IIP Placements in Scotland
University of Edinburgh, School of Chemistry
Location: Edinburgh, Scotland
The School of Chemistry (SoC) is part of EaStCHEM, the joint Chemistry Research School of the University of Edinburgh and St. Andrews University. EaStCHEM scored highest in the U.K. in the most recent Research Assessment Exercise (meaning that its research is ranked highest in the country). Within the SoC, there is research being carried out in a wide variety of areas. The primary research area is in measuring and understanding redox potential in cells. Intern responsibilities may include designing or synthesizing a new reporter that can be used to study redox processes in cells or using systems biology and computational approaches to interpret and model redox processes in cells. This is an extremely interdisciplinary area where a keen interest in biology/medicine is required as well as an understanding of chemistry. In previous years IIP interns have been responsible for designing and synthesizing new reporters that can be used to study redox processes in cells; using systems biology and computational approaches to interpret and model redox processes in cells; developing new MALDI imaging techniques to image distributions of metabolites in cells and tissues; or developing new catalytic strategies for cheap and environmentally friendly synthesis. IIP candidates with interests in chemistry, biology, or electrochemistry are encouraged to apply and should be comfortable working in an organic chemistry lab. Experience working in an organic chemistry lab would be an asset. Four placements have been created for an International Internship Program (IIP) interns.
Previous work responsibilities (in the words of the previous IIP intern): Intern 1: Determining optimal reaction conditions for iron catalysis of nitroarenes. Intern 2: Prepared mouse brain and kidney samples for MALDI imaging, ran MALDI imaging on samples, analyzed data to see how oxidized and reduced lipids were distributed over tissue samples. Intern 3: Two primary responsibilities: creating a mapping of redox-dependent pathways in a cancer cell (involved mostly literature research) and developing nanoshell-based intracellular pH sensors.