Famous 21st Century Biochemists

American biochemist Jennifer Doudna of the University of California, Berkeley, who has made fundamental contributions in biochemistry and genetics, is best-known for her pioneering work in CRISPR gene-editing. Doudna and Emmanuelle Charpentier received the 2020 Nobel Prize in Chemistry for developing a method for genome editing through CRISPR, marking them as the only two women to share science Nobel ever.

The first woman to command the International Space Station, NASA astronaut Peggy Whitson was born to farmers and decided to become an astronaut after watching the moon landing on TV. She also boasts of a PhD in biochemistry and has been a researcher and educator of biochemistry and genetic engineering.

Nobel Prize-winning neurobiologist Eric Kandel is known for his research on the role of synapses in memory and learning. An Austrian Jew, he left his country with his family and moved to the U.S. in the wake of anti-Semitism. A doctor, specializing in psychiatry, he later taught at Columbia University.

A pioneer of psychedelic drug synthesis, Alexander Shulgin came to be known as The Godfather of Ecstasy, for reinventing the drug MDMA, or ecstasy, for medical use. The Harvard drop-out, who later studied psychiatry and pharmacology, would often experiment his newly invented drugs on himself, his wife, and his friends.

Co-recipient of the 2008 Nobel Prize for Chemistry for discovery and development of the green fluorescent protein, Roger Yonchien Tsien began working on the subject in collaboration with Osamu Shimomura and Martin Chalfie while serving as professor of chemistry and biochemistry at University of California. Also a pioneer of calcium imaging, he is known for developing various dyes including Fura-2.    

Nobel Prize-winning Japanese immunologist Tasuku Honjo is known identifying the programmed cell death protein 1 and for revolutionizing cancer immunotherapy. Initially part of the University of Tokyo's faculty of medicine, he later taught genetics, immunology, and medical chemistry at several institutes. He was a foreign associate of the U.S. National Academy of Sciences.

Hungarian biochemist Katalin Karikó is best known for her research on mRNA, which led scientists to develop the first mRNA-based vaccine in the wake of the COVID-19 pandemic. After working at the Biological Research Centre in Szeged, she moved to the US due to lack of funding.

A legend of anatomy, Keith L. Moore was also one of the founders of the American Association of Clinical Anatomists. The author of books such as Before We Are Born, Moore was also known for his study on the scientific accuracy of statements related to embryology mentioned in the Quran.

Nobel Prize-winning British biochemist Tim Hunt is best known for his research on cell cycle regulation. He was the first to isolate cyclin, while studying sea urchins. His work helped scientists working on cancer research. He has been knighted for his achievements and has also won the Royal Medal.

Nobel Prize-winning biochemist Paul Berg is best known for his research on recombinant DNA techniques. The Stanford professor was born to Russian Jewish immigrants in New York and is a Penn State alumnus. He has also won the National Medal of Science, among other awards.

Shannon Lucid once held the record for the longest space stay by any woman and by any American. Born in China, to missionaries, she was imprisoned by the Japanese, along with her parents, as an infant. The family then moved to the U.S., where Lucid studied at the University of Oklahoma.

Japanese biochemist Satoshi Ōmura won the Nobel Prize for contributing to the discovery of avermectin and ivermectin, and thus helping in developing treatments for roundworm parasite infections. He has also been associated with the faculty of the Kitasato University and the Wesleyan University.

Tomas Lindahl is a Swedish-British scientist who specializes in cancer research. He is best known as the winner of the 2015 Nobel Prize in Chemistry, which he received alongside Turkish chemist Aziz Sancar and American chemist Paul L. Modrich. Over the years, Tomas Lindahl has also been honored with other prestigious awards such as the Royal Medal and Copley Medal.

Shirley Marie Tilghman, the nineteenth President of Princeton University, currently the Emeritus Professor of Molecular Biology and Public Affairs, is considered to be one of the most influential female scientists of our time. Although she is no longer involved in active research she is known for her contributions in the fields of molecular genetics, especially in genomic imprinting.

The son of an architect, Stanley B. Prusiner earned the nickname "little Genius" for inventing a bug repellent in school. The Nobel Prize-winning biochemist and neurologist is best known for discovering prions, or proteins that cause diseases, and thus suggesting an explanation for the mad cow disease.

