DMEM High Glucose GlutaMax Reagent – A Superior Choice for Reliable Cell Culture

In the field of molecular biology, the pursuit of accuracy and consistency often depends on the quality of the Cell Culture Reagents used during experimentation. Among these essential materials, DMEM High Glucose GlutaMax Reagent stands out as a premium Lab Reagent trusted for its stability, performance, and versatility. Designed to support a wide range of mammalian cell lines, this enhanced DMEM formulation ensures that scientists can work with confidence, regardless of the complexity of their research. 

What is DMEM High Glucose GlutaMax Reagent?

DMEM (Dulbecco’s Modified Eagle Medium) is one of the most widely used media in laboratories worldwide. This specialized version, enriched with High Glucose and stabilized GlutaMax Reagent, is formulated to boost cell viability, reduce stress, and improve metabolic support. GlutaMax serves as a stable form of L-glutamine, minimizing degradation and preventing toxic byproducts during long-term cultures. 

Whether you are working with cancer cell lines, stem cells, or primary cells, this enhanced medium provides the high-energy environment needed for robust growth and optimal performance. 

Specifications of D-Sorbitol Molecular Biology Reagent 98%

Cell Line: HeLa, 293, Cos-7, and PC-12
Cell Type: Primary Fibroblasts, Neurons, Glial Cells, HUVECs, Smooth Muscle Cells 
Classification: Animal Origin-free 
Concentration: 1 X 
Form: Liquid 
Product Type: DMEM (Dulbecco’s Modified Eagle Medium) 
Serum Level: Standard Serum Supplementation 
Sterility: Sterile-filtered 
Sterilization Method: Sterile-filtered 
With Additives: High Glucose, GlutaMAX, Phenol Red, Sodium Pyruvate 
Without Additives: No Sodium Pyruvate 
Application: Mammalian cell culture 
Manufacturing Quality: cGMP-compliant under the ISO 13485 standard 
Product Line: GlutaMAX™ 
Quantity: 500 mL 
Shipping Condition: Room Temperature 
Content And Storage: Storage conditions: 2-8° C. Protect from light 
Shipping conditions: Ambient 
Shelf life: 12 months from date of manufacture 

Key Features of DMEM High Glucose GlutaMax Reagent 

• High Glucose Formulation: Provides boosted energy support for fast-growing and metabolically active cell lines. 
• GlutaMax Stabilized: Reduces ammonia buildup and enhances nutrient stability, making it ideal for long-term cell cultures. 
• Premium-Grade Lab Chemicals: Manufactured using high-purity ingredients to ensure consistency across experiments. 
• Designed for Molecular Biology Workflows: Compatible with gene editing, protein expression, and other molecular biology applications. 
• Excellent Compatibility with Blot Reagents: Supports downstream workflows such as Western Blotting and protein analysis. 
• Reliable Performance for Diverse Cell Types: Ideal for stem cells, primary cells, and immortalized lines. 

Benefits of Using DMEM High Glucose GlutaMax Reagent 

• Enhanced Cell Viability: Stable nutrients support healthier, more resilient cultures.
• Reduced Toxicity: GlutaMax minimizes harmful byproducts, ensuring cleaner and more consistent results.
• Improved Reproducibility: High-quality formulation minimizes variability across batches.
• Ideal for Long-Term & High-Density Cultures: Perfect for labs running extended experiments or high-throughput workflows.
• Versatile Molecular and Cell Culture Use: From cloning to protein extraction, this reagent supports diverse research needs. 

Conclusion

DMEM High Glucose GlutaMax Reagent is a powerful and reliable solution for researchers seeking advanced performance and stability in their cell culture environments. With its high-glucose energy support, stabilized GlutaMax, and premium-grade composition, it consistently delivers exceptional results in molecular and cellular research.

For laboratories that value reproducibility, purity, and efficiency, this reagent stands as a dependable cornerstone in routine and advanced experimentation. Whether used for stem cell maintenance, genetic studies, or protein analysis, DMEM High Glucose GlutaMax ensures your research moves forward with accuracy and confidence.