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The Queen's College Record 2023

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Reports and <strong>College</strong> Activities<br />

Credit: John Cairns<br />

Conor O’Brien (History)<br />

This summer saw Queen’s say goodbye to most of our<br />

pandemic crop of undergraduate historians, who, I’m glad<br />

to say, did amazingly well, with a bumper number of firsts<br />

announced in July <strong>2023</strong>, despite all the disruption those<br />

students had to put up with. I’m particularly interested in<br />

this year group because I arrived at Queen’s as a tutor at<br />

the same time that they arrived as students. Hopefully their<br />

excellent results bode well for me!<br />

Certainly, I was glad to see a number of articles published arising from my larger work<br />

on early medieval Christian political thought: ‘<strong>The</strong> Christianization of Late Antique<br />

Political Discourse: Reflections on the Irish Evidence’ appeared in Journal of Late<br />

Antiquity, 15 (2022), while ‘<strong>The</strong> Origins of Royal Anointing’ was published in Studies in<br />

Church History 59 (<strong>2023</strong>) only a few brief weeks after the first anointing of a monarch<br />

in many decades. I was very pleased that this article won the Ecclesiastical History<br />

Society’s President Prize (the second time I have won this prize); it is now free to<br />

read online via the Cambridge University Press website.<br />

Chris O’Callaghan (Medicine)<br />

In the laboratory, we have used a single cell multiomic<br />

approach to study the effects of oxidised low density<br />

lipoprotein cholesterol (‘bad’ cholesterol) on the human<br />

immune cells involved in atherosclerosis. Using this<br />

experimental approach, we studied thousands of cells and<br />

determined, for each cell individually, which genes were<br />

expressed by analysing their RNA, and what changes in<br />

their genome programming alter their behaviour by analysing their DNA configuration.<br />

This has generated very interesting data and new hypotheses about disease<br />

mechanisms that we are starting to test. My colleagues and I were pleased to be<br />

awarded a large five-year grant to study further metabolic aspects of cellular function<br />

in atherosclerosis. I published a clinical trial testing whether a set of interventions,<br />

largely based on simple technology, can empower people with kidney disease to<br />

reduce their salt intake—it can and it’s cheap, so we aim to roll this out more widely.<br />

Over the last few years I have had the privilege of editing a textbook of medicine,<br />

Medicine for Finals and Beyond, and was pleased to see this in print and in use<br />

by students.<br />

18 <strong>The</strong> Queen’s <strong>College</strong> | <strong>College</strong> <strong>Record</strong> <strong>2023</strong>

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