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Bacterial and fungal metabolic modulation of ice nucleation activity

Aero Microbiology

Biotic Ice Nucleation & Cloud Formation Research

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Ice-nucleating protein molecular structure and phylogenetic origins Heterogeneous ice nucleation efficiency quantification in cloud-relevant conditions Seasonal and spatial distribution of airborne bioaerosol ice nucleators Inorganic-organic mineral surface interactions affecting ice nucleation High-altitude cloud ice nucleating particle vertical transport mechanisms Quantitative cloud radiative effects from biotic versus abiotic ice nucleators Microbial community composition effects on collective ice nucleation Cryoprotective organic molecules and their antimicrobial ice nucleation inhibition Environmental stress responses altering microbial ice nucleation capacity

Aero Microbiology › Biotic Ice Nucleation & Cloud Formation Research

Bacterial and fungal metabolic modulation of ice nucleation activity

This research examines how cellular metabolic states, nutrient availability, and growth phase regulate the expression and surface abundance of ice nucleation proteins in microbial populations. The discoveries establish linkages between microbial physiology and atmospheric ice formation capacity, advancing mechanistic bioaerosol models.

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