Gergor Mendel's Incredible Understanding of the Principles of Heredity

In the yellow or green sheath, the second experiment, he discovered that the Mendelian named gene dominates other dominant low genes (dominant alleles). For example, the seed color of pea plants is not yellow in green in F1 generation. The problem recurs and the green function disappears. Therefore, Mendel continues to find some green seeds in F2 (2nd generation). He found three yellow seeds and he had a green seed at a ratio of 3: 1.

Gregor Mendel, known as the "father of contemporary genetics", was born in Austria in 1822. Monk Mendel discovered the basic principles of heredity in experiments in the garden of the monastery. His experiments show that the inheritance of specific traits in pea plants follows a specific pattern, which later becomes the basis of modern genetics and leads to the study of heredity. Gregor John Mendel was born on July 22, 1822 in John Mendel on the farm with Anton and Rosin Men at Heinzendorf in Austria. Anton and Rosine Mendel were born. He spent his youth in a rural environment until 11 years old, suggesting that a local principal impressed with his academic ability will be sent to Troppau middle school for continuing education. This movement was economic stress for his family and often a tough experience for Mendel, he did a good job at school and in 1840 he graduated with honor from the school.

Modern genetics began in the 1860s when Augustine monk Gregor Mendel discovered the basic principle of heredity. He suggested various theories that states that parents pass genes to children like genetic particle theory, but states that it is an independent element from generation to generation. During her studies at the University of Vienna, physicist Professor Doppler trained him to apply quantitative methods to study natural phenomena. Furthermore, at the University of Vienna, botanist Anger is interested in the cause of plant genetic mutation. He chose to study peas as there are many kinds that are easy to distinguish peas. In addition, you can control mating closely to ensure parent / child relationships of new seeds. The petals of these flowers surround the pistil (the female part of the flower) and the stamens (the male part of the flower) and prevent cross-fertilization.

Essay.com/ About basic genetics. Contains information. Above: Gregor Mendel, Genetic Particle Theory, Doppler Professor, Anger, Otaru Plaza, etc.

Includes information on basic genetics. Above: Gregor Mendel, Genetic Particle Theory, Doppler Professor, Anger, Otaru Plaza, etc.