American molecular biologist and Nobel laureate Walter Gilbert pioneered research on the sequence of nucleotide links in DNA and RNA molecules. The Harvard and Cambridge alumnus later taught at Harvard. He also co-established firms dealing with genetic engineering and pharmaceutical research and was part of the Human Genome Project.

Carol W. Greider is a molecular biologist who discovered the enzyme telomerase in 1984. Her discovery was honored several years later when she received the 2009 Nobel Prize for Physiology or Medicine, along with Blackburn and Jack W. Szostak for their work on telomeres.  The trio also shared the Albert Lasker Award for Basic Medical Research for the same work.  

Molecular biologist Richard J. Roberts is best known for his Nobel Prize-winning research on split genes. The Harvard alumnus had wished to be a detective as a child but changed his mind after being gifted a chemistry set. He was also made a Fellow of the Royal Society and knighted.

Born into a family of Polish immigrants, Robert Lefkowitz grew up to be a cardiologist and biochemist, and later taught at Duke University. He is best known for his research on the signal-receiving receptor molecules, such as the GPCRs, which eventually won him a Nobel Prize.

Christian de Duve was an English-born Belgian cytologist and biochemist. For his discoveries of two cell organelles, peroxisome and lysosome, he shared the 1974 Nobel Prize in Physiology or Medicine with Albert Claude and George E. Palade. He was the founder of the International Institute of Cellular and Molecular Pathology in Brussels, which was later renamed in his honor. 

David Julius is an American physiologist best known for winning the prestigious Nobel Prize in Physiology or Medicine in 2021. He won the award alongside Ardem Patapoutian for discovering the receptors for touch and temperature. David Julius is also the recipient of several other awards, such as the Shaw Prize,  Gairdner Foundation International Award, and Prince of Asturias Prize.

Nobel Prize-winning Japanese organic chemist and marine biologist Osamu Shimomura is remembered for discovering the green fluorescent protein, or GFP. He was also associated with Princeton University and the Marine Biological Laboratory as a researcher and faculty member. He was named to the US National Academy of Sciences, too.

American chemist Roger D. Kornberg studied at Harvard and Stanford and later taught at both these institutes. His research focuses on transcription, or the process of the conversion of DNA into RNA. Both he and his father have won the Nobel Prize, becoming the sixth father-son duo to achieve the feat.

Nobel Prize-winning biochemist and Duke University professor Paul L. Modrich was born to a biology teacher and sports coach father. He studied at both MIT and Stanford and did his postdoctoral research at Harvard. He is best known for his discovery of DNA mismatch repair.

Nobel laureate Stanley Cohen was born to a Jewish immigrant tailor and initially worked as a bacteriologist. The American biochemist revolutionized science with his research on cellular growth factors, helping later scientists understand the development of cancer cells. He spent most of his career at the Washington and Vanderbilt universities.

Margarita Salas was a Spanish scientist, author, and medical researcher. She is best remembered for her work in the fields of molecular genetics and biochemistry. In 2016, Margarita Salas became the first woman to be honored with the Echegaray medal. She was also the first woman from scientific background to become a member of the Royal Spanish Academy.

German-American neuroscientist Thomas C. Südhof was a gifted musician in his early days, having mastered instruments such as the bassoon. He later won a Nobel Prize for his research on the chemical signaling in neurons, which helped later scientists understand neurological conditions such as autism and schizophrenia.

American molecular geneticist Joseph L. Goldstein was born to clothing store owner parents in South Carolina. He ended up winning a Nobel Prize for his research on cholesterol metabolism, which later helped researchers develop statin drugs. He currently chairs the molecular genetics department of the University of Texas.

Born in China, to an Austrian-born lawyer, Edmond H. Fischer studied in a Swiss boarding school and also aspired to be a musician. The Nobel Prize-winning biochemist is now best known for his path-breaking research on reversible phosphorylation, which regulates cell protein activity. He also taught at the University of Washington.

University of California, Berkeley professor, biochemist, and geneticist Bruce Ames is largely known for his invention of the Ames test, used to test the ability of chemicals to cause mutations, and his studies on cancer and ageing. The Cornell and Caltech alumnus has been associated with the NIAMD, too.

