Fear induced coexistence in eco-epidemiological systems with infected prey [0.03%]
恐惧驱动的食性系统中感染猎物的捕食者-猎物共存现象研究
Rajesh Das,Sourav Kumar Sasmal
Rajesh Das
The combined effects of ecological and disease characteristics are examined in eco-epidemiological models, which incorporate infectious illnesses into interaction models. We assumed in this article that the prey population is somewhat infec...
Stationary and non-stationary transition probabilities in decision making: Modeling COVID-19 dynamics [0.03%]
决策中的固定和非固定过渡概率：建模COVID-19动态
Romario Gildas Foko Tiomela,Samson Adekola Alagbe,Olawale Nasiru Lawal et al.
Romario Gildas Foko Tiomela et al.
This study present a comparative modeling framework for COVID-19 dynamics using stationary and non-stationary transition probabilities within a Markov decision process (MDP). Stationary transitions assume constant rates, while non-stationar...
Quantitative analysis of respiratory viral triple infections: Examining within host dynamics of Influenza, RSV, and SARS-CoV-2 [0.03%]
呼吸道病毒三重感染的定量分析：检测流感、RSV和SARS-CoV-2的宿主内动态
Saanvi Srivastava,Hana M Dobrovolny
Saanvi Srivastava
Prior research has explored co-infections that involve two respiratory viruses, yet triple infections remain poorly elucidated. With the COVID-19 pandemic and seasonal epidemics of respiratory syncytial virus (RSV) and influenza, understand...
Tumor expansion and immune regulation in a mathematical model of cancer under variations in tumor cell proliferation rate and innate immune stimulation [0.03%]
基于肿瘤细胞增殖率和先天免疫刺激变化的癌症数学模型中的肿瘤增长和免疫调控
Manuel Arturo Nova-Martínez,Héctor Andrés Granada-Díaz
Manuel Arturo Nova-Martínez
In this article, we proposed a simplified mathematical model of primary tumor growth that involves four cell populations: Two types of cancer cells with different levels of immunogenicity, and the immune response in its two components, inna...
Mathematical modeling of the immune response mediated by human T-helper lymphocytes in viral diseases [0.03%]
人类T辅助淋巴细胞在病毒感染中的免疫反应的数学模型
Ledyz Cuesta-Herrera,Luis Pastenes,Fernando Córdova-Lepe et al.
Ledyz Cuesta-Herrera et al.
Adaptive immunity, performed by T and B lymphocytes, seeks total virus elimination through specific recognition of viral antigens. It has been shown that innate or adaptive immune response regulation variations are associated with an excess...
Youcef Belgaid,Mohamed Helal,Abdelkader Lakmeche et al.
Youcef Belgaid et al.
Boars, being one of the most widely spread ungulates worldwide, have a widely recognized important role in the balance of natural environment and forests. Since large boar populations severely damage crops and cause serious traffic accident...
Forecasting infectious disease outbreak risks from vaccine sentiments on social media: A data-driven dynamical systems approach [0.03%]
基于社交网络上疫苗态度数据的传染病风险预测：一种数据驱动的动力系统方法
Zitao He,Chris T Bauch
Zitao He
Early warning signals are vital in predicting critical transitions in complex dynamical systems. For behavioral epidemiology systems in particular, this includes shifts in vaccine sentiments that may precede disease outbreaks. Conventional ...
Backward bifurcation and periodic dynamics in a tuberculosis model with integrated control strategies [0.03%]
整合控制策略下的肺结核模型的反向分岔与周期动力学
Dipo Aldila,Chidozie Williams Chukwu,Eka D A Ginting et al.
Dipo Aldila et al.
In this study, we present a unified mathematical model for tuberculosis (TB) that integrates key interventions: Mask use and media campaigns to raise community awareness and promote vaccine booster uptake. The model also incorporates slow-f...
Autopsy of SARS-CoV-2 spread dynamics in Ecuador using data assimilation techniques: A tale of two provinces [0.03%]
厄瓜多尔两省SARS-CoV-2传播动力学的数据同化研究：同一个国家，两种不同的疫情发展路径
Paula Castro,Juan Carlos De Los Reyes
Paula Castro
In this article, we considered a Bayesian approach to estimating the evolution of the COVID-19 pandemic in Ecuador, providing the first rigorous analysis of its progression in the country. Specifically, we applied variational data assimilat...
Mathematical modeling for Hypothenemus hampei and Colletotrichum kahawae co-dynamics with optimal control strategies [0.03%]
拟杨小舟蛾和卡哈瓦刺盘孢菌的数学建模及最优控制策略研究
Abdisa Shiferaw Melese,Legesse Lemecha Obsu,Feyissa Kebede Bushu
Abdisa Shiferaw Melese
Several pests and diseases are major factors challenging the coffee industry worldwide. Particularly, production of Coffee Arabica in many African countries has been affected by Hypothenemus hampei and Colletotrichum kahawae in a coffee far...