Growth models of fractal interfaces in the description of microorganism colony growth: effect of photodynamic inactivation

Candida albicans is responsible for most of the nosocomial infections that affect immunocompromised individuals. We investigated the application of eosin in photodynamic inactivation as a strategy in the inhibition of the growth of C. albicans and the morphological variation and growth dynamics in l...

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Published in:Photochemical & photobiological sciences 2023-02, Vol.22 (2), p.311-318
Main Authors: Trescher, Tarquin F., da Silva, Romário J., Souto, Paula C. S., Silva, Josmary R., de Souza, Nara C.
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Language:English
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Biochemistry
Biomaterials
Chemistry
Chemistry and Materials Science
Original Papers
Physical Chemistry
Plant Sciences
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container_title Photochemical & photobiological sciences
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da Silva, Romário J.
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de Souza, Nara C.
description Candida albicans is responsible for most of the nosocomial infections that affect immunocompromised individuals. We investigated the application of eosin in photodynamic inactivation as a strategy in the inhibition of the growth of C. albicans and the morphological variation and growth dynamics in light of fractal theory. The damage caused to fungal structures alters the roughness of the colony, and these changes were described by parameters that were defined by mathematical models. Proliferation of the fungi should be inhibited in the center of the colonies and the analysis of the edges gives an indication about the dynamics of growth and cell reproduction. Graphical abstract
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subjects Biochemistry
Biomaterials
Chemistry
Chemistry and Materials Science
Original Papers
Physical Chemistry
Plant Sciences
title Growth models of fractal interfaces in the description of microorganism colony growth: effect of photodynamic inactivation
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