Gregor Johan Mendel Essay Research Paper Todd

Gregor Johan Mendel Essay, Research Paper

Todd Paoletti

Per 6

Mrs. Azevedo

Gregor Johann Mendel

Gregor Johann Mendel was born in 1822 in Heinzendorf, Moravia. It is now the

Czech Republic. When he was 22, he entered the Augustinian Monastery of St. Thomas at


The Augustinian monastery was established in Moravia in 1350. The monastics at the

monastery included philosophers, a musicologist, mathematicians, mineralogists and

phytologists who all liked scientific research and instruction. The library contained really old

spiritual books, every bit good as books covering with jobs in the scientific disciplines. The monastery

besides held a immense mineral aggregation and had an experimental botanical garden and a

herbarium ( whatever that is ) . It was in that monastery, Mendel subsequently wrote, that his

penchant for the natural scientific disciplines was developed.

After going an ordained to priesthood, Mendel was assigned to pastoral responsibilities.

But, it shortly became evident that he was more interested in learning and scientific discipline. He was

sent to a secondary school in the metropolis of Znaim and the pupils liked him. But, when he

took the measure uping province scrutiny for his instruction certification, he failed. It was

recommended that Mendel non recapture the scrutiny for at least a twelvemonth and his Abbot

brought him back to Brunn where he taught part-time. The Abbot, amazed at Mendel & # 8217 ; s

cognition in scientific discipline, sent him to the University of Vienna in order to better his accomplishments

for his redirect examination. Mendel spent four footings in Vienna ( 1851- 1853 ) where he attended

talks and seminars in natural scientific disciplines and mathematics. It was at that place that he acquired

the scientific accomplishments which he would utilize to use to his ulterior experiments. Mendel returned

to his monastery, and continued to learn in Brunn in 1854. When, two old ages subsequently, he

attempted to acquire his learning enfranchisement, he became sick and withdrew ( yeah right! ) . He

did non seek once more to take the scrutiny, but continued to learn parttime and was devote

to his research.

Soon after his return from the University of Vienna, Mendel began his

experiments. Using 34 different sorts of peas ( which, by the manner

had to be tested for their

familial pureness ) , he tried to find whether it was possible to obtain new types of peas

by & # 8220 ; hybridizing & # 8221 ; . Around this clip, everyone thought that merely the male contributed to

the traits of the topic, but Mendel thought that cistrons were contributed by both the male

and female. He finally established two rules of heredity that are now good cognize as

the Law of Segregation and the Law of Independent Assortment. He became the first

to understand the importance of a statistical experiment and to use a cognition of

mathematics to his biological job.

Mendel & # 8217 ; s findings on works hybridisation were presented in two talks before the

Society for the Natural Sciences in Brunn in 1865. The paper was & # 8220 ; Versuche uber

Pfanzenhybriden & # 8221 ; ( no, I don & # 8217 ; t cognize what that means ) . The cat in this nine, all laughed at

Mendel, and they didn & # 8217 ; t think any of his information was correct. It was still published in

the Society & # 8217 ; s Proceedings in 1866 and sent to 133 other groups of natural scientists and to

the more of import libraries in a figure of different states. His work, nevertheless, was

mostly ignored until, in the spring of 1900, three phytologists, Hugo de Vries ( Holland ) , Carl

Correns ( Germany ) and E. von Tschermak ( Austria ) reported independent confirmations of

Mendel & # 8217 ; s work which amounted to a rediscovery of his first rule. Now, everyone was

kicking themselves for non listening to Mendel. It was so that Mendel & # 8217 ; s work was

recognized. His work gave birth to a new subdivision of biological science & # 8211 ; genetic sciences.

Mendel was non huffy that his work was ignored for so long. Disappointment ne’er

affected him even as he pondered other jobs and applied mathematical methods to his

work in gardening, beekeeping ( ? ) , weather forecasting, uranology and other subdivisions of

scientific discipline. Just before his decease on January 6, 1884, he commented: & # 8220 ; My scientific labours

hold brought me a great trade of satisfaction, and I am convinced that earlier long the

full universe will praise the consequence of my labours & # 8221 ; . This cat has a reasonably good life narrative I


The End & # 8230 ; & # 8230 ; & # 8230 ; & # 8230 ; & # 8230 ; & # 8230 ; & # 8230 ; & # 8230 ; & # 8230 ; & # 8230 ; & # 8230 ; & # 8230 ; & # 8230 ; & # 8230 ; & # 8230 ; & # 8230 ; ..By: Todd Michael Paoletti

( bibliography supplied upon petition! )