https://www.selleckchem.com/pr....oducts/CP-690550.htm
Using mutants, selective inactivation of species, and selective matrix removal, we demonstrate that the enhanced stress resistance and surface mobility arise from the exopolymeric matrix and require the presence of both species in the assemblage. The mobility is directed by fungal filamentation as hyphae extend and contact the surface, lifting the assemblage with a "forward-leaping motion." Bacterial cell clusters can "hitchhike" on this mobile unit while continuously growing, to spread across the surface three-dimensionally and merge
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Palak Nayyar
https://ideas.salesforce.com/s..../idea/a0B8W00000Qeax
https://ideas.salesforce.com/s..../idea/a0B8W00000Qeax
https://ideas.salesforce.com/s..../idea/a0B8W00000Qeb3
https://ideas.salesforce.com/s..../idea/a0B8W00000Qeb4
https://ideas.salesforce.com/s..../idea/a0B8W00000Qeb5
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