Every time I enter the University of Oxford's dazzlingly pink Department of Biochemistry, I feel as though I have been actively transported into a cell. Even the spherical light fixtures are vaguely reminiscent of vesicles, and each laboratory is compartmentalised by a glass divider. Frantic researchers move in power strokes along the corridor tracks, cotransporting trolleys of flasks and papers. It is in the main foyer that I am welcomed by a team of masters students, who target my delivery towards their DNA Topology lab, run by Dr Madhusudhan Srinivasan. A range of techniques used to study the function and behaviour of cohesin in action are demonstrated to me by the research members, each with a different specific enquiry under the broader topological study.
Above is a summary of my findings after a sunny afternoon spent shuttling samples between the basement and the uppermost laboratory - a few hours well and informatively spent.

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