We confirm Salmonella identity and strain integrity using orthogonal methods (e.g., culture characteristics, molecular confirmation, and panel-based differentiation when needed). This ensures your downstream Salmonella results reflect the right organism, the right isolate, and a traceable chain of custody across your study.
Our antimicrobial susceptibility testing characterizes Salmonella sensitivity patterns to support antimicrobial research and experimental design. You receive clearly interpreted readouts (e.g., qualitative susceptibility calls plus quantitative endpoints where applicable) to benchmark Salmonella behavior across compounds, conditions, and replicate runs.
We map how Salmonella adapts under physiologically relevant or process-relevant stressors (pH, bile salts, oxidative stress, nutrient limitation, osmotic stress). Stress response profiling helps explain phenotype shifts, survival patterns, and functional stability—critical for consistent Salmonella performance in complex matrices.
We evaluate Salmonella interactions with host-relevant systems using tailored in vitro models (adhesion, invasion-associated readouts, barrier integrity markers, and signaling endpoints as appropriate). These studies help you connect Salmonella traits to measurable host responses with controlled, reproducible experimental design.
We assess immune-linked outcomes triggered by Salmonella in defined in vitro settings—such as cytokine/chemokine profiling, innate sensor activation signatures, and immune-cell response panels aligned to your hypothesis. Outputs are standardized to support cross-study comparisons of Salmonella-driven immunobiology.
Our functional screening builds a hypothesis-to-mechanism bridge for Salmonella, integrating phenotypic assays with targeted readouts to probe mode-of-action (MoA). Whether you need comparative strain ranking or mechanism-oriented screening, we tailor endpoints to your program’s decision gates.
We develop scalable, controlled fermentation approaches for Salmonella research material production—optimizing growth conditions, harvest timing, and quality checks to reduce batch-to-batch variability. Each Salmonella batch includes defined specifications and documentation aligned to your experimental requirements.
We provide biosafety-aligned testing frameworks for Salmonella studies, including contamination checks, identity confirmation, and risk-relevant characterization suited to your intended research use. The goal is transparent, traceable Salmonella data that supports internal review and compliant study execution.
