Seasonality and mycobacterial infectious diseases in animals and humans: is there a generality of seasonal patterns for mycobacterial infections? by Carlos Adrian Vargas Campos, Christine Chevillon, Ahmadou Sylla, Magdalene Dogbe, Kayla M. Fast, Jennifer Pechal, Alex Rakestraw, Matthew E. Scott, Michael W. Sandel, Heather Jordan, M. Eric Benbow, Jean-François Guégan

“…Abstract Background Seasonal patterns of mycobacterial infections affecting humans and animals remain a complex and understudied aspect of infectious disease dynamics. …”
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Influence of network structure on infectious disease control by Nariyuki Nakagiri, Hiroki Yokoi, Yukio Sakisaka, Kei-ichi Tainaka, Kazunori Sato

“…Control of infectious disease is very hard but important for the life of human beings. …”
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A human behavior-based model for respiratory infectious diseases prediction by Zhengwen Ma, Min Zhu, Chen Zhi, Huaguo Zhang, Minye Li, Nan Zhang, Hui Ma, Hui Ma

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Evolving infectious disease dynamics shape school-based intervention effectiveness by Javier Perez-Saez, Mathilde Bellon, Justin Lessler, Julie Berthelot, Emma B. Hodcroft, Grégoire Michielin, Francesco Pennacchio, Julien Lamour, Florian Laubscher, Arnaud G. L’Huillier, Klara M. Posfay-Barbe, Sebastian J. Maerkl, Idris Guessous, Andrew S. Azman, Isabella Eckerle, Silvia Stringhini, Elsa Lorthe, On behalf of the SEROCoV-Schools study group

“…With pandemic preparedness in mind, this study advocates for a dynamic perspective on the role and importance of schools in infectious disease control, one that adapts to the evolving epidemiological landscape shaped by pathogen characteristics and evolution, shifting public health policies, and changes in human behavior.…”
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Review on respiratory infectious disease transmission mechanism: effects of human movement and facemask use by Jialin Wu, Feifan He, Zilin Xie, Ming Fu, Yayun Li, Jinghong Wang, Yong Pan, Wenguo Weng

“…Given that the dynamic scenario of respiratory infectious disease transmission has attracted wide attention in recent years, we summarize the effects of human movement on indoor airflow, pathogen diffusion, and human exposure. …”
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Study on the Solutions of Impulsive Integrodifferential Equations of Mixed Type Based on Infectious Disease Dynamical Systems by Haiyan Li, Yuheng Guo, Min Wang

“…Therefore, scientists have established many mathematical models in the history of fighting infectious diseases to study the law of infection and then analyzed the practicability and effectiveness of various prevention and control measures, providing a scientific basis for human prevention and research of infectious diseases. …”
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Role of Modelling in Emerging Infectious Diseases by Nashwa F. Azzam

“…Integrated approaches combining multiple techniques provide more comprehensive insights into infectious disease dynamics.…”

Unifying human infectious disease models and real-time awareness of population- and subpopulation-level intervention effectiveness by Rachel L. Seibel, Michael J. Tildesley, Edward M. Hill

“…During infectious disease outbreaks, humans often base their decision to adhere to an intervention strategy on individual choices and opinions. …”
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Analysis of the dynamics and optimal control of cutaneous Leishmania during human immigration by H. Toufga, A. Sakkoum, L. Benahmadi, M. Lhous

“…Leishmania is an infectious disease that is difficult to control and has an impact on morbidity and mortality around the world. …”
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Application of fluid dynamics in modeling the spatial spread of infectious diseases with low mortality rate: A study using MUSCL scheme by Nnaji Daniel Ugochukwu, Kiogora Phineas Roy, Onah Ifeanyi Sunday, Mung’atu Joseph, Aguegboh Nnaemeka Stanley

“…This study presents a comprehensive mathematical framework that applies fluid dynamics to model the spatial spread of infectious diseases with low mortality rates. …”
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Refuting causal relations for synchronized pathogen dynamics by Yair Daon, Kris V. Parag, Amit Huppert, Uri Obolski

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Sensitivity analysis and dynamics of brucellosis infection disease in cattle with control incident rate by using fractional derivative by Muhammad Farman, Evren Hincal, Saba Jamil, Nezihal Gokbulut, Kottakkaran Sooppy Nisar, Aceng Sambas

“…The results highlight the applicability of the Caputo-Fabrizio operator in modeling the transmission of infectious diseases like brucellosis and offer a strong foundation for controlling disease spread within communities.…”
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Pertussis models to inform vaccine policy by Patricia T Campbell, James M McCaw, Jodie McVernon

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Fractional-order mathematical modeling of toxoplasmosis transmission dynamics with harmonic mean-type incidence rate by Muhammad Asif, Ioan-Lucian Popa, Emad A. A. Ismail, Fuad A. Awwad, Mosab Alqurashi, Umar Ishtiaq

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Mpox: A case study for a one health approach to infectious disease prevention by David T.S. Hayman, Marion P.G. Koopmans, Andrew A. Cunningham, Salome A. Bukachi, Leandre Murhula Masirika, Wanda Markotter, Thomas C. Mettenleiter

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Modern Challenges to the System of Sanitary Protection of the Russian Federation by A. A. Zubova, A. V. Ivanova, V. A. Safronov, A. A. Treskin, O. N. Skudareva

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Dynamics of respiratory virus transmission in children during and after COVID-19 outbreak control in Baiyin, China by Biao Wang, Hui Zhang, Shu Liang, Huan Wei, Miao Wang, Huimin Zhang, Xiaoshu Zhang, Maoxing Dong

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Comparative immunological study of Plasmodium knowlesi infections in humans and macaques: insights into cytokine dynamics by Mohammad Faruq Abd Rachman Isnadi, Yean Kong Yong, Matthew J. Grigg, Symphorosa Sipangkui, Ping-Chin Lee, Nor Afizah Nuin, Angelica Fiona Tan, Paul Molius, Augustine Tuuga, Jum Rafiah Abd Sukor, Giri Rajahram, Sylvia Daim, Tock H. Chua

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Mathematical modelling for vaccine efficacy trials during the future epidemics of emerging respiratory infections by Soyoung Kim, Sun Hee Park, Sunhwa Choi, Wanho Lee, Suein Choi, Sungpil Han, Seunghoon Han, Dong-Gun Lee

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Transmission dynamics of cryptosporidiosis in humans and cattle: A CTMC stochastic model integrating the role of human immune status by F. Luhanda, M.M. Mayengo, J.I. Irunde, F. Chirove

“…Therefore, reducing the shedding rates of Cryptosporidium oocysts into the environment by infectious humans is critical for the control and prevention of cryptosporidiosis in susceptible populations. …”
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