Q: What cells can be used with XR mMADM?

XR mMADM is optimized for mouse mesenchymal stem cells undergoing adipogenic differentiation studies.

Q: Can XR mMADM be used for Oil Red O staining?

Yes. XR mMADM supports mouse MSC adipogenic differentiation workflows evaluated by Oil Red O staining and lipid accumulation analysis.

Description

Maintaining consistent adipogenic differentiation performance from mouse mesenchymal stem cells (MSCs) can be challenging during in vitro research workflows. Variations in induction components, cell status, and culture conditions may influence lipid accumulation, adipocyte formation efficiency, and downstream staining analysis.

XR mMADM Mouse MSC Adipogenic Differentiation Medium is a complete adipogenic differentiation medium specially optimized for mouse mesenchymal stem cell adipogenic induction. The formulation provides essential and non-essential amino acids, vitamins, hormones, trace elements, and low concentrations of fetal bovine serum to support MSC differentiation toward adipocyte lineage.

Designed for researchers studying mouse MSC differentiation, XR mMADM provides a standardized culture environment for adipocyte formation analysis, lipid droplet accumulation studies, and Oil Red O staining-based evaluation of adipogenic differentiation.

Compared with conventional self-prepared adipogenic induction systems, XR mMADM simplifies experimental preparation and helps improve workflow consistency for mouse MSC adipogenic differentiation research.

Specifications

Product Name	XR mMADM Mouse MSC Adipogenic Differentiation Medium
Product Type	Mouse mesenchymal stem cell adipogenic differentiation medium
SKU	XR mMADM
Volume	100 mL
Application	Mouse MSC adipogenic induction and adipocyte differentiation research
pH	7.1–7.3
Endotoxin	≤0.25 EU/mL
Bacteria/Fungi	Negative
Mycoplasma	Negative
Osmolality	280–320 mOsm/kg·H₂O
Appearance	Pink clear liquid
Storage	-20°C, protected from light
Shelf Life	12 months
Research Use	For research use only

Features

Optimized mouse MSC adipogenic differentiation medium for reliable adipocyte induction workflows
Supports mouse mesenchymal stem cell differentiation toward adipocyte lineage
Contains essential nutrients, vitamins, hormones, trace elements and low serum components required for adipogenic induction
Designed for Oil Red O staining analysis and lipid droplet accumulation evaluation
Provides a standardized alternative to individually prepared adipogenic differentiation formulations
Suitable for mouse MSC differentiation and stem cell biology research applications
Quality controlled with endotoxin, sterility and mycoplasma testing

Experimental Workflow

Mouse MSC Adipogenic Differentiation Procedure

Mouse MSCs are seeded onto culture vessels and expanded until reaching the required confluence. XR mMADM is then applied to initiate adipogenic differentiation under standard cell culture conditions.

Recommended coating: 0.1% gelatin coating for improved cell attachment
Cell seeding density: 2–2.5 × 10⁴ cells/cm²
Culture condition: 37°C, 5% CO₂
Induction period: approximately 14–21 days
Medium replacement: every 2–3 days

Performance Data

Mouse MSC Adipogenic Differentiation Analysis by Oil Red O Staining

XR mMADM was evaluated for its ability to support mouse mesenchymal stem cell adipogenic differentiation. During induction culture, mouse MSCs gradually developed intracellular lipid droplets, which were detected using Oil Red O staining to assess adipocyte formation and lipid accumulation.

The representative staining results demonstrate progressive adipogenic differentiation after induction culture. Increased Oil Red O-positive lipid accumulation can be observed during the differentiation process, supporting the application of XR mMADM in mouse MSC adipogenic induction studies.

Mouse MSC adipogenic differentiation Oil Red O staining after induction with XR mMADM medium

Representative mouse MSC adipogenic differentiation morphology and Oil Red O staining results showing lipid droplet formation during adipocyte differentiation research.

Adipogenic Differentiation Morphology During Induction Culture

During mouse MSC adipogenic differentiation, cell morphology changes from fibroblast-like MSC characteristics toward lipid-storing adipocyte-like morphology. XR mMADM supports researchers in monitoring morphological changes throughout the adipogenic induction period.

Morphological changes of mouse mesenchymal stem cells during adipogenic differentiation using XR mMADM

Representative images showing mouse MSC morphology changes during adipogenic differentiation culture.

Applications

XR mMADM Mouse MSC Adipogenic Differentiation Medium is designed for researchers performing mouse mesenchymal stem cell differentiation studies requiring consistent adipocyte induction and lipid accumulation analysis.

Mouse MSC adipogenic differentiation research
Mouse mesenchymal stem cell lineage differentiation studies
Adipocyte formation and adipogenesis research
Oil Red O staining-based adipogenic differentiation analysis
Lipid droplet formation and intracellular lipid accumulation studies
Mouse adipose-derived stem cell (ADSC) differentiation research
In vitro adipogenic induction experiments using mouse MSC models
Stem cell differentiation mechanism studies
Metabolism and adipogenesis-related biological research
Evaluation of mouse MSC multipotency and differentiation capability

Why Choose XR mMADM Mouse MSC Adipogenic Differentiation Medium?

Successful mouse MSC adipogenic differentiation depends on maintaining appropriate induction signals, nutrient availability, and stable culture conditions. Traditional laboratory workflows often require researchers to prepare multiple induction components individually, which may introduce variability between experiments.

XR mMADM provides a ready-to-use adipogenic differentiation medium optimized for mouse mesenchymal stem cell adipocyte induction. The complete formulation simplifies experimental preparation while supporting reproducible differentiation workflows, including lipid accumulation analysis and Oil Red O staining evaluation.

For researchers studying mouse MSC biology, adipogenesis, and stem cell differentiation pathways, XR mMADM offers a convenient solution for establishing consistent in vitro adipogenic differentiation models.

FAQ

What is XR mMADM Mouse MSC Adipogenic Differentiation Medium?

XR mMADM is a complete adipogenic differentiation medium designed for mouse mesenchymal stem cell adipogenic induction. It supports mouse MSC differentiation into adipocyte-like cells and enables lipid accumulation analysis using methods such as Oil Red O staining.

What cells can be used with XR mMADM?

XR mMADM is optimized for mouse mesenchymal stem cells (mouse MSCs) undergoing adipogenic differentiation research. It can be used for in vitro mouse MSC adipocyte differentiation studies.

How long does mouse MSC adipogenic differentiation take using XR mMADM?

The recommended induction period is approximately 14–21 days. The actual differentiation duration may vary depending on cell characteristics, culture conditions, and experimental requirements.

How is adipogenic differentiation evaluated?

Mouse MSC adipogenic differentiation is commonly evaluated by observing lipid droplet formation and performing Oil Red O staining to detect intracellular lipid accumulation.

Can XR mMADM be used for Oil Red O staining experiments?

Yes. XR mMADM is suitable for mouse MSC adipogenic differentiation workflows followed by Oil Red O staining analysis for adipocyte formation and lipid accumulation evaluation.

Does XR mMADM contain antibiotics?

No. XR mMADM does not contain penicillin or streptomycin. Additional antibiotics may be added according to specific experimental requirements.

How should XR mMADM be stored?

XR mMADM should be stored at -20°C protected from light. Before use, thaw the medium at 4°C overnight and avoid repeated freeze-thaw cycles.

Is XR mMADM intended for clinical use?

No. XR mMADM is intended for research use only and is not approved for clinical therapeutic applications.

XR mMADM – Mouse/Rat MSC Adipogenic Differentiation Medium