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Swimming Motion of Flagellated Bacteria Under Low Shear Flow Conditions
느린 전단흐름에서 편모운동에 의한 대장균의 거동 특성
2011
Journal of Korean Society of Environmental Engineers
느린 전단흐름에서 편모운동에 의한 대장균의 거동 특성
The measurement and prediction of bacterial transport of bacteria in aquatic systems is of fundamental importance to a variety of fields such as groundwater bioremediation ascending urinary tract infection. The motility of pathogenic bacteria is, however, often missing when considering pathogen translocation prediction. Previously, it was reported that flagellated E. coli can translate upstream under low shear flow conditions. The upstream swimming of flagellated microorganisms depends on
doi:10.4491/ksee.2011.33.3.191
fatcat:qwn4vyvz4vgslgc747cojrnnc4