PhD Student, Research Assistant and Associate Lecturer at the University of Derby.

Joined February 2012
17 Photos and videos
Our new article is now out in Communications Medicine. Pleased to contribute to this review and focussed towards addressing the important knowledge gaps identified in Table 1 of this article.
After a slight delay.. our new article: Current status and future perspectives on the mechanistic and pathophysiological understanding of long COVID Is here: nature.com/articles/s43856-0…
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Callum Thomas retweeted
Latest paper from @CallumThomas96 and our research group showing a reduction in oxygen extraction in the calf muslces during low intensity exercise/activity. This has important implications for energy production and functional status... physoc.onlinelibrary.wiley.c… #longcovid
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Conclusion: Submaximal 2-day CPET demonstrated a reduction in oxygen uptake, oxygen pulse and partial pressure of end tidal carbon dioxide, suggesting dysfunctional oxygen transport, utilisation or both may contribute to Long COVID symptoms.
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Callum Thomas retweeted
And just like that we have completed the last patient visit in Derby for @ERASE_LC A patient-led study with @DerbyUni @UHDBTrust @Pen_CTU and @UniofExeter seeking to help people with #LongCovid Thanks to everyone, especially the participants who gave so much to this work.
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A productive and enjoyable 5 weeks with the research team at @StellenboschUni in 2024 has culminated in the below publication. We hope this helps add to the pathophysiological understanding of #LongCovid #research
Thrilled to be co-author on this preprint with @CallumThomas96 and lead @DrMark_Faghy from @DerbyUni! Callum spent time in my lab @StellenboschUni. Check out the compelling findings with @JanPretorius98 @dbkell @drmassimonunes researchsquare.com/article/r…
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A new preprint from our @DerbyUni x @StellenboschUni Long COVID research team has now been published. Findings suggest that exercise may worsen symptoms in Long COVID due to microclot fragmentation. [link to preprint]: researchsquare.com/article/r…
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Conclusion: Exercise-induced fragmentation of fibrinaloid microclots may reduce oxygen transport and drive inflammation; providing a potential mechanism for PESE in Long COVID. We hope these findings inform safer rehabilitation approaches.
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