Bader Prize for Organic Chemistry
The Bader Prize recognises eminence in organic chemistry, which has not previously been rewarded by the ÐÂÔÂÖ±²¥appÏÂÔØ.
Details
| Status | Closed |
|---|---|
| Nominations opening date | 21 October 2025 12:00am |
| Nominations closing date | 14 January 2026 12:00am |
| Nominator eligibility | RSC members |
| Nominee eligibility | Individuals |
| Nominee location | UK and Ireland |
| Career stage | All career stages |
About this prize
Nominations for this prize will close on Wednesday 14 January 2026 at 17:00 GMT. The Bader Prize recognises eminence in organic chemistry, which has not previously been rewarded by the ÐÂÔÂÖ±²¥appÏÂÔØ. Individuals named in any of the following roles during the nomination and judging period are not eligible to nominate or be nominated: To make a nomination, please use our online nominations system to submit the following information: The RSC reserves the right to rescind any prize if there are reasonable grounds to do so. All nominators will be asked to confirm that to the best of their knowledge there is no impediment, relating to professional conduct, to their nominee receiving this prize. All prize winners will be asked to sign the RSC’s Code of Conduct Declaration for Recognition. Our selection panels base their evaluations on the overall quality of relevant contributions and achievements by nominees, in relation to the selection criteria listed below. The scientific content of any supporting publications, as described in the supporting statement, is much more important than publication metrics or the identity of the journal in which it is published. The selection panel will consider the following aspects of nominations for this prize: In an instance where multiple nominees are judged equally meritorious in relation to the above criteria, judging panels have the flexibility to use information provided by the nominator on the nominee’s broader contribution to the chemistry community as an additional criterion. Examples of relevant contributions could include, but are not limited to: A generous gift from Dr Alfred Bader resulted in the establishment of the Bader Prize in 1989. Dr Bader founded the Aldrich Chemical Company, in Wisconsin, with Jack Eisendrath in 1951. As Aldrich rapidly expanded internationally in the 1950s and '60s, Bader merged with Sigma International, to form Sigma-Aldrich in 1975. During his time as Chairman of the company, from its inception in 1951 until 1991, Bader amassed an impressive library of rare chemicals, and the Sigma catalogue became the standard reference text for many chemists looking for physical and structural data. Born into a Jewish family in Vienna in 1924, Bader was evacuated to Britain in the Kindertransport in 1938. Following this period he spent time at an internment camp in Canada before completing his education at Queen's University in Kingston, Ontario. Later, Bader studied for his PhD under Louis Fieser at Harvard. Throughout his life, he harboured a great interest in art, and had a large collection of 'Old Master' paintings. After retiring from Sigma-Aldrich he devoted his life to philanthropy, as well as his art collection, and published his memoirs - "Adventures of a Chemist Collector" and "Chemistry and Art". He was awarded eleven honorary degrees for his service to chemical research and philanthropy. Bader died in 2018, aged 94.Eligibility
Nominators:
Nominees:
General information
Year Name Institution Citation 2025 Professor Anita Maguire University College Cork Awarded for the development of a diverse range of synthetic organic methodologies and protocols, and their applications to medicinal chemistry. 2024 Professor Bruce Turnbull University of Leeds Awarded for the development and application of bioorthogonal approaches in engineering functional protein and carbohydrate based systems. 2023 Professor Marc Vendrell The University of Edinburgh Awarded for the design and synthesis of activatable fluorophores, and their application in high-resolution biological imaging and translational medicine. 2022 Professor Ross Denton The University of Nottingham Awarded for the development of novel synthesis methods and catalysts based on organophosphorus and organosilicon chemistry, and their application in the synthesis of pharmaceuticals and natural products. 2021 Professor Alison Hulme University of Edinburgh Awarded for creative applications of alkyne chemistry in synthesis and label-free Raman imaging in cells. 2020 Professor Edward Anderson University of Oxford Awarded for creative contributions to organic synthesis and synthetic methodology 2019 Professor Jason Micklefield The University of Manchester Awarded for innovative contributions to the elucidation of natural product biosynthetic pathways and the development of enzymes for synthesis. 