BiofilmQ

BiofilmQ performs quantitative image analysis of microbial biofilms and other spatially structured microbial communities to enable high-throughput quantification and visualization of community properties in two- and three-dimensional space over time.

Key Features:

• Quantitative image analysis: Automated extraction of quantitative measures from microscopy images of biofilms and spatially structured microbial communities.
• High-throughput quantification and visualization: Enables large-scale quantification and visualization of community properties in 2D and 3D over time.
• Image cytometry: Provides comprehensive image cytometry capabilities for cell-level measurements within biofilms.
• Fluorescence image support: Processes fluorescence images from spatially structured microbial communities regardless of growth geometry.
• Multi-scale analysis: Supports analysis of microscopic, mesoscopic, and macroscopic colonies and aggregates.
• Host-associated biofilms: Handles bacterial biofilms within eukaryotic hosts.
• Phenotyping and heterogeneity assessment: Facilitates phenotyping of biofilm communities and assessment of single-cell heterogeneity.
• Temporal and spatial characterization: Quantifies temporal evolution and three-dimensional spatial heterogeneity of biofilm structures.

Scientific Applications:

• Biofilm phenotype quantification: Quantitative characterization of biofilm structural and phenotypic properties.
• Single-cell heterogeneity analysis: Measurement and analysis of cell-to-cell variation within biofilm communities.
• Spatial-temporal dynamics: Study of spatial and temporal changes in microbial community organization and behavior.
• Ecological, agricultural, and clinical research: Application to microbial ecology, biogeochemical studies, agricultural systems, and healthcare-related biofilm investigations.
• Host-microbe interactions: Analysis of bacterial biofilms associated with eukaryotic hosts.

Methodology:

Automated quantitative image analysis and image cytometry of fluorescence microscopy data in 2D and 3D over time for high-throughput quantification and visualization of community properties.