CV | Muntaser Ahmed Taha Safan | Umm Al-Qura University

Social Networks

Qualifications

الدكتوراه

2006

‏الرياضيات

جامعة توبجن | المانيا

الماجستير

1999

‏الرياضيات

جامعة المنصورة | جمهورية مصر

البكالوريوس

1996

‏الرياضيات

جامعة المنصورة | جمهورية مصر

Scientific Research

Mathematical analysis of an SIS sex-structured influenza A model with positive case fatality in an open population with varying size

2025

ورقة مؤتمر | 1Mathematics Department, Faculty of Science, Mansoura University | The first Conference on Mathematics, Artificial Intelligence and Their Applications (23-24-June 2025)

Mathematical assessment of the impact of variation in susceptibility and infectiousness on the dynamics of malaria.

2025

ورقة مؤتمر | 1Mathematics Department, Faculty of Science, Mansoura University | The first Conference on Mathematics, Artificial Intelligence and Their Applications (23-24-June 2025)

An SIS sex-structured influenza A model with positive case fatality in an open population with varying size

2024

مقال في مجلة | AIMS | Mathematical Biosciences and Engineering

أكثر

FOXP3 (rs 3761548) and BRAF (V600E) gene polymorphism among Egyptians with hepatocellular carcinoma

2024

مقال في مجلة | Taylor and Francis | Egyptian Journal of Basic and Applied Sciences

أكثر

Role of differential susceptibility and infectiousness on the dynamics of an SIRS model for Malaria transmission

2023

مقال في مجلة | mdpi | Symmetry

أكثر

Mathematical Analysis of an Anthroponotic Cutaneous Leishmaniasis Model with Asymptomatic Infection

2584

مقال في مجلة | MDPI | Mathematics

أكثر

Mathematical Analysis of an SIVRWS Model for Pertussis with Waning and Naturally Boosted Immunity

2022

مقال في مجلة | MDPI | Symmetry

أكثر

Controllability of Infections in SIR Models with Waned Childhood Vaccination-Induced Immunity and Booster Vaccination

2021

مقال في مجلة | The Intercollegiate Biomathematics Alliance | Letters in Biomathematics

أكثر

A simple mathematical model for Guillain–Barré syndrome

2019

مقال في مجلة | SpringerOpen | Advances in Difference Equations

أكثر

Hybrid models for helminth infections with special reference to onchocerciasis

2020

مقال في مجلة | elsevier | mathematics and computers in simulation

أكثر

Mathematical analysis of an SIR respiratory infection model with sex and gender disparity: special reference to influenza A

2019

مقال في مجلة | American Institute of Mathematical Sciences | Mathematical Biosciences and Engineering

أكثر

Impact of reduction in contact time activity of infected individuals on the dynamics and control of directly transmitted respiratory infections in SIR models

2020

مقال في مجلة | SpringerOpen | Advances in Difference Equations

أكثر

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CV

Qualifications

الدكتوراه

الماجستير

البكالوريوس

Scientific Research

Mathematical analysis of an SIS sex-structured influenza A model with positive case fatality in an open population with varying size

Mathematical assessment of the impact of variation in susceptibility and infectiousness on the dynamics of malaria.

An SIS sex-structured influenza A model with positive case fatality in an open population with varying size

FOXP3 (rs 3761548) and BRAF (V600E) gene polymorphism among Egyptians with hepatocellular carcinoma

Role of differential susceptibility and infectiousness on the dynamics of an SIRS model for Malaria transmission

Mathematical Analysis of an Anthroponotic Cutaneous Leishmaniasis Model with Asymptomatic Infection

Mathematical Analysis of an SIVRWS Model for Pertussis with Waning and Naturally Boosted Immunity

Controllability of Infections in SIR Models with Waned Childhood Vaccination-Induced Immunity and Booster Vaccination

A simple mathematical model for Guillain–Barré syndrome

Hybrid models for helminth infections with special reference to onchocerciasis

Mathematical analysis of an SIR respiratory infection model with sex and gender disparity: special reference to influenza A

Impact of reduction in contact time activity of infected individuals on the dynamics and control of directly transmitted respiratory infections in SIR models

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