Explore complex interactions between host cells, microbial communities, and their environments using our physiologically relevant and sensitive assay platforms. These models are indispensable for drug development, microbiome studies, infectious disease research, and environmental safety.
We utilize robust Caco-2 monolayer systems co-cultured with specific microbial species in transwell setups to mimic the human intestinal barrier. This allows detailed assessment of microbial adherence, barrier disruption, and host immune signaling, advancing mechanistic insights into gut health and dysbiosis.
Our trans-epithelial electrical resistance (TEER) measurement assays quantitatively assess epithelial barrier integrity, while multiplex cytokine profiling defines immune responses triggered by microbial or toxicological challenge, providing a comprehensive view of barrier function and inflammation.
We apply crystal violet staining for quantitative assessment and live/dead confocal microscopy for spatial and viability analysis of biofilms. These assays are critical for evaluating antimicrobial strategies, biofilm resilience, and surface-associated microbial dynamics.
Our environmental monitoring services detect and quantify microbial contaminants under both aerobic and anaerobic conditions in food products, air systems, and water sources using culture-based and molecular techniques, ensuring compliance with safety standards and regulatory approvals.
Advanced co-culture and transwell models bridging host biology and microbiology.
Integrated functional assays combining barrier assessment and immune profiling.
State-of-the-art biofilm quantification technologies with detailed imaging.
Comprehensive contamination monitoring tailored to environmental and industrial settings.
Scientific support ensuring method development and regulatory alignment.
