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Organic Chemistry, Synthesis, Catalysis
About
The Organic Chemistry, Synthesis, Catalysis group has been replaced by the Organic and Biological Chemistry group.
Organic and Biological Chemistry group page
Organic chemists discover, design, and make molecules that have useful or interesting functions such as medicines, liquid crystals, electronic materials and smart inks. We have a strong international reputation for our research in a range of areas:
Flow chemistry
Chemical reactions are conducted in a continuous fashion rather than as a batch process. Our primary expertise is in the development of new 'reagentless' methodologies using electrochemistry, thermolysis and photochemistry, and in the study of reaction mechanisms.
Medicinal chemistry
Our multidisciplinary research covers chemistry, biology and medicine. Much of our research is directed at the optimisation of properties through introducing changes in the molecular structure of ‘lead’ compounds.
Total synthesis
We develop strategies for the efficient construction of target compounds. These include the molecules of nature, and extend to exquisite non-natural structures such as fullerenes enclosing another atom or molecule, for example, C60@NH3.
Methodology and catalysis
Here, our focus is on developing tools and catalysts to enable synthetic transformations to be performed in an efficient manner. This includes the:
- discovery, development and exemplification of new transformations
- optimisation and scoping of existing methods (for example, by developing new reagents, catalysts and devices)
- creation of novel molecular architectures
People, projects and publications
People
Research projects
Dial-a-Molecule, EP/H034447/1
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Dr Lynda Brown Royal Society Dorothy Hodgkin Fellowship
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EP/C006364/1 Diterpenes of Pseudopterogorgia Elisabethae
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EP/G027986/1 - Reagent-Free Flow Chemistry - R Whitby
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EP/G030669/1 - Exploiting an Interrelationship between Axial and Planar Chirality in Natural Products Total Synthesis - Harrowven
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Magnetic Resonance of Dihydrogen Endofullerenes
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Hyperpolarised Singlet
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Functional electronic textiles for light emitting and colour changing applications
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GR/S61102/01 Harrowven
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Harrowven UG Bursary
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Pagination
Publications
Pagination
We are designing and synthesising molecules with useful optoelectronic properties for application in Organic Light Emitting Diodes, particularly for use in printable devices.