Bruce Alberts switched to biophysics at Harvard after getting bored with physical chemistry. He later led the NAS as its president and co-wrote iconic text books such as Molecular Biology of the Cell. Apart from teaching at Princeton and Harvard, he worked to improve science education in schools.

American biochemist, analytical chemist, and professor Paul Delos Boyer was the first Utah-born Nobel laureate. His elucidation of enzymatic mechanism underlying synthesis of adenosine triphosphate with John E. Walker led the two to jointly win the 1997 Nobel Prize in Chemistry which they co-received with Jens C. Skou for a separate research of the latter.

American cell biologist and biochemist James Rothman is best known for his ground-breaking research on cellular vesicles and membrane fusion, which laid the path for further research on immunological and neurological ailments. The Nobel laureate is a Yale and Harvard alumnus and has also taught at many prestigious universities.

American biophysicist/biochemist and Yale University professor Thomas A. Steitz is best known for his Nobel Prize-winning work on the structure and function of ribosomes. The Harvard alumnus has also worked at molecular biology lab at Cambridge and has co-founded a pharma company that creates antibiotics based on ribosomes.

Jens C. Skou was a Danish biochemist best known for his work in the field of animal cells. Along with Paul D. Boyer and John E. Walker, he was jointly awarded the Nobel Prize in Chemistry in 1997. He had a brilliant academic career and remained active well into his 90s. He died at the age of 99. 

Born in Israel, Arieh Warshel had been part of the Israeli Army before he moved to the U.S. for his PhD at Harvard University. His research on computational enzymology helped him create computer models of chemical reactions and earned him a Nobel Prize. He later established a computational biology institute.

Sune Bergström was a Swedish biochemist best remembered for winning the 1982 Nobel Prize in Physiology or Medicine alongside John R. Vane and Bengt I. Samuelsson for their discoveries concerning prostaglandins. Over the course of his career, Sune Bergström was also honored with Columbia University's Louisa Gross Horwitz Prize and the Cameron Prize for Therapeutics of the University of Edinburgh.

Born to Jewish teacher parents in Hungary, Avram Hershko spent a few years in a concentration camp during World War II. He and his family managed to escape and settled in Israel, where he became a renowned chemist, later winning the Nobel Prize for discovering how cells remove unwanted proteins.

American biochemist Edwin Gerhard Krebs is best-known for collaborating with Edmond H. Fischer in elucidating the way reversible phosphorylation works as a switch in activating proteins and regulating different cellular processes. This key discovery of reversible protein phosphorylation led the two to receive the Nobel Prize in Physiology or Medicine in 1992.

Nobel Prize-winning German biochemist Robert Huber crystallized a photosynthesis-related intramembrane protein and thus developed the 3-D structure of a photosynthetic reaction center. He has been associated with Cardiff University and is a co-editor of the Encyclopedia of Analytical Chemistry. He has also been awarded a Fellowship of the Royal Society.

Gregory Winter is a British molecular biologist and Nobel Prize winner. He is best known for his work concerning the therapeutic use of monoclonal antibodies. Gregory Winter is credited with pioneering a technique to humanize mouse monoclonal antibodies, which enabled the usage of antibodies for therapeutic uses.

Daniel E. Koshland Jr. made his own fortune in science in spite of being the son of Levi Strauss CEO Daniel E. Koshland Sr. and one of the most affluent men in America. Apart from working on the Manhattan Project, he also created the induced fit model of enzyme catalysis.

American biochemist Robert Bruce Merrifield is best known for pioneering the method for production of synthetic peptides in the lab called solid-phase peptide synthesis (SPPS). This invention of SPPS led Merrifield to win the Nobel Prize in Chemistry in 1984. He also won the Association of Biomolecular Resource Facilities Award in 1998 for his outstanding contributions to Biomolecular Technologies.

Arthur Peacocke was an English Anglican biochemist and theologian. He is best remembered for his work concerning the relationship between religion and science. In 1983, Peacocke was honored with the Lecomte du Noüy Prize. He was also awarded the prestigious Templeton Prize in 2001. Arthur Peacocke also served as a professor and lecturer during his lifetime.