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2nd session of Cancer
White Blood On the morning of December 1947, Sydney Farber was waiting for a parcel from New York at a Boston laboratory. Children in white were lying on beds in the hospital ward, 100 feet away from the laboratory in the basement of the children's hospital. There was a buzz of doctors and nurses.
But Farber's lab was empty and voiceless. Glass structures and chemicals were kept in cupboards. There was a strong smell of formline.There were no patients coming to this lab. Only patients' tissue or bodies were brought for postmortem. Farber was a pathologist. It was their duty to perform an autopsy, identify the disease, recognize the cells, but not treat the patient.
Farber's expertise was in children's diseases. He had spent twenty years watching Sample from Microscope in the same lab. He had developed into a chief pathologist. They had not touched any living patient in life. They felt prisoners between cells and tissue.Farber wanted to do something new and big. Microscopes were looking to use knowledge derived from the world in the world of diseases and patients. The parcels from New York had yellow crystals. It was aminoptrian. They ordered it in the hope that they could do something for children's leukemia (blood cancer).
The children's lycomia had been bothering and confused doctors for more than a century. The disease had been analysed. It had been classified, more classified and more patiently. Images and taxanomi of lecomy cells could be read in detail in books written by Anderson and Boide. But all this knowledge only increased the helplessness of medical science. Photographs and analysis, such as for an exhibition. Medical science had no practical proposal for patients.After being diagnosed, one could wait to die. ۔۔۔۔۔۔۔۔۔۔۔۔۔ The discovery of the leukamia was made on March 19, 1845 by Dr John Bennett of Scotland. An twenty-eight-year-old patient had a perseral swelling in the sesame. He had felt a tumour on the left side of his stomach which continued to grow over the next four months and then stopped growing.The tumor stopped but the patient's difficulties were increasing. In the following weeks, one pain after another appeared.
Fever, bleeding, severe pain seizures. Then tumors began to appear on the armpit, neck and leg. The patient was then given a traditional treatment with leeches but died soon after. Bennett conducted an autopsy and they found something unusual in it. The patient had a large number of white cells in his blood. These cells are more in the pap. Bennett estimated that there was a pap to compete with an infection and the patient died of the infection. The problem was that in careful analysis of the body, after sifting through each organ and tissue, there was no infection, no wound, no ulcer. It seemed that the blood had been sown and sown. Bennett called it "a blood pap," and finished talking here.۔۔۔۔۔۔۔۔۔۔۔۔Bennett was wrong about it. Four months later, a German researcher, Radolph Vercho, publishing another case, which was similar. The blood of a middle-aged woman was filled with white cells. There were some blisters in the sesame. At the time of the autopsy, the pathologist did not even need a microscope to observe it. White seemed to float in the blood.Vercho knew bennett's case but disagreed with Bennett's theory. These unusual symptoms were bothering them. Such a big sesame? No means of pap. No wounds.
Verchu suspected that the problem was the blood level. They named the disease "white blood. In 1847, it was renamed As Leukimia. (Leukos is called white in Greek). Like Bennett, Verchu didn't know what the disease was, but he wrote clearly that he didn't understand it.Writing and naming it correctly were important steps that paved the way for thinking.(Continued)
By Ahmed Saeed
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