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Fungal Spore Aerosolization Potential in Humid Tank Environments

Aero Microbiology

Maritime Ship Ballast Tank Bioaerosol Monitoring

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Metagenomic Profiling of Ballast Tank Microbial Communities Biofilm Formation Mechanisms on Steel Tank Surfaces Viral-Bacterial Interactions in Brackish Ballast Ecosystems Real-time PCR Detection of Viable Pathogenic Bioaerosols Endotoxin Quantification and Inflammatory Response Pathways Oxygen Gradient Microniche Development in Tank Sediments Particle Size Distribution and Aerodynamic Behavior Analysis Antimicrobial Resistance Prevalence in Maritime Microbial Assemblages Temporal Microbial Succession Modeling During Extended Ballast Retention

Aero Microbiology › Maritime Ship Ballast Tank Bioaerosol Monitoring

Fungal Spore Aerosolization Potential in Humid Tank Environments

This research investigates fungal communities, particularly osmotolerant and halotolerant species, and their spore release mechanisms under ballast tank humidity and temperature fluctuations. The study expands aero-mycological knowledge and quantifies allergenic and mycotoxigenic aerosol burdens from maritime sources.

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