Simulating reentrant mechanisms under structural remodeling: A computational model based on complex-order operators

Mathematical Biosciences · Published 2026-07-30 · DOI 10.1016/j.mbs.2026.109779

Free full text

Authors (2)

Juan P. Ugarte, Catalina Tobón

Abstract

PubPorta does not have an abstract for this article yet.

Read the article at the publisher →

Publication details

Year

2026

Citation

Ugarte, J., Tobón, C. (2026). Simulating reentrant mechanisms under structural remodeling: A computational model based on complex-order operators. Mathematical Biosciences. https://doi.org/10.1016/j.mbs.2026.109779

Related articles

• Simultaneous parameter and function discovery in differential equations using physics-informed neural networks · Mathematical Biosciences · 2026 · Same journal
• Adding a fecundity-survival trade-off to a discrete population model with maturation delay · Mathematical Biosciences · 2026 · Same journal
• Modeling melanoma-immune interactions with a physiological delay incorporating dendritic cell vaccines and anti-PD-1 therapy · Mathematical Biosciences · 2026 · Same journal
• Exploring meteorological drivers in the transmission dynamics of viral and bacterial diarrhea: A modeling study in Davao City, Philippines · Mathematical Biosciences · 2026 · Same journal
• Time evolution of infection state correlation of nodes in an SIR model on a random contact network · Mathematical Biosciences · 2026 · Same journal
• Mathematical modeling of neural stem cell migration within brain using multi-fiber tractography · Mathematical Biosciences · 2026 · Same journal
• The impact of diapause eggs on mosquito population suppression based on constant release of sterile mosquitoes · Mathematical Biosciences · 2026 · Same journal
• A delay differential model for antiviral treatment and rebound dynamics · Mathematical Biosciences · 2026 · Same journal
• Dynamics in an almost periodic metapopulation with competition and habitat destruction: An exponential dichotomy based approach · Mathematical Biosciences · 2026 · Same journal
• A potential surrogate model for efficient inference of stochastic GLUT4 translocation · Mathematical Biosciences · 2026 · Same journal