Professor
Mark Thompson
MEng PhD FIMechE CEng
Associate Professor in Engineering Science
Tutor and Fellow in Engineering Science, Wadham College
Research
Impact
Email:
Tel: 01865 617711
College: Wadham College
Location: Old Road Campus Research Building, Headington, Oxford OX3 7DQ
Site: Old Road Campus
Research Building: Old Road Campus Research Building

Professor Mark Thompson CEng FIMechE graduated MEng from the University of Oxford and obtained his PhD in 2001 from the University of London, and from 2001 – 2006 was successively an EC Marie Curie Fellow at Lund University, Sweden and the AO Wyss Fellow in Mechanobiology at Charité, the medical faculty for Humboldt and Free Universities in Berlin, Germany. He established the Oxford Mechanobiology Group in 2006, applying solid mechanics modelling and in situ experimental techniques to the study of living materials to enable faster, more effective diagnosis, treatment and monitoring of connective tissue disease.

The group’s work has exploited in situ microscopy and X-ray diffraction techniques to investigate mechanical damage mechanisms in tissues including peripheral nerve, artery, bladder and tendon at whole tissue and cell level. In peripheral nerve and axons he demonstrated the mechanical contribution of collagen and myelin and identified protective mechanisms for axons undergoing large deformations. In addition to these areas of activity he has led a Wellcome Trust collaborative project on biomechanical design of an affordable prosthesis for India.

Mark’s google scholar profile is here. He served on the Council of the European Society of Biomechanics 2016-2022 and was elected FIMechE in 2020.

Engineering a long-lasting microvasculature in vitro model for traumatic injury research
Fuenteslópez CV,  Papapavlou M,  Thompson MS,  Ye H,  et al. (2025)
Engineering a long-lasting microvasculature in vitro model for traumatic injury research
Fuenteslópez CV,  Papapavlou M,  Thompson MS,  Ye H,  et al. (2025)
Development and Optimisation of Hydrogel Scaffolds for Microvascular Network Formation.
Fuenteslópez CV,  Thompson MS,  Ye H,  et al. (2023)
Development and Optimisation of Hydrogel Scaffolds for Microvascular Network Formation.
Fuenteslópez CV,  Thompson MS,  Ye H,  et al. (2023)
2 Developing a new model to investigate the mechanobiology of primary blast in soft tissue
Staruch R,  Sedman A,  Macildowie S,  Cork L,  Cleveland R,  Snelling S,  Thompson M,  Rickard R,  Spear A,  et al. (2023)
OxVent: Design and evaluation of a rapidly-manufactured Covid-19 ventilator
Beale R,  Rosendo JB,  Bergeles C,  Beverly A,  Camporota L,  Castrejón-Pita AA,  Crockett DC,  Cronin JN,  Denison T,  East S,  Edwardes C,  Farmery AD,  Fele F,  Fisk J,  Fuenteslópez CV,  Garstka M,  Goulart P,  Heaysman C,  Hussain A,  Jha P,  Kempf I,  Kumar AS,  Möslein A,  Orr ACJ,  Ourselin S,  et al. (2022)
OxVent: Design and evaluation of a rapidly-manufactured Covid-19 ventilator
Beale R,  Rosendo JB,  Bergeles C,  Beverly A,  Camporota L,  Castrejón-Pita AA,  Crockett DC,  Cronin JN,  Denison T,  East S,  Edwardes C,  Farmery AD,  Fele F,  Fisk J,  Fuenteslópez CV,  Garstka M,  Goulart P,  Heaysman C,  Hussain A,  Jha P,  Kempf I,  Kumar AS,  Möslein A,  Orr ACJ,  Ourselin S,  et al. (2022)
Comparison of a scaled cadaver-based musculoskeletal model with a clinical upper extremity model
Nagaraja VH,  Bergmann JHM,  Andersen MS,  Thompson MS,  et al. (2022)
Comparison of a scaled cadaver-based musculoskeletal model with a clinical upper extremity model
Nagaraja VH,  Bergmann JHM,  Andersen MS,  Thompson MS,  et al. (2022)
Development of an in vitro microvasculature model for non-penetrating trauma research
Fuenteslopez CV,  Ye H,  Thompson M,  et al. (2022)