Antonie Van Leeuwenhoek

 Antonie Van Leeuwenhoek

Anthony van Leeuwenhoek, who discovered the microbes, was born in 1632 in Delft, a town in the Netherlands.

The discovery of Lewinhawk was due to the habit of observing it under a microscope. At that time, microscopes were not available in the market for sale.

Leonhawk made the device for himself. He was not a professional educator nor did he have any training in this field. But his masquerade was really extraordinary and he was far more advanced than the professionals of that time.

The compound microscope was invented about a generation ago by Leonhock, but it did not use it.

Instead, he carefully and accurately rubbed short-lens lenses, giving him more powerful lenses that were not present in any of the first compound microscopes.

One of the lenses we have presents this object as 270 times magnifier. However, there is evidence that he succeeded in making a lens with a higher power.

Leonhawk was a very tolerant and careful observer. He was a man of deep insight and boundless curiosity. Everything from small insects was included.

Like the muscles of the limbs, the skin fibres and many other patterns. He also wrote down his observations. He also made detailed pictures of these objects.

After 1673, Leonhawk began a correspondence with the Royal Society of England, a leading scientific institution of the time. Due to his deprivation of higher education (he had received his primary education in school) he could not speak any language other than “Dutch”. In 1680 he was elected a member of this institution.

He also represented the Academy of Sciences in Paris.

Leonhawk married twice. He had six children. He was a good and healthy man. He continued to work diligently in the last years of his life. Included. He died in Delft in 1723 at the age of ninety.

Leuvenhawk made several important discoveries. He was the first person to describe the spermatozoa in 1677. He was one of the first to describe red blood cells. He also refuted the theory of the self-reproduction of the lowest species of life and gathered evidence against it. For example, he proved that The tree turns into an insect.

Its most important discovery was made in 1674 when it first proved the presence of microbes. It is one of the ten great seminal discoveries in human history. A completely unknown world is full of life. However, America itself did not realize how important this new world was to humanity.

The tiny germs he observed contained the energy of human life and death. Once he observed them, Leonhawk was able to identify their presence in several other places. In wells and ponds ‘in the rain’ inside the human mouth and intestines.

However, the practical application of Leuvenhawk’s great discoveries became possible only after a gap of two centuries in Pasteur’s time. In fact, until the nineteenth century, practical research on the subject of microbiology prevailed. Then, complex microscopes were invented. There is no difference in the overall development of science.

But there is no word on whether Leonhawk discovered the existence of germs. Through him, the world of science became aware of this creature.

Leonhock is often thought to have been able to make such important scientific discoveries by chance. This is not true. It was a natural consequence of observation.

In other words, his discovery was the result of his hard work and diligence. That is a complete contradiction of happiness.

The discovery of microbes is one of the few truly significant scientific discoveries that has been made on the head of a single person. Leuvenhawk worked alone. The discovery of bacteria and unicellular organisms was unexpected and, unlike other biological discoveries, was in no way a natural part of previous biological knowledge. It is featured on this list.

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