Project Showcase
NTIUNHDM: Mathematical Modeling of Cancer Dynamics
Explore how our research combines differential equations with biological systems
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Project Overview
This video models tumor growth from weak immune systems using ODEs. It combines math, coding, and real-world cancer dynamics.
Key Findings
Weak immune response leads to tumor survival and growth. Parameter sensitivity shows which factors speed up cancer. Simulation matches biological behavior of cancer stages.
Future Applications
The model can guide early cancer prevention strategies. It can be extended to study therapies and diet effects. Future work aims to personalize cancer predictions.