Jacqueline Barton

January 10, 2024
Chemist

Quick Facts

Jacqueline Barton
Full Name Jacqueline Barton
Occupation Chemist
Date Of Birth May 7, 1952(1952-05-07)
Age 72
Birthplace New York City
Country United States
Horoscope Gemini

Jacqueline Barton Biography

Name Jacqueline Barton
Birthday May 7
Birth Year 1952
Place Of Birth New York City
Birth Country United States
Birth Sign Gemini

Jacqueline Barton is one of the most popular and richest Chemist who was born on May 7, 1952 in New York City, United States. Jacqueline Ann Kapelman was born on May 7, 1952, in New York City. Her father served in Assembly for nearly a decade before serving as a trial judge in the New York Supreme Court next two decades. Her father was one of the trial judges in the Son of Sam serial murder case.

She then studied inorganic chemistry at Columbia University under the supervision of Stephen J. Lippard. While at Columbia she began studying transition-metal complexes and their possible applications to chemotherapy. She earned a PhD in Inorganic Chemistry in 1979, addressing The structure and chemical reactivity of a blue platinum complex: the interaction of antitumor platinum drugs and metallointercalation reagent with nucleic acids.

In 1989, Barton moved to Caltech, where her research has focused on charge transport in DNA. By using specially-designed chiral metal complexes as probes of DNA she has been able to study how DNA is damaged and repaired. In DNA- based diagnostic tests, complexes are used to determine whether electrons can flow across the DNA. If an electron could not move along the DNA, the DNA would continue to glow, indicating that there was damage in the DNA genetic molecule.

In 1990, she married Peter Dervan, a fellow chemist and professor at Caltech, who is also a National Medal of Science winner. She has two children, a daughter, Elizabeth (born in 1991), and a stepson Andrew.

After earning her Ph.D. from Columbia in 1979, Barton held post-doctoral appointments at Bell Labs and Yale University, where she worked with Robert G. Shulman. She used nuclear magnetic resonance imaging technology to examine the metabolism of yeast cells. Barton became a Professor of Chemistry at Hunter College from 1980 to 1982, and began to develop her own laboratory, the Barton Research Group. While at Hunter, she studied the interactions of zinc ions with DNA, and later the interactions of ruthenium(II) and cobalt(III) complexes with DNA. This enabled her to roughly model complexes on a DNA helix and to begin studying the photophysical and photochemical properties related to enantiomers.

Jacqueline Barton Net Worth

Net Worth $5 Million
Source Of Income Chemist
House Living in own house.

Jacqueline Barton is one of the richest Chemist from United States. According to our analysis, Wikipedia, Forbes & Business Insider, Jacqueline Barton 's net worth $5 Million. (Last Update: December 11, 2023)

Jacqueline K. Barton (born May 7, 1952 New York City, NY), is an American chemist. She worked as a Professor of Chemistry at Hunter College (1980–82), and at Columbia University (1983–89) before joining the California Institute of Technology (1989-to present). In 1997 she became the Arthur and Marian Hanisch Memorial Professor of Chemistry and in 2009, the Chair of the Division of Chemistry and Chemical Engineering at Caltech. She currently is the John G. Kirkwood and Arthur A. Noyes Professor and Norman Davidson Leadership Chair of the Division of Chemistry and Chemical Engineering.

Jacqueline Kapelman attended Riverdale Country School for Girls in Riverdale, New York, where her math teacher, Mrs. Rosenberg, insisted that she be allowed to take calculus at the boys’ school. Her interest in chemistry began at Barnard College, where she studied physical chemistry with Bernice Segal. She loved laboratory work and chemical transformations and found Segal an inspiration as a teacher. During her last year at Barnard she married first year medical student Donald J. Barton, receiving her B.A. from Barnard College as Jacqueline Kapelman Barton, summa cum laude, in 1974.

In the 1980s, she moved to Columbia University where she taught from 1983 to

  1. She became a full professor in 1986 and was the first woman to receive tenure in the Chemistry department at Columbia. Her research focused on the use of organo-ruthenium complexes to examine the physical structure of DNA. With Nicholas Turro and Vijay Kumar she studied the interactions of ruthenium phenanthroline complexes and DNA and was able to design binding molecules targeted to specific DNA sequences. Photosensitive ruthenium complexes would glow brightly when they attached to the DNA double helix. When rhodium complexes were attached to the DNA, they would attract the electron causing the glow, and “turn off” the effect. During her time at Columbia, Barton obtained two patents for this method of analyzing DNA structure.

Height, Weight & Body Measurements

Jacqueline Barton height Not available right now. Jacqueline weight Not Known & body measurements will update soon.

Who is Jacqueline Barton Dating?

According to our records, Jacqueline Barton is possibily single & has not been previously engaged. As of December 1, 2023, Jacqueline Barton’s is not dating anyone.

Relationships Record : We have no records of past relationships for Jacqueline Barton. You may help us to build the dating records for Jacqueline Barton!

Facts & Trivia

Jacqueline Ranked on the list of most popular Chemist. Also ranked in the elit list of famous people born in United States. Jacqueline Barton celebrates birthday on May 7 of every year.

What is Jacqueline K Barton famous for?

Professor Barton has pioneered the application of transition metal complexes to probe recognition and reactions of double helical DNA. She has designed chiral metal complexes that recognize nucleic acid sites with specificities rivaling DNA-binding proteins.

What did jacqueline Barton discover?

Barton was cited by the White House for her “discovery of a new property of the DNA helix, long-range electron transfer , and for showing that electron transfer depends upon stacking of the base pairs and DNA dynamics.

More Chemists

Related Posts