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Gut³Gel

Gut3Gel

Gut3Gel is a ready-to-use 3D in vitro model of human gut mucus, designed to unlock microbiome research, enhance drug permeability testing, and provide a reliable platform for efficacy assessments​

Small Intestinal

Native-like small intestinal mucus model mimicking the composition and viscoelasticity of healthy human small intestine mucus.​

Composed of:​

  • 14.2 mg/ml mucin​
  • 0.07 mg/ml NaCl

Colon

Colonic-like mucus model replicating the composition, structure, and barrier properties of healthy human colon mucus.​

Composed of:​

  • 50.0 mg/ml mucin​
  • 0.57 mg/ml NaCl

No items found.

Colon Gut3Gel​

Small Intestinal

Small Intestinal

Native-like small intestinal mucus model mimicking the composition and viscoelasticity of healthy human small intestine mucus.​

350.00 € *

*No VAT included

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No items found.

Colon Gut3Gel​

Colon

Colon

Colonic-like mucus model replicating the composition, structure, and barrier properties of healthy human colon mucus.​

525.00 € *

*No VAT included

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Advantages​

For different purposes

Drug permeability studies, bacterial colonization research, microbiota growth, targeted evaluation of drug efficacy for intestinal applications, and microbiome mining​

Ethical & Regulatory Advantages

Reduce the need for animal testing by mimicking human mucus, aligning with ethical and regulatory principles​

Physiologically Relevant Mucus Models

Replicates the natural composition and properties of intestinal mucus​

High-Throughput & Ready-to-Use

Standardized, reproducible, and ready-to-use mucus models that accelerates high-throughput drug and microbiome research and seamlessly integrates into existing workflows—saving time and streamlining discovery​

Publications

Natalia Suárez Vargas, Miguel Antunes; João Sobral, Carolina Silva, Francisco Sousa, Olga Valentina Garbero, Anna Kolková, Livia Visai, Claudio Medana, Sonja Visentin, Paola Petrini, Sebastião van Uden, Daniela Pacheco. 2025; Gut3Gel: A High Throughput Mucus Model for Culturing Human Intestinal Microbiota.​ bioRxiv, 2025