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Location: East MidlandsYear: 2008Grant: £1458
Teacher: Dr Catherine SmithScientist: Dr Jon Burton and Dr Ed Anderson, Department of Chemistry, University of Oxford
Students at John Cleveland College are performing Nobel Prize-winning organic chemistry in a school laboratory as a result of their Royal Society partnership grant.
Working in the University of Oxford Laboratories.
The initial project set out to expose year 12 students to organic synthesis of the kind they might undertake if they were to carry out a research-based PhD, but with a twist. The research was to be performed in a school laboratory using only the most basic of techniques.
The first group of students completed an 18 month project working towards the synthesis of the molecule shown: A Histamine H3 receptor antagonist that they themselves identified as a possible target from the chemical literature. At each step in the process, the students were able to fully characterise their products using analytical techniques such as NMR, IR and mass spectrometry, services provided by the University of Sheffield.
The students benefitted greatly from close collaboration with their academic mentors, Dr Jon Burton and Dr Ed Anderson from the University of Oxford. They were able to visit Oxford and continue the project in their laboratories during a two day visit over the Easter holidays. The students’ confidence in their practical and academic ability grew substantially through this experience, and many were persuaded to change their career paths to ones involving scientific research.
As a result of the project 8 students have completed or are nearing the completion of a Gold CREST award giving them measurable confirmation of their achievement. The students have presented their work at our community science fair and the East Midlands Big Bang event. These experiences have increased their confidence when discussing science and have helped hugely on their annual round of university interviews.
As well as the Royal Society, we wish to thank Reaxa for additional mentorship and provision of the Pd-EnCat catalyst used in the Suzuki coupling reaction.
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