- •In Search For New Anticancer Agents By Means Of a Protein Kinase Technology Platform
- •5. Translate the sentences paying attention to the Complex subject
- •7. These factors have been shown to inflict a pertinent restraint action on market development.
- •A. Give the English equivalents of the word combinations
- •3.B. Give the Russian equivalents of the word combinations
- •4. Translate the sentences paying attention to the Complex Object
- •5. Choose the true variant
- •I can see through you
- •Were they not suspicious of all sorts of technical innovations?
- •This examination is too costly to become widespread in Russia.
- •6.Why did Soviet health providers achieve good results operating first computer tomographs?
- •Complete the sentence
- •3.A. Give the English equivalents of the word combinations
- •3.A. Give the Russian equivalents of the word combinations
- •Information Management System For Catheterization Labs
I can see through you
At one time the frail condition of the elderly Soviet elite gave an impetus to domestic medicine that keeps it going even now.
Awarding a Nobel Prize to the inventors of magnetic-resonance tomography all but overshadowed a little Russian jubilee: A quarter century ago, the country’s first computer tomographs were launched in Moscow. This happened just five years after a new diagnostic research method was invented, and a year before Allan M. Cormack and Godfrey Hounsfield, the methodology authors, were awarded a Nobel Prize for medicine. Have we since kept up with “diagnostic progress”? How safe is the new procedure? Professor Sergey Ternovoy, head of the radiation diagnostics and therapy department at the Moscow Sechenov Medical Academy and member of the Russian Academy of Medical Sciences, is interviewed by a MN’s correspondent.
“The pre-computer era of medical diagnostics is subdivided into two stages: before the discovery of X-rays and after,” Sergei Temovoy says. “X-rays helped look inside the human organism. By the 1970s the method had largely outlived its usefulness. In particular, it seemed that the human brain, safely covered by the cranium, would never been seen. And then came a breakthrough: Godfrey Hounsfield, an employee with a British plate making company, created a device to study the brain. An X-ray generated image was processed by the computer, and there it was -the picture. Several years later, the method was widely used to study the whole organism - the liver, the kidneys, the mediastinum, the vessels, etc. Incidentally, magnetic-resonance tomography is also a spin-off of the breakthrough made at the time: Basically the same mathematical modeling methods are used both in this and other modern technologies (digital ultrasonic diagnostics or isotope diagnostics).”
What is striking is the speed with which the innovation was tapped in this country, behind the Iron Curtain.
The fact is that specialists had been monitoring the latest developments. I for one saw a film about die new procedure at an exhibition, Hospital 1974. At die time, the 4th Main Administration of die Health Ministry was headed by Yevgeny Chazov. He saw at once what opportunities were opened by that discovery. Some of the leading healthcare providers in the Soviet Union served members of the Cabinet and the Politburo, including the Central Clinical Hospital of the 4th Main Administration [popularly known as the Kremlin hospital. — Ed.) and the Institute of-Neurology. Two machines were bought for them and went into operation in 1978.
You were the one who mastered the new methodology at the Kremlin hospital. Do you remember your first patient?
It was the president of a state in North Africa. We had examined him even before the equipment was officially “launched,” which did not happen until after it was thoroughly checked by KGB experts. They repeatedly turned it on and off, operating it in various modes to make sure that there were no bugs: After all, the country’s top leaders were to be examined there.