Gynaecologist/Obstetrician - How to enter the job

In the early 1930s, when Hume was writing about Béchamp and Pasteur, optical microscopes were all that existed (other than Rife's scopes). Electron microscopes did not appear until after World War II. The resolution limit of optical microscopes had a significant bearing in coining a new biological term: virus. The size of viruses versus bacteria became a major point of distinction between them. Only one "virus" could be seen with an optical microscope: the smallpox virus. The others were too small to see. Dr. Thomas Rivers of the Rockefeller Institute was influential in establishing the science of virology as a subdiscipline of microbiology in the 1920s. It appears that the distinction between bacteria and viruses may be rather arbitrary. Pleomorphic dynamics have finally been admitted to be of significance by mainstream science, but are still pushed toward the margins. When it is finally admitted how important it is – it may well be critical in overturning the current foundation of Western medicine - it would be advisable to recall what said.

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In a healthy body, trephone production is normal and necessary for life. In an unhealthy body, those next 13 mutation stages are accompanied by tremendous trephone production. When that occurs, two things happen to the cells. The first is that they undergo a fermentation process (remember ) whereby the cells lose their differentiation, undergoing a kind of reverse evolution where they become amoeba-like, and look like primitive, unicellular organisms. The second effect is that the cells begin dividing wildly, stimulated by the trephone production, or more properly, trephones produced because the trephone inhibitors (chemicals in the blood) have largely disappeared. That series of events leads to the production of cells that are called cancerous, i.e., typical cancer cells. They lose their differentiation and rapidly divide. They stop becoming team players in the body, stop doing anything useful, and instead hog nutrients as they wildly divide. In a sense, the cancer cells are helping to break down the body, similar to the way in which Béchamp’s microzymas would break down the body after death. With cancer, however, the person is not quite dead yet.


IVF, Fertility Clinic & Gynaecologist Gold Coast - Dr Flynn

Sonia Ceballos is an obstetrician and gynecologist at Women's Specialty Care in Las Vegas, ..

In 1848, Pasteur was working in crystallography, a subdiscipline of geology. During 1848, revolution gripped Paris and Pasteur left his laboratory for a few moments to show some of his patriotism (he must be categorized as a political conservative). If he lived in the USA in the early 21st century, he would have probably been a supporter or perhaps lean even further to the right. In 1848, Pasteur made his first discovery, and it was a worthy one. Solutions of dissolved substances could evidence optical activity, which meant that if polarized light were shined through it, the light would become rotated from its original orientation when it came out the other side. French physicist Jean-Baptiste Biot discovered the phenomenon in 1815. Nobody knew why some substances rotated light. Pasteur discovered why in 1848. He was making crystals of sodium ammonium tartrate, which is not an optically active solution. As the crystals formed in solution, Pasteur noticed that some crystals were mirror images of each other. He plucked them out by using tweezers and separated them into two piles. He then made solutions of them. One solution rotated light to the right, and one to the left. It was a major discovery, and Pasteur immediately rushed out and dragged a physics instructor who was passing by into his laboratory, and explained his discovery to him. Pasteur would later state that the rotation of the light was due to the molecule’s structure. He was correct.


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The investigators produced their results and met with our company’s management. Their investigation had virtually no legal status. It was a fishing expedition. They had nothing at all to try measuring our results against, because they had never done it before. There were no procedures for determining what their findings meant. By the statistics in the industry then and even a decade later, they discovered that we were an "average" lab. Some 21st century data suggests that there can be up to a 50% false negative rate. That does not mean that cervical cancer is going up; it means that the procedures are getting better at detecting "abnormalities." Being the bureaucrats that they were, the federal investigators called their differences "errors." They played investigator, policeman, prosecutor, and judge, in a type of court that had never been convened before. They were critical of our lab. Frankly, some of their criticisms were understandable, as it was run in a mom-and-pop style, with plenty of "homegrown" talent working there, meaning that the chief programmer used to be a specimen courier, as was the personnel director. That is common in privately held companies. There are good things and bad things about that phenomenon, and one downside is that the staff is not as professionally trained as in a more standard corporate environment. That did not apply to the cytologists, however, or the pathologist who ran the lab. Some of their criticism was well founded, but we were singled out from the entire USA for that investigation. How much of the attention we were getting was because we were the largest privately owned lab and not part of a corporate conglomerate as all the other big labs were, and how much was because the owner was black?