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The foundation of modern genetics in China.
First, the international genetics expert is Tan Jiazhen. He established the first genetics major, the first genetics institute and the first life science college in China, and made great contributions to the development of genetics in China.
Tan Jiazhen is an international geneticist and the founder of modern genetics in China. He graduated from Soochow University in Suzhou in 1930, received a master's degree from the Graduate School of Yenching University in Beijing in 1932, and received a doctorate degree from the California Institute of Technology in 1936.
Tan Jiazhen has been engaged in genetics research and teaching for more than 70 years and has published more than 100 academic articles. The discovery of the "mosaic dominance phenomenon" of ladybug pigmentation inheritance is considered to be an important supplement to the development of classical genetics and a key argument for modern comprehensive evolutionary theory.
In the 50s of the 20th century, he established China's first genetics major, the first genetics research institute and the first life science school at Fudan University, which is known as China's Morgan. He brought the word gene into Chinese.
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Talk about Jiazhen. Tan Jiazhen (September 15, 1909 – November 1, 2008), Ningbo, Zhejiang.
He is an international geneticist and the founder of modern genetics in China.
He graduated from Soochow University in Suzhou in 1930.
He graduated from Yenching University in Beijing in 1932.
He received a master's degree from the graduate school.
He received his degree from the California Institute of Technology in 1936.
Ph.D. degree. In 1951, he joined the Chinese Democratic League.
In 1985, he was elected a member of the Third World Academy of Sciences and a foreign member of the National Academy of Sciences.
In 1987, he was elected a Foreign Member of the Italian National Academy of Sciences.
In 1980, he was elected as an academician of the Chinese Academy of Sciences.
Faculty Member).
In 1999, he was elected an honorary life member of the New York Academy of Sciences.
In 1999, the international asteroid No. 3542 was named "Tanjiazhen".
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The first genetics major in China was established by Tan Jiazhen. Tan Jiazhen is the founder of modern genetics in China and an international genetics expert, who has been engaged in the research and teaching of genetics for more than 70 years. In the 50s of the 20th century, he studied at Fudan University.
The first genetics major in China was established.
Tan Jiazhen was born on September 15, 1909 in Ningbo, Zhejiang.
He is an international geneticist and the founder of modern genetics in China. In the 50s of the 20th century, he founded China's first genetics major, the first genetics institute and the first life science school at Fudan University, and he was known as "China's Morgan".
In 1930, Tan Jiazhen graduated from Soochow University in Suzhou.
In 1932, he obtained the Yenching University in Beijing.
He received a master's degree from the California Institute of Technology in 1936.
Received a Ph.D. degree. In 1937, he taught at Zhejiang University.
Department of Biology. In 1952, he became a professor and head of the Department of Biology at Fudan University. He has been researching and teaching genetics for more than 70 years.
Tan Jiazhen devoted his life to the cause of genetics, and cultivated a large number of successors for genetics. While teaching at Zhejiang University, he discovered the mosaic dominance phenomenon of ladybug pigmentation inheritance. This discovery was recognized as a great contribution to the development of classical genetics, and it also caused great repercussions.
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Summary. He is one of the founders of modern genetics in China.
1. An international geneticist (Tan Jiazhen) established the first genetics major, the first genetics institute and the first life science college in China, making great contributions to the development of genetics in China.
He is one of the founders of modern genetics in China and an international geneticist.
It's Tan Jiazhen. He is one of the founders of modern genetics in China.
1. The international geneticist (Tan Jiazhen) established the first genetics major, the first genetics institute and the first life science college in China, and made great contributions to the development of China's posthumous hand transmission.
Tan Jiazhen (September 15, 1909 – November 1, 2008), a native of Ningbo, Zhejiang, is an international geneticist and the founder of genetics in China.
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Mr. Tan Jiazhen is one of the founders of modern genetics and international genetics in China. During his scientific research, Mr. Tan Jiazhen established the first Chinese Academy of Life Sciences, established the first genetics major in China, and established the first genetics research institute. While teaching at Zhejiang University, he discovered the mosaic dominance phenomenon of ladybug pigmentation inheritance.
This discovery has caused great repercussions in the international genetics community, and is considered to be a major contribution of Mr. Tan Jiazhen to the development of classical genetics. Mr. Tan Jiazhen has been engaged in genetics research and teaching for 70 years, and has made great contributions to the cause of genetics in China.
If not a problem. It's just that I think the concept and understanding are more important. Due to the number of words, it is a little troublesome to write. So I still don't write it.
Is it a high school student or a college student?
For high school students, a book of Mendelian pea hybridization and Morgan's white-eyed Drosophila hybridization are not enough. This lies in the connection, to find a large number of topics, to be familiar with common genetic models, to form your own genetic system. It is very reflected in the college entrance examination questions, and we should do more in this regard. >>>More
Micro Lesson Series丨Junior High School Biology Genetic Diseases and Eugenics.
There are 6 types. yyrr,yyrr,yyrr,yyrr,yyrr,yyrr.
We only study one pair of alleles at a time. >>>More
When YYSS (yellow round grain) is crossed with YYSS (green round grain) to obtain F1 generation as YYSS (yellow round grain) and then self-crossed, the obtained yellow round grain (genotype YYSS or YYSS or YYSS or YYSS) accounts for 9 16, yellow round grain (genotype YYSS or YYSS) accounts for 3 16, green round grain (genotype YYSS or YYSS) accounts for 3 16, and green wrinkle grain accounts for 1 16The recombinant type is yellow wrinkled grains and green round grains, so it accounts for 3 16 + 3 16 = 3 8 >>>More