2018 Professor Joseph Harrity The University of Sheffield Awarded for the development of innovative strategies for the synthesis of functionalised heterocyclic scaffolds. 2017 Professor Michael Greaney The University of Manchester Awarded for creative contributions to C-H activation, dynamic covalent chemistry, and reactive intermediates in organic synthesis. 2016 Professor Thomas Wirth Cardiff University Awarded for his break-through discoveries in hypervalent iodine chemistry and flow-based synthesis that have led the field and have opened up completely new areas of research. 2015 Professor Stephen Clark University of Glasgow Awarded for the development of new reactions and strategies for the efficient synthesis of highly functionalised natural products. 2014 Professor David Procter University of Manchester Awarded for significant contributions to synthetic methods development for the efficient construction of complex molecules of biological interest. 2013 Professor Jonathan Goodman University of Cambridge Distinguished for his innovative applications of computational studies to understanding molecular properties and synthesis design in organic chemistry and reactivity in enzyme chemistry. 2012 Professor John Murphy University of Strathclyde Awarded for his many highly creative and original contributions to reactivity in organic synthesis, including free radical chemistry, the concept of the radical-polar crossover reaction and electron transfer in the invention of organic super electron reducing agents. 2011 Karl J Hale Queen's University, Belfast Awarded for outstanding contributions to organic chemistry, including elegant total syntheses and pioneering new synthetic methods of broad use to the community. His significant contributions to the synthesis and medicinal chemistry of bioactive natural products and their analogs. 2010 Kevin Booker-Milburn University of Bristol Awarded for his original and innovative contributions to photochemical reactions and techniques, and to transition metal-mediated procedures. 2009 Douglas Philp University of St Andrews Awarded for his creative research into supramolecular chemistry and the design of molecular self-replication systems. 2008 Veronique Gouverneur University of Oxford Awarded for her important contributions to synthetic organofluorine chemistry. 2007 Dr J B Spencer University of Cambridge Distinguished for his breakthroughs in the biosynthesis of clinically important natural products. 2006 Professor David M Hodgson University of Oxford Distinguished for his development of novel synthetic technology for use in total synthesis, including novel carbenoid, lithiation and epoxide chemistry. 2005 This Award was not awarded for 2005 2004 Dr Robert S Ward University of Wales, Swansea Distinguished for his contributions to natural product chemistry, particularly concerning the synthesis of lignans including podophyllotoxins. 2003 Dr Hamish McNab University of Edinburgh 2002 Dr Stuart G Warren University of Cambridge Distinguished for his contributions to organophosphorus and organosulfur chemistry, and for his outstanding achievements in chemical education at both undergraduate and postgraduate levels. 2001 Dr David R M Walton University of Sussex Distinguished for his fundamental interdisciplinary contributions to the synthesis of carbon-based materials and inorganic nanostructures, and for his elucidation of nanotube self-assembly mechanisms. 2000 Dr Tom L Gilchrist University of Liverpool Distinguished for his contributions to heterocyclic chemistry and the development of novel heteroatom-containing dienes and dienophiles. 1999 Dr R J Whitby University of Southampton Distinguished for his contributions to the application of early transition metals to organic synthesis. 1998 Dr Don A Whiting University of Nottingham Distinguished for his contributions to the synthesis, biosynthesis and structure elucidation of natural products. 1997 Dr D A Widdowson Imperial College London Distinguished for his major contributions over many years in natural products, bioorganic and organometallic chemistry. Special mention should be made of his work on the biosynthesis of alkaloids and steroids; on the mechanisms of NADH and coenzyme B12 dependent reactions; new methods for aromatic fluorination; and perhaps most importantly for his work with arenetricarbonylchromiun complexes. 1996 I Paterson 1995 G W J Fleet 1994 A B Holmes 1993 R W Alder 1992 M R Bryce 1991 W B Motherwell 1990 D H Williams 1989 S G Davies
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Selection panel
Professor AnnMarie O'Donoghue
Durham University, UK
Professor Vijay Chudasama
University College London, UK
Dr Tom Corrie
Syngenta, UK
Professor Ai-Lan Lee
University of Edinburgh, UK
Professor Anita Maguire
University College Cork, Ireland
Professor Angela Russell
University of Oxford, UK
Professor Robert Stockman
University of Nottingham, UK