In the olden times, people were often subjected to exploratory
surgeries. Why? Because medical science was not so advanced during that
time to look for the health problem. However, it all changed in the
November 1895 when German Scientist, Wilhelm Röntgen discovered a
special ray. The radiation, which was unknown, was causing the barium
platinocyanide to glow even when it was placed inside a black box. His
discovery and new theory was later on justified when he took the first
x-ray of his wife's hand.
Soon after the potent discovery of these rays, the first x-ray machine was used in the surgery by Major John Hall Edwards in 1896. Since then, medical science made rapid progress into exploring more possible medical uses of these rays. Today, the advancements in healthcare sector have made it possible for people to undergo quick and efficient diagnose for probable injuries. The concept of x-rays did not remain stagnant, it paved way for many more radio imaging technologies such as ultrasound, sonography, CAT scan and fluoroscopy to name a few.
The first successful ultrasound took place in the year 1947, several years after the discovery of x-rays. In fact, in the same era there were many scientists around the world who were experimenting to find new diagnostic ways. However, the discovery and invention of this radio imaging technology wasn't enough on its own. The early x-ray machine, just like other medical equipments was bulky and non-portable. The patient had to be subjected to heavy metal plates and the x-ray film used to take quite a lot of time to produce image. Moreover, the machine couldn't allow for flexible diagnose, which means it was quite difficult for the patient in certain scenarios.
1970's made the radio imaging technology even more advanced with the introduction of MRI machine. However, it was the year 1980 when the first MRI of human brain took place. Consequently there were many other advancements and introduction to potential diagnose techniques. Digital X-rays were introduced in the late 90's and since then medical diagnosis has become much more convenient.
The technology has allowed an average x-ray manufacturer to provide quality radio imaging machines which can assist in head to toe diagnosis of a human. These machines are now imperative in diagnosing broken bones, teeth decay, stones, heart blockage and many other health problems. The evolution of an x-ray machine has not stopped and technology will only make things better in future.
Soon after the potent discovery of these rays, the first x-ray machine was used in the surgery by Major John Hall Edwards in 1896. Since then, medical science made rapid progress into exploring more possible medical uses of these rays. Today, the advancements in healthcare sector have made it possible for people to undergo quick and efficient diagnose for probable injuries. The concept of x-rays did not remain stagnant, it paved way for many more radio imaging technologies such as ultrasound, sonography, CAT scan and fluoroscopy to name a few.
The first successful ultrasound took place in the year 1947, several years after the discovery of x-rays. In fact, in the same era there were many scientists around the world who were experimenting to find new diagnostic ways. However, the discovery and invention of this radio imaging technology wasn't enough on its own. The early x-ray machine, just like other medical equipments was bulky and non-portable. The patient had to be subjected to heavy metal plates and the x-ray film used to take quite a lot of time to produce image. Moreover, the machine couldn't allow for flexible diagnose, which means it was quite difficult for the patient in certain scenarios.
1970's made the radio imaging technology even more advanced with the introduction of MRI machine. However, it was the year 1980 when the first MRI of human brain took place. Consequently there were many other advancements and introduction to potential diagnose techniques. Digital X-rays were introduced in the late 90's and since then medical diagnosis has become much more convenient.
The technology has allowed an average x-ray manufacturer to provide quality radio imaging machines which can assist in head to toe diagnosis of a human. These machines are now imperative in diagnosing broken bones, teeth decay, stones, heart blockage and many other health problems. The evolution of an x-ray machine has not stopped and technology will only make things better in future.
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