstract knowledge which extends into the unknown.

Here's how stealth diseases work: Viruses and nanobacteria are small enough to move directly through cell walls, while normal bacteria cannot. Normal bacteria must destroy tissue to get nutrients, while stealth organisms can enter cells and use existing nutrients while doing very little damage. Getting into cells allows slow growth without evidence of a disease.

Another characteristic of stealth organisms is that they can move around in the body without being detected by the immune system or creating a pathogenesis. Often, they exist as pure genetic material, sometimes being incorporated into the host's genetic material.

With these characteristics, the stealth diseases bide their time, waiting for the most opportune time to attack the host with full-blown pathology. With Alzheimer's or Parkinson's, the nanobacteria wait for old age before overwhelming the victims. With cancers, the pathogens randomly pick a small percent of the population, using mutation rates to determine the proportion. This way they don't significantly reduce the availability of host's to infect.

Keeping a large population of available hosts is the primary characteristic of the stealth diseases. Normal diseases cannot do this, because they need to attack vigorously to maximize cell numbers, before the host dies or develops sufficient resistance to defeat the invaders.

Such highly sophisticated characteristics of the stealth diseases indicate that they have a long history of evolution. They have probably been around almost as long as the higher organisms which they invade. Plants appear to be as thoroughly infested with these denizens as animals are.

Cancer as a Stealth Disease