Feb 01–04, 2027 | Crowne Plaza Geneva, Geneva, Switzerland
              
              Scientific Organizers:
              
                 
                  Doug E. Brackney, Flaminia Catteruccia, Utpal Pal, and Sarah Merkling
                
                      
            
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Scientific Organizers: Doug E. Brackney, Flaminia Catteruccia, Utpal Pal, and Sarah Merkling
Doug E. Brackney, PhD
Connecticut Agricultural Experiment Station
Flaminia Catteruccia, PhD
Harvard T.H. Chan School of Public Health
Utpal Pal, PhD
University of Maryland
Sarah Merkling, PhD
Institut Pasteur
***Meeting program subject to change.
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Monday, February 1, 2027
Tuesday, February 2, 2027
Elucidating Vector-Microbe Interactions using High-Throughput Exoproteome Screens
Mosquito Hemocytes: Double-Edged Swords in Pathogen Control
Deciphering Mosquito-Virus Interactions at the Single-Cell Level
Mosquito Immune Regulation of Malaria Parasite Development
Cross-Species Signaling and Vector Immunity Shape the Ticks Response to Borrelia
Developing Microbiota-Based Strategies for Vector-Borne Disease Control
An Integral Role for Endosymbiotic Bacteria in Tsetse Fly Biology
Impacts of the Microbiome on Mosquito-Borne Diseases
Wednesday, February 3, 2027
How Flaviviruses Initiate Infection of the Mosquito Midgut
Bacterial Infections and Persistence in the Tick Vector
Sticking Around: Kinetoplastid Adhesion during Sand Fly infection
The Role of Midgut Stem Cells During Plasmodium Infection of Mosquitoes
The Effects of Dehydration and Humidity on Mosquito Susceptibility to Infection
Mosquito Reproduction and the Malaria Infection Axis
Understanding Tick Biology through Multi-Omics Approaches
Thursday, February 4, 2027
Alterations in Vector Physiology Underpin Wolbachia Antiviral Activity
Novel Genetic Tools for Gene Drive in Mosquitoes
Utilizing Microsporidia to Block Malaria Transmission
From Entomopathogenic Fungi to Gene Drive: Lessons from the Field
Reducing Dengue Incidence with Wolbachia in Singapore
Wolbachia-Mediated Mosquito Sterility to Suppress Aedes aegypti Populations
Friday, February 5, 2027
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