Applications of RepliGut® Planar Models

RepliGut® Models mimic in vivo responses to support a variety of research and pharmacological applications.

Why RepliGut® Planar?

RepliGut® Planar models recreate the biology of the human intestine using a convenient membrane supported culture platform. These models represent the different regions of the intestine enabling physiologically relevant and translatable study of inflammation, toxicity, bioavailability, barrier integrity, and host-microbe interactions.

Clinically relevant studies powered by RepliGut® Models


There is a lack of easy-to-use in vitro models that can accurately simulate in vivo gastrointestinal (GI) responses. Results from cell-based assays (Caco-2) and animal models often fail to translate into clinical applications.

RepliGut® Models recreate the biology of the human intestine and enable physiologically relevant and translatable study of inflammation, GI toxicity, pharmacokinetics (ADME), and host-microbre interactions.

Applications of RepliGut Planar systems

The standardized plate format with access to both apical and basal surfaces enables wide range of assays to suit your needs.

Chronic inflammation of the GI tract is implicated in a number of human diseases

Inflammation

Chronic inflammation of the GI tract is implicated in a number of human diseases, such as Inflammatory Bowel Disease (IBD). Over time, inflammation can damage the epithelial tight junctions that maintain the GI barrier integrity, leading to increased gut permeability, systemic inflammation, and other adverse reactions.

RepliGut® Models can be stimulated to induce an inflammation response using pro-inflammatory cytokines, like tumor necrosis factor-alpha (TNF-α) and interferon-gamma (IFN-y), to assess intestinal barrier responses and the efficacy of anti-inflammatory drugs.

A scientist seeding cells and pipetting growth medium into 96-well plate for molecular assay in biological cabinet (BSC). Doing molecular experiment in cleanroom facility.

Using a RepliGut® Model to predict anti-inflammation drug efficacy

GI Toxicity

GI toxicities are one of the most common adverse events during Phase 1 clinical trials. In vitro cytotoxicity assays are used to predict drug-induced GI toxicity often include Caco-2 cells that fail to represent the biology of the human gut.

RepliGut® Planar is a human stem-cell derived model which, unlike spherical organoids, offers independent access to apical and basal surfaces and the ability to directly measure barrier disruption.

GI toxicities are one of the most common adverse events
In vitro ADME studies are used to screen drug candidates

ADME

(Absorption, Distribution, Metabolism, Excretion)

In vitro ADME studies are used to screen drug candidates for key physical and chemical properties that drive their absorption, distribution, metabolism, and excretion by the body. Absorption assays are often performed using Caco-2 cells which lack many active transporters and metabolic enzymes that contribute to clinical bioavailability.

RepliGut® Models are derived from human adult donor stem cells obtained from multiple regions of the gut. This enables researchers to assess distinct regions of the small intestine and colon, from more than one donor, for a more thorough vetting of drug candidate bioavailability.

Host-Microbe Interactions

Evidence suggests that human health is highly dependent upon a balanced relationship with microorganisms, and when this host-microbe balance is compromised, infection and disease can result. A healthy intestinal epithelium provides a protective barrier between the microbe and the host.

RepliGut® Model microbiome studies, including the testing of microbial supernates from different populations of microbes to assess localized impacts on the intestinal epithelium.

Evidence suggests that human health

Key Applications

Chronic inflammation of the GI tract is implicated in a number of human diseases such as inflammatory bowel diseases (IBD). Over time, inflammation can lead to increased gut permeability, systemic inflammation, and other adverse reactions.

RepliGut® Models can be stimulated to induce an inflammation response that impacts intestinal barrier integrity enabling study of the efficacy of anti-inflammatory drugs.

Key Features of RepliGut® Planar

The standardized plate format with access to both apical and basal surfaces enables wide range of assays to suit your needs.

The RepliGut® Models are created using a biomimetic scaffold that not only supports the well-being of the cells but also provides a protective barrier, shielding them from the cassette's rigid semi-permeable membrane. This essential feature ensures the viability of the cells and enhances their overall functionality.
The innovative design of the RepliGut® Models incorporates apical and basal reservoirs, which enable compounds, additional cell types, and epithelial cells on both the basal and apical surfaces to interact effectively. This unique feature significantly expands research opportunities and fosters improved understanding of cellular processes.
The user-friendly design of RepliGut® Planar is highly advantageous for conducting a wider range of downstream assays, including imaging and barrier studies. In contrast to spherical organoids of varying sizes and shapes, RepliGut® Planar allows for convenient access to the apical surface of the epithelium, effectively enhancing the development of downstream assays.
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RepliGut® Technology

RepliGut® Technology

Explore how our human stem cell-based models recreate various regions of the human gastrointestinal epithelium and deliver results that mimic in vivo response.

RepliGut® Kits

The RepliGut® kits come in two convenient sizes, 12 or 96 wells, tailored to meet the specific needs of scientists. These comprehensive kits provide everything scientists require to cultivate cells within their own facility, featuring a precoated membrane support multiwell plate, region-specific stem cells, and culture media.

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Multiple Donor Biobank

Unrivaled biobank with multiple donors, allows customers to choose regional specificity of the small intestine and colon from donors of different demographic backgrounds to further enhance study data. Fit-for-purpose specimens, aligned with scientific objectives, and the guaranteed ability to work with the same donor for years.

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Two ways to use RepliGut® Planar

Enlist Altis scientists to run your projects, or buy kits to set up RepliGut® Planar model in your lab

Kits

RepliGut® Kits are available in both 12-well and 96-well transwell plate formats to accomodate scientist's needs. Kits are sold complete with the cells, plates and media needed to culture this unique human intestinal epithelial model in your own facility. Technical support is available.

Services

All service projects are led by scientists with extensive experience in advanced cell culture systems. Assays are customizable based on your needs and can be run using standard or customized cell culture conditions.

Key Features of RepliGut® Planar

The standardized plate format with access to both apical and basal surfaces enables wide range of assays to suit your needs.

Different demographic backgrounds to further enhance study data.

Ability to work with the same donor for years.

Multiple regions available from small intestine and colon.

Ethics Committee approved organ procurement.

Ready to Go With Your Gut?

Contact us to learn more about RepliGut® Model Kits and Services.