The application of fractional calculus has gained significant attention in various scientific fields for modelling and analyzing complex phenomena. In recent years, researchers have increasingly recognized the potential of fractional calculus in the study of diseases. By employing fractional calculus techniques, it becomes possible to gain deeper insights into the dynamics, diagnosis, treatment, and control of diseases.
This comprehensive Article Collection aims to gather state-of-the-art research on the utilization of fractional calculus in the field of diseases. Its primary objective is to explore the diverse aspects of diseases, including epidemiology, disease modelling, medical imaging, drug delivery systems, and clinical decision-making. By showcasing innovative methodologies and findings, this special issue will provide a platform for advancing our understanding and management of diseases through fractional calculus.
The special issue invites contributions on the following topics, although other related areas are also welcome:
- Fractional-order models for disease dynamics and spread
- Fractional differential equations in epidemiology and population dynamics
- Fractional operators in medical imaging and image processing
- Fractional calculus in disease diagnosis and prognosis
- Fractional control strategies for disease management and treatment
- Fractional-order drug delivery systems and pharmacokinetics
- Fractional optimization methods for personalized medicine
- Fractional calculus in disease data analysis and prediction
- Fractional mathematical models for immunology and immune response
- Fractional approaches in clinical decision-making and patient management
