Daniel Nathans facts for kids
Quick facts for kids
Daniel Nathans
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Born | October 30, 1928 in Wilmington, Delaware |
Died | November 16, 1999 |
Education | Washington University in St. Louis, University of Delaware |
Spouse(s) | Joanne Gomberg |
Daniel Nathans (born October 30, 1928, died November 16, 1999) was an important American biologist. He won the Nobel Prize in Physiology or Medicine in 1978 for his amazing discoveries.
Daniel Nathans was born in Wilmington, Delaware. He was the youngest of nine children in his family. His parents, Samuel and Sarah Nathans, came to the United States from Russia. They met and married in Philadelphia in 1910, seeking a better life.
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Daniel Nathans' Education
Daniel Nathans loved to learn. He went to the University of Delaware and earned a Bachelor of Science degree in Chemistry in 1950. After that, he continued his studies at Washington University in St. Louis. There, he earned a Master's Degree in 1954. His strong education helped him become a great scientist.
Winning the Nobel Prize
In 1978, Daniel Nathans won the Nobel Prize in Physiology or Medicine. He shared this huge honor with two other scientists, Werner Arber and Hamilton Smith. They won the prize for finding and using something called restriction enzymes.
What are Restriction Enzymes?
Imagine DNA as a long string of genetic code. Restriction enzymes are like tiny, super-smart scissors. They can cut DNA at very specific spots. This discovery was a game-changer for science. It allowed scientists to study DNA in new ways. They could cut out specific genes and even combine DNA from different sources. This led to the start of genetic engineering, which is used in many areas today, like making new medicines.
Later Life and Awards
Daniel Nathans continued his important work in science. In 1993, he received another major award, the National Medal of Science. This medal is one of the highest honors a scientist can get in the United States. Daniel Nathans passed away on November 16, 1999, at the age of 71. His work changed how we understand and work with DNA forever.