Description

Establishing and maintaining reliable mouse gastric organoid cultures from primary stomach tissue can be challenging due to variations in tissue quality, digestion efficiency, and culture environment optimization. Inconsistent culture conditions may affect organoid formation, expansion capacity, and reproducibility during downstream gastric biology research.

XR Mouse Gastric Organoid Culture Kit is a serum-free defined culture medium system developed for the establishment, maintenance, and expansion of mouse gastric organoids. The complete system contains mouse gastric organoid basal medium and optimized culture supplement components to support three-dimensional gastric epithelial organoid workflows.

Designed for researchers performing primary gastric tissue-derived organoid studies, this mouse gastric organoid medium provides a standardized solution for generating and maintaining 3D gastric organoid models. The system helps simplify medium preparation and improves workflow consistency for studies involving gastric epithelial biology, tissue regeneration, disease modeling, and organoid-based research applications.

XR Mouse Gastric Organoid Culture Kit supports Matrigel-based 3D culture workflows commonly used for mouse gastric organoid establishment. The serum-free formulation provides researchers with a defined culture environment for maintaining gastric epithelial organoid structures under controlled laboratory conditions.

Specifications

Product Name	XR Mouse Gastric Organoid Culture Kit
SKU	XRmGasO-100
Product Type	Mouse gastric organoid culture medium system
Application	Mouse gastric organoid establishment, maintenance, and expansion
Culture Format	3D organoid culture with extracellular matrix embedding
Medium Format	Basal medium + culture supplement
Basal Medium Volume	96 mL
Supplement Volume	4 mL
Serum Content	Serum-free formulation
Filtration	Defined sterile culture system
Storage	Basal medium: 4°C for 3 months; -20°C for 12 months Supplement: -20°C for 6 months
Research Grade	Research use only (RUO)

Features

Optimized Mouse Gastric Organoid Culture System — Designed for establishing and maintaining mouse gastric organoids from primary gastric tissue sources.
Serum-Free Defined Organoid Medium — Provides a controlled culture environment for reproducible 3D gastric organoid workflows.
Supports Gastric Epithelial Organoid Expansion — Suitable for maintenance and expansion of mouse stomach-derived organoid structures.
Compatible with Matrigel-Based 3D Culture Workflow — Designed for extracellular matrix-supported organoid culture methods.
Standardized Medium Components — Includes basal medium and supplement components to simplify preparation compared with individually optimized formulations.
Supports Primary Tissue-Derived Organoid Research — Suitable for gastric epithelial biology, regeneration studies, and disease model development.
Designed for Mouse Gastric Organoid Applications — Provides a specialized culture solution compared with general organoid growth media.

Mouse Gastric Organoid Culture Workflow

Generating reproducible mouse gastric organoids requires a controlled workflow beginning with primary gastric tissue preparation, efficient tissue dissociation, extracellular matrix embedding, and optimized organoid culture conditions. XR Mouse Gastric Organoid Culture Kit is designed to support this complete 3D gastric organoid culture workflow by providing a standardized culture medium system for primary stomach-derived organoid research.

The recommended workflow includes mouse gastric tissue collection, tissue digestion, cell or gastric gland isolation, Matrigel-based embedding, and culture with complete mouse gastric organoid medium under standard incubator conditions.

Primary Mouse Gastric Tissue-Derived Organoid Establishment Workflow

Recommended Culture Procedure Overview

1. Gastric Tissue Preparation — Mouse stomach tissue is collected and washed with pre-cooled PBS to remove residual materials before tissue processing.
2. Tissue Dissociation — Gastric tissue is mechanically fragmented and enzymatically processed to release cells or gastric epithelial structures suitable for organoid establishment.
3. Cell Collection and Processing — Dissociated samples are filtered to remove undigested tissue fragments and collected for downstream culture preparation.
4. Extracellular Matrix Embedding — Cells or gastric tissue-derived structures are mixed with extracellular matrix material and seeded as 3D culture droplets.
5. Organoid Expansion Culture — Complete mouse gastric organoid medium is added after matrix solidification to support gastric organoid formation and expansion.

Culture Conditions

Sample Source	Mouse gastric tissue
Recommended Model	Primary mouse gastric organoid culture
Culture Format	Three-dimensional extracellular matrix embedded culture
Matrix Environment	Matrigel or compatible extracellular matrix scaffold
Incubation Condition	37°C, 5% CO₂
Typical Culture Plate Format	24-well plate organoid culture workflow

Mouse Gastric Organoid Formation and Characterization

XR Mouse Gastric Organoid Culture Kit was evaluated for supporting the formation and expansion of mouse gastric organoid structures during primary tissue-derived culture workflows. The product documentation demonstrates progressive organoid development during culture, including early-stage structures and expanded organoid morphology after continued culture.

Mouse gastric organoid formation and expansion morphology during different culture stages using XR gastric organoid medium

During culture progression, mouse gastric tissue-derived structures gradually develop into expanded three-dimensional organoid morphologies, demonstrating the suitability of the medium system for gastric organoid establishment and maintenance workflows.

