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BSc in Biotechnology (UPM), MSc in Biophysics (UAM), and PhD in Applied Mathematics (UCLM). Currently holding a position as Assistant Professor of Applied Mathematics, his work at MOLAB focuses on evolutionary dynamics and virtual clinical trials in cancer. The discrete stochastic tumor growth model developed in his Ph.D. thesis (2022) has been used for human data-based studies on evolutionary dynamics, to discover new biomarkers in different cancers, and to optimize glioblastoma treatments. |
Publications
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Exploring neuroblastoma’s cellular microenvironment: A novel approach using cellular automata to model Celyvir treatment
Computers in Biology and Medicine 188, 109782 (2025)
José García Otero, Juan Belmonte-Beitia, Juan Jiménez-Sánchez
Projects
Jiménez Sánchez, Juan
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BSc in Biotechnology (UPM), MSc in Biophysics (UAM), and PhD in Applied Mathematics (UCLM). Currently holding a position as Assistant Professor of Applied Mathematics, his work at MOLAB focuses on evolutionary dynamics and virtual clinical trials in cancer. The discrete stochastic tumor growth model developed in his Ph.D. thesis (2022) has been used for human data-based studies on evolutionary dynamics, to discover new biomarkers in different cancers, and to optimize glioblastoma treatments. |
Publications
- Exploring neuroblastoma’s cellular microenvironment: A novel approach using cellular automata to model Celyvir treatment
Computers in Biology and Medicine 188, 109782 (2025)
José García Otero, Juan Belmonte-Beitia, Juan Jiménez-Sánchez
Projects