Email: portico-services@ucl.ac.uk
Help Desk: http://www.ucl.ac.uk/ras/portico/helpdesk
Aims
The Institute of Structural and Molecular Biology seeks to provide a scientific environment conducive to world-class research in the field of protein science. Our understanding of protein function increasingly depends on a deeper knowledge of the chemical and physical principles that govern protein behaviour (substrate recognition, catalysis, macromolecular interaction, etc). Work at the institute seeks to integrate the chemical and physical sciences to provide the molecular basis of protein function. The ISMB also seeks to exploit the knowledge of protein function to further our understanding of human diseases.
Members
Members of the institute include some of the most productive UK scientists in the field of structural biology, chemical biology, biophysics, proteomics and bioinformatics. Individual members have developed an impressive funding base totalling more than £59M in over the period 2008-2009. ISMB members participate in five main research programmes and seek to generate collaborative and interdisciplinary research in the corresponding areas.
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Structural & Molecular Biology
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Genetics, Evolution & Environment
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Dept of Physics & Astronomy
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Structural & Molecular Biology
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Structural & Molecular Biology
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Dept of Computer Science
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Dept of Chemistry
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Div of Biosciences
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Structural & Molecular Biology
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Dept of Chemistry
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Neuro, Physiology & Pharmacology
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Structural & Molecular Biology
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Dept of Chemistry
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Dept of Physics & Astronomy
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Dept of Chemistry
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Dept of Computer Science
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London Centre for Nanotechnology
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Structural & Molecular Biology
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Dept of Chemistry
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Structural & Molecular Biology
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Structural & Molecular Biology
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Structural & Molecular Biology
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Structural & Molecular Biology
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Structural & Molecular Biology
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Structural & Molecular Biology
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Structural & Molecular Biology
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Structural & Molecular Biology
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Structural & Molecular Biology
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Structural & Molecular Biology
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Structural & Molecular Biology
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Dept of Chemistry
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Structural & Molecular Biology
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Cell & Developmental Biology
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Structural & Molecular Biology
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Structural & Molecular Biology
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Dept of Biochemical Engineering
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UCL School of Pharmacy
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Structural & Molecular Biology


- A systems biology approach to dissect the regulation of membrane trafficking by reversible phoshorylation during cell regeneration.
- Directed evolution
- Regulation of coenzyme A biosynthesis and functions in health and disease
- Research Fellow
- Structural and Molecular Biology of Bacterial Secretion Systems
- Synthetic Biology
- Xenobiotic nucleic acids (XNA)
- tRNA synthetases

