About my research
My work aims to unravel the complex dynamics of disease transmission, encompassing a wide range of infectious diseases. By leveraging advanced mathematical modeling, computer simulations, and artificial intelligence, I strive to enhance our understanding of disease spread and develop effective strategies for public health interventions. I welcome collaborations and inquiries from fellow researchers, students, and organizations interested in advancing the field of infectious disease modeling and public health.
All Stories
- Finite element analysis of polymeric microneedle insertion into skin
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- Unraveling the drivers of leptospirosis risk in Thailand using machine learning
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- Bird Droppings Reveal Hidden Flu Hotspots in Remote Regions of Developing Countries
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- Tracking Dangerous Strep Bacteria on Public Surfaces in Rural Japan
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- COVID-19 Vaccines Saved More Than 300,000 Lives in Thailand
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- Using Smartphone Apps to Track Dog Numbers and Raise Rabies Awareness in Thailand
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- Weather and Air Pollution Influence Flu Patterns in Thailand
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- Discarded Condoms Reveal Mpox Spread and STD Risks in 16 Countries
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- New COVID-19 Variants Found to Shed More Virus in Stool, Even Without Symptoms
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- Predicting COVID-19 Spread in Thailand: How Weather and Air Quality Influence Outbreaks
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- Dust Detective: How Sampling Public Spaces Could Help Track COVID-19 Spread
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- Vaccine Strategy Matters: Balancing COVID-19 Prevention and Mortality Reduction
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- Making the Most of Limited Vaccines: Lessons from Thailand's COVID-19 Vaccination Strategies
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- Tracking New COVID-19 Variants in Bangkok's Wastewater: An Early Warning System
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- Sewage Signals: Early COVID-19 Detection in Thailand's Urban and Rural Wastewater
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- Wastewater Reveals Early Signs of Monkeypox in Bangkok: A New Way to Detect Outbreaks
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- How Viral Evolution Shapes Flu Seasons: A New Prediction Model
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- COVID-19 vaccination can reduce the length of isolation required
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- Optimizing Skin Patch Vaccines: Finding the Best Microneedle Design
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- Lockdown Slows COVID-19 Spread in North Korea
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- Estimation of Excess All-Cause Mortality Due to COVID-19 in Thailand
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- How building and road layouts affect the spread of rabies: Insights from a modeling study
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- Unraveling Hospital Superbug Spread: New Tools to Fight Resistant Klebsiella Infections
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- Reconstructing the transmission dynamics of Thailand's first COVID-19 epidemic wave
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- COVID-19 Control Strategies and Healthcare Demand in Germany
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- Southeast Asia is an emerging hotspot for COVID-19
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- Flooding Fuels Leptospirosis: New Model Reveals Key Factors in Disease Spread in Thailand
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- Impact of rainfall on the transmission of leptospirosis in Si Sa Ket, Thailand
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- How the individual human mobility spatio-temporally shapes the disease transmission dynamics
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- Active case detection and prompt isolation reduce COVID-19 spread more effectively
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- Uneven Drug Levels Speed Up Malaria Resistance: A Computer Model Reveals How
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- Effect of the Songkran festival on COVID-19 transmission in Thailand
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- Mathematical model predicts Zika virus spread in Brazil and tests mosquito control strategies
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- Understanding Zika Virus Outbreaks Through Mathematical Modeling
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- Leptospirosis in Thailand: Tracking Bacterial Strains in People and Animals
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- Vesicle Shape Matters: How Tiny Changes Affect Brain Signaling
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- How Chemical Reactions Change the Way Molecules Move in Cells
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- Unraveling the Genetic Puzzle of Malaria Drug Resistance
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- Origin of Robustness in Generating Drug-Resistant Malaria Parasites
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- Predicting Leptospirosis Outbreaks in Thailand Using Rainfall and Temperature Data
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- Finding the Best Time to Close Schools During Flu Outbreaks: Lessons from a Thai School
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