Gastric Organoid Marker Characterization

Characterization of gastric organoid identity is an important step when establishing primary gastric epithelial models. XR Mouse Gastric Organoid Culture Kit-supported cultures were analyzed using commonly used gastric epithelial markers including EpCAM and MUC5AC.

EpCAM and MUC5AC immunofluorescence characterization of mouse gastric organoids cultured with XR organoid medium

EpCAM staining indicates epithelial characteristics of cultured organoid structures, while MUC5AC expression provides additional characterization of gastric epithelial differentiation features.

Applications

XR Mouse Gastric Organoid Culture Kit is designed for researchers requiring a reliable mouse gastric organoid medium for primary tissue-derived 3D culture models. The system supports multiple gastric biology and organoid research applications where controlled expansion and maintenance of gastric epithelial structures are required.

Mouse Gastric Organoid Establishment — Establish primary gastric organoids from mouse stomach tissue for downstream biological studies.
Gastric Epithelial Biology Research — Study gastric epithelial organization, maintenance, and regeneration using three-dimensional organoid models.
Gastric Disease Modeling — Develop in vitro gastric disease models for investigating tissue responses and pathological mechanisms.
Gastric Injury and Regeneration Studies — Investigate epithelial repair processes and tissue regeneration mechanisms using mouse gastric organoid systems.
Drug Screening and Compound Evaluation — Provide a physiologically relevant 3D gastric model platform for compound response studies.
Stem Cell and Tissue Renewal Research — Support studies involving gastric epithelial progenitor populations and tissue maintenance mechanisms.
Organoid-Based Translational Research — Provide a mouse gastric organoid model for experimental validation and biological discovery.
Primary Tissue-Derived 3D Cell Culture — Suitable for laboratories studying organoid technologies and advanced cell culture systems.

Why Choose XR Mouse Gastric Organoid Culture Kit?

Mouse gastric organoid research requires more than a general cell culture medium. Primary gastric tissue-derived organoids depend on appropriate culture conditions to support initial establishment, structural development, and long-term maintenance.

XR Mouse Gastric Organoid Culture Kit provides a specialized mouse gastric organoid culture medium solution designed specifically for 3D gastric organoid workflows. Compared with traditional laboratory-developed formulations, the standardized basal medium and supplement system helps simplify preparation and improve consistency between experiments.

For researchers working on gastric epithelial models, disease mechanisms, regeneration studies, or organoid-based screening platforms, XR Mouse Gastric Organoid Culture Kit provides a convenient and reproducible solution for establishing mouse gastric organoid models.

FAQ

What is XR Mouse Gastric Organoid Culture Kit used for?

XR Mouse Gastric Organoid Culture Kit is a serum-free defined culture medium system designed for the establishment, maintenance, and expansion of mouse gastric organoids from primary gastric tissue. It supports 3D gastric organoid culture workflows for gastric epithelial research, tissue regeneration studies, and disease modeling applications.

What type of samples can be used with this mouse gastric organoid medium?

This mouse gastric organoid culture medium is designed for primary mouse gastric tissue-derived organoid workflows. Gastric tissue from experimental mouse models can be processed, embedded in extracellular matrix, and cultured using the complete XR gastric organoid culture system.

Is XR Mouse Gastric Organoid Culture Kit a serum-free organoid medium?

Yes. XR Mouse Gastric Organoid Culture Kit is formulated as a serum-free defined organoid culture medium system. The defined formulation helps provide a controlled environment for reproducible mouse gastric organoid establishment and expansion.

Can this product be used for 3D gastric organoid culture?

Yes. XR Mouse Gastric Organoid Culture Kit is designed for three-dimensional gastric organoid culture workflows using extracellular matrix-supported culture methods. It is suitable for laboratories establishing primary tissue-derived gastric organoid models.

What applications are supported by mouse gastric organoid culture?

Mouse gastric organoid culture can be used for gastric epithelial biology research, gastric regeneration studies, disease modeling, organoid-based drug screening, and investigation of tissue maintenance mechanisms.

Does this kit support gastric disease modeling research?

Yes. Primary mouse gastric organoids provide an in vitro 3D model system for studying gastric tissue responses, epithelial behavior, and disease-related biological mechanisms.

What is included in XR Mouse Gastric Organoid Culture Kit?

The kit contains two components: mouse gastric organoid basal medium (96 mL) and mouse gastric organoid culture supplement (4 mL). The basal medium and supplement are supplied together as a complete culture system.

How should XR Mouse Gastric Organoid Culture Kit be stored?

The basal medium should be stored at 4°C for short-term storage or -20°C for extended storage. The supplement should be stored at -20°C according to the recommended storage conditions.

Is XR Mouse Gastric Organoid Culture Kit suitable for human gastric organoid culture?

No. XR Mouse Gastric Organoid Culture Kit is specifically designed for mouse gastric organoid culture applications. Researchers should select an appropriate species-specific organoid culture system for different experimental models.

Is this product intended for clinical use?

No. XR Mouse Gastric Organoid Culture Kit is intended for research use only (RUO) and is not designed for diagnostic, therapeutic, or clinical applications.