Har Gobind Khorana information in Marathi language – हरगोविंद खुराना आग्या मुहोस् बियोकेमिस्ट हर गोविंद खूराना वेशेमिस्ट हर गोविंद खॉराना वेशेशमिस्ट हर गोविंद खराना वेशेष: क कोड़्या संद्धात देखें He was born in India in 1922 and in 1968, he was awarded the Nobel Prize in Medicine for his work on nucleotide sequencing.
Har Gobind Khorana information in Marathi language
हरगोविंद खुराना आचिया मुभारा Information of Har Gobind Khorana in Marathi language
| name: | Dr. Hargovind khurana. |
| born: | 9 February 1922 |
| birth place: | Raipur (district Multan, Punjab). |
| father: | Lala Ganpat Rai. |
| wife: | with Esther (1952). |
| education: | [1945inMScand1948inPhD |
हरगोविंद खुराना अध्या जीवन (Early Life of Hargobind Khurana in Marathi)
On January 9, 1922, Har Govind Khorana was born in Raipur, a small village in Punjab, India, to Krishna Devi and Ganapat Rai Khorana, the youngest of five children. தித்தை ஆ ோரிநை हूटी and his father was working as a clerk in the British Indian Army.
Khorana studied in a small school and they liked science. He began his studies at Punjab Vidyapeeth, where he received his science degree in 1943. At the Liverpool University, Khorana resumed his education and in 1948 he became an organist.
हरगोविंद खुराना अग्यकरी (Career of Hargobind Khurana in Marathi)
After completing his PhD, Khorana did research in UK, Switzerland and Canada. British Columbia विदीपीटाटात विभाष्टी काम कार्म के अधिक, ते 1952 है। Later, he held positions at the Massachusetts Institute of Technology, the University of Wisconsin and the University of Maryland (MIT).
Khorana did his most important research at MIT. In the early 1960s, they discovered how genetic code and DNA code for protein production were coded. द्नाच्य नुक्लोटिडेस्ची मांडनी प्रथिनाखें अमिनो आचिद्धी जाज्ञे द्या त्य प्रक्र्यियेत diameter.
In 1966, the first gene was fully synthesized when Khorana and his T were able to be synthesized. या कामा जाई अध्या अनुवान्षिक अनेजेंजिक एंजेजनाचा मागकला जाला जाला जा जा अग्या जेग्या ज़क्सनी खक्सनी खक्सनी .
हरगोविंद खुराना नोबेल परिटोषिक (Hargobind Khurana Nobel Prize in Marathi)
For the investigation of the genetic code and its function in protein synthesis, Robert W. Holly, Marshall W. Nirenberg and Khorana received the 1968 Nobel Prize in Physiology or Medicine. Khorana’s research is mainly in nucleic acid and nucleotide sequencing
By 1970, after receiving the Nobel Prize, Khorana began studying at MIT, where he decided to pursue a career. In 1991, he worked at the University of Wisconsin until his retirement.
For his contribution in the field of biochemistry, Khorana received various awards and contributions to the environment. Khorana received various awards and contributions to the environment. In addition to receiving the National Science Medal in 1987, in 1967 he became a National Science Academy
Khorana हे आश्या परोपकाराधि अध्या शैक्षित नाच्टा सादाप्र ध होते सादाप्र धोटे In 1993, he established the Khorana Program for Scholars, which helps Indian undergraduates and foreign students.
हरगोविंद खुराना वर्षा (The Legacy of Hargobind Khurana in Marathi)
Har Govind Khorana’s work on genetic coding and nucleotide sequencing had a long-lasting impact on scientific research in the field of biochemistry and established genetic engineering and our knowledge of how genetic information is stored and transmitted.
Khorana’s legacy is beyond his science’s contribution. He tried to increase the diversity and inclusiveness of science and in the underdeveloped nations शरक्षे शरक्षे शरक्षे शरक्षे शरक्शनित and े होते. Scientists and teachers around the world are constantly inspired by his dedication to philanthropy and social justice.
final thought
हर गोविंद खोराना हे एक अग्यास्वी केमिस्ट होटे जिक्षा आनुवान्षिक कोड एनुक्लोटीगड सिक्षोवेनकल वशास्त्राचे ब्याजासत केले For his contributions in the field, he was awarded the Nobel Prize in Physiology or Medicine in 1968. In his entire career, he made many other important contributions.
Khorana’s work on how genetic information is stored and transmitted is a significant step forward in creating a working gene that is sure to be of use in the future of genetic engineering.
In addition to his contributions to science, Khorana was known for his generosity and work to advance science in underdeveloped nations. His establishment of the Khorana Program for Scholars gave Indian students the opportunity to study Chinese in the United States and contributed to the advancement of inclusivity and diversity in science.
Khorana’s memory continues to inspire researchers and teachers. बुद्धिजीवी and the future generation of scientists social justice and scientific research will advance the future generation of social justice and scientific research.
Frequently asked questions
Q1. हर गोविंद खोराना कोन होते?
Marshall Nirenberg, Robert W. Holly and भारतिया वांशाचे American biochemist हर गोविंद खोराना got their अनुवान्षिक कोडावरी अनुवान्शिक कोड़ी अधी वाजी or the Nobel परिटोषिक in medicine. In 1922, Khorana was born in Raipur, India. Before going to America to complete his doctorate, he completed his work in Lahore in Pakistan. In 1948, he obtained a doctorate in biochemistry from Cambridge University.
S2. கர்ராந்கை ஜெனுக்கியு संहितेवरील विशिष्ट काय होटे?
अनुवांशिक कोड, जो नुक्यलोतिडेस्चा क्रम है जो प्रेटिनो अमीनो अमीनो आसिद्चाचा क्रम अनुजतोचर्य, हा खा खाषाभतोच्य य खा खाशाभतोचर्य ोता. Khorana and their colleagues prepare small RNA fragments with specific nucleotide sequences. Then they translated it into proteins using artificial RNA molecules. This research has contributed to the understanding that the genetic code is a triplet code, where each amino acid is represented by a set of doublets.
S3. Khorāna अध्या विज्ञाइल आत्र कार्यों काय होटे?
In addition to his work on genetics, Khorana discovered the mechanism of using synthetic genes to treat genetic diseases and was the first to create functional genes.
S4. What awards and honors did Khorana receive?
Khorana has received many awards including the Albert Lasker Award for basic medical research, the Gardner Foundation International Purification Foundation, and the Nobel Prize in Physiology. In addition, he was a member of the Royal Society and the National Academy of Sciences.
S5. khorana yorna warsza кай хота?
Khorana’s research on genetics has benefited a lot. Because of their work, it helped to clarify that the creation of new technologies such as gene therapy was paved and genes were called genes. Khorana is known as one of the most important scientists of the 20th century.
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Source: SCHOOL TRANG DAI
