E. Gjini

MetaSpread: A cancer growth and metastatic spread simulation program in Python

The paper introduces MetaSpread, a Python simulation tool for tumor growth and metastasis, based on a hybrid mathematical model incorporating cellular dynamics and abiotic factors.

Modeling spatial evolution of multi-drug resistance under drug environmental gradients

The paper models the spatial evolution of multi-drug resistance in bacteria under varying drug gradients using a reaction-diffusion system and Price equation framework.

Disentangling how multiple traits drive 2 strain frequencies in SIS dynamics with coinfection

This paper develops a mathematical framework to analyze 2-strain SIS dynamics with coinfection, showing how multiple traits influence strain frequency and coexistence.

Towards a mathematical understanding of colonization resistance in multispecies microbial communities

This paper develops a mathematical framework to define and study colonization resistance in multispecies microbial communities through a replicator equation model.

Price equation captures the role of drug interactions and collateral effects in the evolution of multidrug resistance

The paper uses a Price equation framework to analyze how drug interactions and collateral effects influence the evolution of multidrug resistance in bacteria.

Predicting N-strain coexistence from co-colonization interactions: epidemiology meets ecology and the replicator equation

The paper develops a multi-type SIS model to predict N-strain coexistence by reducing complex dynamics to pairwise interactions, showing it aligns with the replicator equation and has ecological implications.

The key to complexity in interacting systems with multiple strains

This paper analyzes multi-strain coexistence in an epidemiological system, finding that the ratio of single to co-colonization interactions determines coexistence regimes and stability.

Cell competition, the kinetics of thymopoiesis and thymus cellularity are regulated by double negative 2 to 3 early thymocytes

The paper investigates how cell competition between DN2 and DN3e thymocytes regulates thymopoiesis and thymus cellularity through a feedback loop involving DN2b expansion and interleukin 7.