Leaky Gut Assay with C. elegans | Gut Permeability Assay

Leaky Gut Assay

Advancing research in gut permeability

Leaky gut, characterised by increased intestinal permeability, is a condition where the intestinal barrier becomes compromised, allowing harmful substances to pass into the bloodstream. This syndrome intensifies with age, contributing to microbial imbalances, metabolic shifts, systemic health deterioration, and increased mortality.

The Challenge:

Current research on leaky gut relies heavily on rodent models, which are costly, time-consuming, and often lack translatability to human conditions. There’s a pressing need for simpler, more cost-effective assays using robust models to comprehensively understand leaky gut pathogenesis and develop targeted treatment strategies.

Our Solution:

At Magnitude Biosciences, we’ve pioneered a breakthrough approach using C. elegans, a transparent and simple animal model, to study leaky gut phenotypes. The rapid life cycle of C. elegans is ideal for investigating gut integrity, especially in ageing populations. Like mammals, C. elegans possesses a distinct gut epithelial barrier, making it a powerful tool to explore leaky gut pathogenesis and develop innovative treatment modalities.

Leaky Gut Assay:

Our Leaky Gut assay leverages C. elegans to evaluate the efficacy of your products in maintaining intestinal barrier integrity during the ageing process. Using this assay, we can assess shifts in gut permeability and provide critical insights for developing interventions to combat leaky gut syndrome.

Cost-Effective

Reduce research costs with our efficient C. elegans-based assays.

Time-Efficient

Rapidly assess gut integrity shifts with our streamlined approach.

Translatable

Gain insights applicable to human conditions involving compromised gut integrity.

Customisable

Tailor assays to specific research needs for comprehensive results.

Partner with us for Gut Health research

Join us in advancing gut health research and longevity. Our Gut Health assay, coupled with cutting-edge technologies, enables precise evaluations of compound efficacy in maintaining intestinal barrier function during ageing.