Xin Zhou

Interests
I use an integrative approach to computational cardiovascular research, combining clinical and experimental data with multi-scale modelling and simulation to investigate cardiac disease mechanisms and support in silico drug evaluation.
My work focuses on the electromechanical function of the human heart, particularly in the context of ischemic heart disease and heart failure. Computational models provide a powerful framework to augment experimental and clinical findings, enabling mechanistic investigations with high spatio-temporal resolution. This approach involves understanding ionic currents, tissue-level conduction, and organ-level dynamics, and translating these insights into clinical and industrial applications.
I collaborate closely with clinicians and pharmaceutical partners to develop predictive models for cardiac safety and efficacy, contributing to regulatory science and drug development. My research aims to improve patient stratification and reduce reliance on animal testing through validated human-based simulations.
Funding and Awards
Oxford-Bristol Myers Squibb Fellowship, University of Oxford (Co-applicant and Fellow)
EPSRC Impact Acceleration Account Technology Fund, University of Oxford (Principal Investigator)
Model of the Year 2024, BioModels
Recognition Award for Excellence, Department of Computer Science, University of Oxford (2019)
Microsoft Research Project Award, Systems Biology DTC, Oxford (2012)
Teaching and Supervision
PhD Students:
Milda Folkmanaite, Department of Physiology, Anatomy and Genetics, University of Oxford (2024)
Beth McMillan, Department of Computer Science, University of Oxford (2022)
MSc Students:
Ioana Gherman, Department of Computer Science, University of Oxford (2017)
Francesca Margara, Department of Computer Science, University of Oxford / University of Bologna (2017–2018)
Course Marking:
Computational Medicine, Department of Computer Science, University of Oxford (2024–2025)
Biography
Dr Xin Zhou obtained her DPhil in Computational Biology from the University of Oxford, following MSc and BSc degrees in Life Sciences from Beijing Normal University. Her doctoral research focused on modelling and simulation of human ventricular electrophysiology, combining in vivo human data with computational approaches to investigate cardiac alternans.
She began her postdoctoral research in the Computational Cardiovascular Science group at Oxford in 2016, where her work expanded to multi-scale modelling of cardiac electromechanics and post-infarction remodelling. In 2021, she became an Oxford-Bristol Myers Squibb Fellow, developing human-based models of heart failure and collaborating with pharmaceutical companies to support in silico drug testing.
Her research has been published in Circulation Research, eLife, Scientific Reports, and Cardiovascular Diabetology, and was awarded “Model of the Year 2024” by BioModels. She serves as an editorial board member of Frontiers in Physiology since 2020.
Selected Publications
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Sex−specific cardiometabolic multimorbidity‚ metabolic syndrome and left ventricular function in heart failure with preserved ejection fraction in the UK Biobank
Ambre Bertrand‚ Xin Zhou‚ Andrew Lewis‚ Thomas Monfeuga‚ Ramneek Gupta‚ Vicente Grau and Blanca Rodriguez
In Cardiovascular Diabetology. Vol. 24. No. 1. June, 2025.
Details about Sex−specific cardiometabolic multimorbidity‚ metabolic syndrome and left ventricular function in heart failure with preserved ejection fraction in the UK Biobank | BibTeX data for Sex−specific cardiometabolic multimorbidity‚ metabolic syndrome and left ventricular function in heart failure with preserved ejection fraction in the UK Biobank | DOI (10.1186/s12933-025-02788-4)
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Mechanisms and Implications of Electrical Heterogeneity in Cardiac Function in Ischemic Heart Disease
Hector Martinez−Navarro‚ Xin Zhou and Blanca Rodriguez
In Annual Review of Physiology. Vol. 87. No. Volume 87‚ 2025. Pages 25–51. February, 2025.
Publisher: Annual Reviews
Details about Mechanisms and Implications of Electrical Heterogeneity in Cardiac Function in Ischemic Heart Disease | BibTeX data for Mechanisms and Implications of Electrical Heterogeneity in Cardiac Function in Ischemic Heart Disease | DOI (10.1146/annurev-physiol-042022-020541) | Link to Mechanisms and Implications of Electrical Heterogeneity in Cardiac Function in Ischemic Heart Disease
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Clinical phenotypes in acute and chronic infarction explained through human ventricular electromechanical modelling and simulations
Xin Zhou‚ Zhinuo Jenny Wang‚ Julia Camps‚ Jakub Tomek‚ Alfonso Santiago‚ Adria Quintanas‚ Mariano Vazquez‚ Marmar Vaseghi and Blanca Rodriguez
In eLife. Vol. 13. Pages RP93002. December, 2024.
Publisher: eLife Sciences Publications‚ Ltd
Details about Clinical phenotypes in acute and chronic infarction explained through human ventricular electromechanical modelling and simulations | BibTeX data for Clinical phenotypes in acute and chronic infarction explained through human ventricular electromechanical modelling and simulations | DOI (10.7554/eLife.93002) | Link to Clinical phenotypes in acute and chronic infarction explained through human ventricular electromechanical modelling and simulations