Staff Profile
Dr Thomas McCorvie
Senior Research Associate
- Email: thomas.mccorvie@ncl.ac.uk
- Personal Website: https://www.ncl.ac.uk/medical-sciences/research/institutes/biosciences/
- Address: Biosciences Institute
Faculty of Medical Sciences
Newcastle University NE2 4HH
Background
I am a driven researcher with an interest in using structural and biochemical techniques to answer
fundamental questions of protein function, with a special focus on rare metabolic disorders. I earned
my BSc in biochemistry at Queen's University Belfast 2008, after where I was awarded a PhD in 2012
based on my work on the biochemical basis of galactosemia with Prof. David Timson. After
completing my PhD, I accepted a postdoctoral position in Prof Wyatt Yue's lab at the University of
Oxford. During that time, I developed skills in x-ray crystallography of metabolic proteins involved in
rare diseases such as carbohydrate and amino acid disorders. In 2016 I accepted a postdoctoral
position in Prof Xiaodong Zhang's lab at Imperial College London where I further developed my
structural biology skills using cryo-electron microscopy (cryo-EM) towards the aim of solving
structures of large protein complexes involved in DNA repair. In 2019 I returned to the lab of Prof
Wyatt Yue where I use my experience to determine cryo-EM structures of enzyme complexes
involved in glycogen and amino acid metabolism. I am now developing my own interests in revealing
the hidden world of shape shifting enzymes using cryo-EM. Many metabolic enzymes involved in
cancer & rare disease are regulated by changing their shape in response to stimuli such as PTMs &
metabolites. These transformations can result in a drastic change in conformation, alter activity, &
alter interactions with other proteins. I aim to use cryo-EM coupled with biophysical techniques to
reveal how these enzymes change their shape. Coupled with drug screening techniques such as
fragment-based x-ray crystallography I will use this information with collaborators in the design of
novel therapies for disease.