Research theme one
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PhD in Mathematics
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Zita Borbála Fülöp
I am a final‑year Mathematics PhD student working at the intersection of mathematical modelling, medical imaging, and oncology, developing patient‑specific models to improve brain cancer treatment.
Research areas
glioblastoma, electrochemotherapy, continuum models, asymptotic homogenisation, mathematical biology, PDEs
Now
finishing thesis, writing papers, applying for fellowships
zbfmath.com
Research, images, and a bit of movement.
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About
Mathematics with personality
I work at the intersection of mathematics, medicine, and computation. My research explores how mathematical models can help improve cancer treatments by predicting how tumours respond to therapies. I am particularly interested in how mathematical insight can support clinical decision-making and contribute to more personalised treatment strategies.
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Highlights
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Current affiliation
University of Glasgow -
Focus
Continuum Models, Asymptotic Homogenisation, Glioblastoma, Electrochemotherapy -
Elsewhere
Google Scholar, ORCID, LinkedIn
Research
Projects, papers, and problems
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Research theme two
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Talks and writing
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Achievements
Awards and recognition
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STEM for Britain Silver Award in Mathematics
House of Commons, UK Parliament (2026) -
Best Presentation Award
Computational Biology Conference (2025) -
1st Prize at Science Slam
University of Glasgow (2025) -
2nd Prize for Best Early Career Researcher Presentation
7th Soft Tissue Modelling Workshop, Milan (2025) -
Mobility Scholarship
UofG College of Science and Engineering £1,000 research grant to support research visit to Radboudumc and UMC Utrecht (2025) -
1st Prize for Best PhD Poster Presentation
6th Soft Tissue Modelling Workshop, Glasgow (2023)
Clinical collaborations
Mathematics in clinical practice
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University Medical Center Utrecht, Netherlands
Collaboration focused on patient-specific modelling of glioblastoma and the interpretation of MRI data to improve understanding of treatment response and radiotherapy mechanisms. -
National Institute of Oncology, Hungary
Initiated collaboration supporting mathematical modelling of tumour behaviour and data-driven treatment planning. Developed and coordinated data-sharing agreements and ethical approval processes. -
Semmelweis University, Hungary
Applied statistical modelling techniques to investigate drug administration protocols and predictive factors influencing clinical outcomes in neonatal care.
Publications
Selected publications
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Patient-Specific Multiscale Modelling of Glioblastoma: Targeted Modulation of Interstitial Fluid Flow Using Electric Field (2026)
Preprint
DOI link -
Multiscale analysis of electrically stimulated vascularised tumours (2025)
DOI link -
Multiscale modelling of fluid transport in vascular tumours subjected to electrophoresis anticancer therapies (2024)
DOI link
CV
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Contact
Say hello
- Email
Zita.Fulop@glasgow.ac.uk - Profiles
Google Scholar · ORCID · LinkedIn