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A premium, xeno-free medium specifically designed for the clinical-scale expansion and characterization of human mesenchymal stem cells (MSCs). It is suitable for the isolation, cell banking, and continuous subculture of MSCs derived from bone marrow, umbilical cord, and other tissue sources. The medium supports highly efficient cell growth while maintaining stemness, multipotency, and a completely defined composition—free from serum, animal-, or human-derived components.
Key Features:
Clinical-Grade Formula: Fully compliant with GMP standards, ensuring safety and reliability for cell therapy development and manufacturing.
Functional Excellence: Effectively preserves MSC morphology, phenotype, and undifferentiated state, enabling large-scale expansion and differentiation.
Dual-Application Support: Optimized for both cell culture and exosome production, making it ideal for regenerative medicine and advanced research.
Superior Consistency: Minimal batch-to-batch variation guarantees reproducible and reliable results.
Ideal for use in clinical research, cell therapy production, and regenerative medicine applications.
A premium, xeno-free medium specifically designed for the clinical-scale expansion and characterization of human mesenchymal stem cells (MSCs). It is suitable for the isolation, cell banking, and continuous subculture of MSCs derived from bone marrow, umbilical cord, and other tissue sources. The medium supports highly efficient cell growth while maintaining stemness, multipotency, and a completely defined composition—free from serum, animal-, or human-derived components.
Key Features:
Clinical-Grade Formula: Fully compliant with GMP standards, ensuring safety and reliability for cell therapy development and manufacturing.
Functional Excellence: Effectively preserves MSC morphology, phenotype, and undifferentiated state, enabling large-scale expansion and differentiation.
Dual-Application Support: Optimized for both cell culture and exosome production, making it ideal for regenerative medicine and advanced research.
Superior Consistency: Minimal batch-to-batch variation guarantees reproducible and reliable results.
Ideal for use in clinical research, cell therapy production, and regenerative medicine applications.
Product Name: Mesenchymal Stem Cells Serum-free Medium (GMP Grade) 2.0
Cat. No.: NC0107
Packaging Specification: 500 mL/bottle
Storage Conditions: 2-8°C, protect from light
Shelf Life: 12 months
Appearance: Light yellow to yellow, clear, and transparent liquid
Fill Volume: 500 mL/bottle
Osmolarity: 280-350 mOsm/Kg
Endotoxin: <0.25 EU/mL
Sterility: No bacteria or fungi detected
Mycoplasma: Not detected
pH Value: 6.8-7.8 at 25°C
Visible Cell Growth: 5-9 days (Primary isolation from human umbilical cord)
Cell Harvest Time: 12-16 days
Time for Cell Passage: 3-4 days
Note: For edematous or cryopreserved umbilical cord tissue, visible MSC outgrowth may take about 14 days, and cell harvest may occur after 21 days.
Seeding Density: 8000-15000 cells/cm²
Negative for: CD14, CD19, CD34, CD45, and HLA-DR (<2%)
Positive for: CD44, CD73, CD90, and CD105 (>95%)
Shape: Spindle-shaped, growing in a fingerprint or whirlpool pattern
Product Name: Mesenchymal Stem Cells Serum-free Medium (GMP Grade) 2.0
Cat. No.: NC0107
Packaging Specification: 500 mL/bottle
Storage Conditions: 2-8°C, protect from light
Shelf Life: 12 months
Appearance: Light yellow to yellow, clear, and transparent liquid
Fill Volume: 500 mL/bottle
Osmolarity: 280-350 mOsm/Kg
Endotoxin: <0.25 EU/mL
Sterility: No bacteria or fungi detected
Mycoplasma: Not detected
pH Value: 6.8-7.8 at 25°C
Visible Cell Growth: 5-9 days (Primary isolation from human umbilical cord)
Cell Harvest Time: 12-16 days
Time for Cell Passage: 3-4 days
Note: For edematous or cryopreserved umbilical cord tissue, visible MSC outgrowth may take about 14 days, and cell harvest may occur after 21 days.
