My research spans several areas between mathematics and biology. Trained in differential equations and functional analysis, I gradually acquired a taste for biological applications. My relationship with the biological sciences can be roughly classified as symbiotic (peaceful coexistence). I like to play with other peoples’ data and make excuses for studying some far-fetched theoretical abstractions called “mathematical models”. In recent years, I partly succumbed to the popular in silico modeling trend and started playing with computer simulations.
There is a number of ongoing projects that I am working/collaborating/having fun with
- Adaptive dynamics of microbial metabolism
- Dynamics of controlled bioreactors
- Evolution of drug resistance in bacteria
- Generation and maintenance of immunological memory
- Within and between host parasite dynamics with mutations
- Theoretical ecology of microbes and parasites
- Dynamics of neural networks
Biomathematics Group at UF: https://biomath.math.ufl.edu/