Nobel Prize -winning chemist

Collection: Biography of Poets and Scientists

Caroline Behesty

Caroline Beheshti and the Bioortogonal Revolution: A trip to the world of modern chemistry

Biography of Caroline Bertos

Carolyn Ruth Bertozzi is one of the most prominent contemporary chemists in the world known for the invention and development of Bioorthogonal Chemistry. He received the Nobel Prize in Chemistry in the year 9, along with Morton Memal and Carl Barry Sharples. Not only is Behesty a leading scientist in the fields of chemistry and biology, but also act as an inspirational model for women and sexual minorities in science. This article examines his comprehensive life, education, profession, research, awards and personal life.

Nobel Caroline Bestosis

Early life and education

Caroline Bertozi was born on October 2, in Boston, Massachusetts, the United States. He grew up in Lexington, Massachusetts and was the son of Norma Gloria (Bringer) and William Bertozi. His father, originally Italian, was a professor of physics at the Massachusetts Institute of Technology (MIT) and had a huge impact on Caroline's scientific path. His grandparents were his mother -in -law from Nova Scotia, Canada. Caroline has two sisters, one of which is Andrea Bertozi, a professor of mathematics at the University of California, Los Angeles (UCLA).

During his teens, Beheshti was interested in music and even received several awards for composing in high school. He was thinking of professional music for a while, but he eventually turned to science. In Year 2, he received his bachelor's degree in chemistry (Summa Cum Laude) from Harvard University. In Harvard, under the supervision of Professor Joe Grabusky, he worked on the PhotoCostal Calorie Project and the Thomas T Prize. Hops won the undergraduate thesis. After graduating, he collaborated with Chris Chidsi in Bell Labs.

Then, in year 2, he received his doctorate in chemistry from the University of California, Berkeley. Mark was the guidance of Markski, and his research focused on the chemical synthesis of oligosaccharides analogs. During this period, he discovered that viruses could be attached to sugars in the body, which led him to glycobiology (sugars biology). In the third year of postgraduate studies, he was infected with colon cancer and was on leave, so he was forced to complete his dissertation without direct supervision.

After a doctorate, Bertozi worked with Steven Rosen as a postgraduate researcher at the University of California, San Francisco (UCSF). There, it focused on endothelial oligosaccharides on cellular adhesion in inflammatory sites and developed methods for modifying cell walls to accept external materials such as implants.

Biography of Caroline Bertos

Academic Profession

Beginni began his academic career in 2008 as a faculty member of the Berkeley University of Chemistry. He was also a research scientist at the Lawrence Berkeley National Laboratory and became the director of the Molecular Foundry Research Center. He has been a researcher at the HHMI Medical Institute since year 3.

In year 2, he moved to Stanford University and joined the Chem-H Institute. He Master Anne T. And Robert M. Bass is in the Faculty of Humanities and Sciences. He has been a member of the Arc Institute's Scientific Advisory Board since year 4. Bertozi also became the editor of the ACS Central Science Magazine, the first American Chemical Access Magazine.

Research and achievements

Research is on the border of chemistry and biology. He founded the BioartVogonal chemistry in year 6 and invented the term in year 2. This area allows chemical changes in living organisms without impaired in cellular processes. His main focus is on glycobiology, namely the study of cellular levels (glycs) and their role in diseases such as cancer, inflammation, arthritis, tuberculosis and viral infections such as Coord-1.

He advanced our understanding of oligosaccharides in cellular identification and communication and applied bioartogenic chemistry to study glycalics (cell sugars). His laboratory developed nanotechnologies that led to a rapid test of tuberculosis in year 2. It also created chemical tools for the study of glycans in live systems. In year 4, in a TED lecture entitled “What does your cell sugars want to tell you” described his discoveries about the association of cancer cells with escape from the immune system.

Bertouzi has also been involved in the development of click chemistry, which has extensive applications in biology and medicine.

Biovertogonal chemistry

Prizes and honors

Britain has received numerous awards. At the age of eight, at the age of eight, he won the McArtor's “Genius” prize. She was the first woman to receive the Lemmelon-MTA prize for faculty members. He is a member of the National Academy of Sciences (1), Medical Institute (1) and the National Academy of Inventors (1) and has been a member of the Italian Academy of Linchi for two years.

The Nobel Prize for Chemistry was awarded to the development of chemistry and BioartVogonal, Men, Men and Sharples. Other awards include: Horace S. Hubble (1), Arthur C. Cop (1), Presidential Prize for Scientists and Young Engineers (1), Ernest Shering Prize (1), Valvand Art Award (1), FA Medal. Katen (1), Chemistry for the Future of the Solwa (1), the Heinon Prize (1), the Dixon Prize (1), the Walch in Chemistry (1), the Beneficiary Medal (1), the AaAS Laid Prize (1), the Roger Adams Award (1) Priestley (1).

Personal life

Bertos is a lesbian and has lived publicly since the late 1980s. He acts as a model in the scientific community and emphasizes the importance of sex diversity in science. Growing up in a scientific family led him to the current path.

Conclusion

Caroline Bertouzi is a symbol of innovation in science that has moved the boundaries of chemistry and biology and provided tools for the fight against diseases. His achievements are not only scientific but also inspiring to future generations of scientists. As he continues his activities in Stanford and other institutions, a bright future for his research is anticipated.

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