Publications and presentations
In preparation
Investigating tumour responses to combinations of radiotherapy and hyperthermia
Chloé Colson, Philip K. Maini and Helen M. Byrne
Comparative study of individual based models of tumour invasion and their continuum counterpart
Chloé Colson, Philip K. Maini, Helen M. Byrne and Tommaso Lorenzi
Single cell multi-omic whole genome sequencing and chromatin accessibility profiling reveals genome-epigenome coevolution in colorectal cancer
Maximillian Mossner, Chloé Colson, Qingli Guo, Freddie Whiting, et al., Annie Baker, Trevor Graham
Publications
Chloé Colson, Faustino Sánchez-Garduño, Helen M. Byrne, Philip K. Maini, Tommaso Lorenzi
Proceedings of the Royal Society A 477.2256 (2021): 20210593
Chloé Colson, Helen M. Byrne and Philip K. Maini
Bulletin of Mathematical Biology 84.8 (2022): 80
Chloé Colson, Philip K. Maini and Helen M. Byrne
Bulletin of Mathematical Biology 85.8 (2023): 74
Posters
"Investigating the dynamics of epigenetic evolution in cancer” (Sep 2024). London Mathematical Biology Conference, London, UK.
"Investigating the influence of growth arrest mechanisms on tumour responses to radiotherapy” (Apr 2023). British Applied Mathematics Colloquium, Bristol, UK.
Presentations
"Investigating the dynamics of epigenetic evolution in cancer" (July 2024). Joint Korean Society of Mathematical Biology (KSMB) and Society of Mathematical Biology (SMB) Annual Meeting, Seoul, South Korea.
"Investigating the impact of growth arrest mechanisms on tumour responses to combinations of radiotherapy and hyperthermia" (July 2023). Society of Mathematical Biology (SMB) Annual Meeting, Columbus, Ohio, USA.
"Mathematical modelling of tumour responses to combined treatments of hyperthermia and radiotherapy" (Oct 2021). ISMCO 2021, online.
"Phenotypic coexistence as a facilitator of tumour invasion" (May 2021). Academix 2021: Intercollegiate Conference, University of Oxford, UK.
"Modelling the response of solid tumours to hyperthermia" (Jan 2021). Wolfson Centre for Mathematical Biology Group Meeting, University of Oxford, UK.
"Phenotypic switching and coexistence as a hallmark of successful cancer invasion" (May 2020). Mathematical Oncology Group, University of Oxford, UK.