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Advisor(s)
Abstract(s)
The study of bacterial growth is a challenging field since it aims to describe the behaviour of microorganisms under different physical or chemical conditions. Bacterial growth as a biofilm is of particular interest as these gel-like structures are detrimental for all applications where “clean” surfaces are most important, and are related to failure of infection treatment, food spoilage and oil pipeline contamination, amongst others. In the literature one can find several works concerning the characterization of the mechanical behaviour of bacterial biofilms, although mostly are implemented over solid biofilms, as they appear in real situations [1-3], to study the adhesion properties in surfaces. In this work we applied a different technique to monitor the growth rate of a coccoid shaped bacterial species, the human pathogen Staphylococcus aureus.
Description
Keywords
Bacterial growth Bacterial species Staphylococcus aureus
Citation
PORTELA, Raquel; [et al] – Bacterial growth screened by rheology. In 3rd Iberian Meeting on Rheology – Rheology Trends: From Nano to Macro Systems (IBEREO 2011). Costa da Caparica, Portugal. Pp. 1-3