30 years of [11C]methyl triflate

Some scientific discoveries are well known only to a core group of researchers working on technical subjects. Nevertheless, they open new research directions, allow existing knowledge to be viewed in entirely new and useful ways, or provide a way to make something that was hard or impossible to make...

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Veröffentlicht in:Applied radiation and isotopes 2023-07, Vol.197, p.110812-110812, Article 110812
Hauptverfasser: Jewett, Ethan M., Någren, Kjell, Mock, Bruce H., Watkins, G. Leonard
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container_title Applied radiation and isotopes
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creator Jewett, Ethan M.
Någren, Kjell
Mock, Bruce H.
Watkins, G. Leonard
description Some scientific discoveries are well known only to a core group of researchers working on technical subjects. Nevertheless, they open new research directions, allow existing knowledge to be viewed in entirely new and useful ways, or provide a way to make something that was hard or impossible to make before. Carbon-11 methyl triflate ([11C]MeOTf) is one such advance, facilitating the synthesis of many carbon-11 radio tracers and broadening the range of applications of carbon-11 radiochemistry. The year 2022 marked the 30th anniversary of the original paper in Applied Radiation and Isotopes introducing a simple synthesis of [11C]MeOTf from carbon-11 methyl iodide ([11C]MeI) and it also marked the end of the fruitful career and life of the researcher who developed it, Douglas Jewett. It seems fitting to say a few words on how it came to be and how it has helped advance carbon-11 radiochemistry. •Carbon-11 methyl triflate has been used extensively to improve carbon-11 radiosyntheses.•It has been 30 years since the original paper on carbon-11 methyl triflate appeared in Applied Radiation and Isotopes.•We review the impact of carbon-11 methyl triflate on carbon-11 radiochemistry and the resulting discoveries.
doi_str_mv 10.1016/j.apradiso.2023.110812
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title 30 years of [11C]methyl triflate
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