Seeding Density: 8000-15000 cells/cm²
Negative for: CD14, CD19, CD34, CD45, and HLA-DR (<2%)
Positive for: CD44, CD73, CD90, and CD105 (>95%)
Shape: Spindle-shaped, growing in a fingerprint or whirlpool pattern
The GMP Grade Serum-Free MSC Culture Medium eliminates the need for serum or serum substitutes, ensuring a defined chemical composition that supports mesenchymal stem cells (MSCs) without the risk of differentiation.
All raw materials comply with GMP standards, making it ideal for clinical research applications, ensuring consistency and high-quality results.
The medium is formulated to have minimal batch-to-batch variation, ensuring reliable and reproducible outcomes for MSC culture.
This medium maintains the multipotential differentiation capacity of MSCs, which is essential for their use in regenerative medicine and stem cell therapies.
The medium supports normal cell morphology and phenotype, maintaining the undifferentiated state of MSCs during culture, essential for their therapeutic potential.
Effective for primary isolation, seed bank establishment, and continuous subculture of MSCs from various sources like bone marrow and umbilical cord.
The GMP Grade Serum-Free MSC Culture Medium eliminates the need for serum or serum substitutes, ensuring a defined chemical composition that supports mesenchymal stem cells (MSCs) without the risk of differentiation.
All raw materials comply with GMP standards, making it ideal for clinical research applications, ensuring consistency and high-quality results.
The medium is formulated to have minimal batch-to-batch variation, ensuring reliable and reproducible outcomes for MSC culture.
This medium maintains the multipotential differentiation capacity of MSCs, which is essential for their use in regenerative medicine and stem cell therapies.
The medium supports normal cell morphology and phenotype, maintaining the undifferentiated state of MSCs during culture, essential for their therapeutic potential.
Effective for primary isolation, seed bank establishment, and continuous subculture of MSCs from various sources like bone marrow and umbilical cord.
The GMP Grade Serum-Free MSC Culture Medium is ideal for primary isolation of mesenchymal stem cells (MSCs) from human umbilical cord and bone marrow. It ensures a serum-free environment that preserves the undifferentiated state of the cells during isolation.
This medium is highly effective for seed bank establishment, supporting long-term storage and reliable subculture of MSCs, making it a valuable tool for stem cell banking and preservation.
The medium is designed to support the continuous subculture of MSCs, allowing for the maintenance of normal cell morphology and multipotential differentiation capacity without the need for serum or serum substitutes.
Ideal for clinical research applications, this serum-free medium meets GMP standards, ensuring high-quality, reproducible results that are critical for regenerative medicine and stem cell therapies.
The product supports regenerative medicine by maintaining the multipotential differentiation capacity of MSCs, which is essential for their therapeutic use in tissue repair and regeneration.
The GMP Grade Serum-Free MSC Culture Medium is ideal for primary isolation of mesenchymal stem cells (MSCs) from human umbilical cord and bone marrow. It ensures a serum-free environment that preserves the undifferentiated state of the cells during isolation.
This medium is highly effective for seed bank establishment, supporting long-term storage and reliable subculture of MSCs, making it a valuable tool for stem cell banking and preservation.
The medium is designed to support the continuous subculture of MSCs, allowing for the maintenance of normal cell morphology and multipotential differentiation capacity without the need for serum or serum substitutes.
Ideal for clinical research applications, this serum-free medium meets GMP standards, ensuring high-quality, reproducible results that are critical for regenerative medicine and stem cell therapies.
The product supports regenerative medicine by maintaining the multipotential differentiation capacity of MSCs, which is essential for their therapeutic use in tissue repair and regeneration.
Partial performance demonstration
Data of continuous subculturing
Notes :The data listed in the table are the average values from multiple tests. The actual performance may fluctuate slightlyabove or below these values, but the difference wil not be significant, For normal cell lines, the expansion multiplesfrom P1 to p5 are all above 9-fold, and those from P6 to P10 are all above 8 - fold. in addition, there is a margin of errorin cell counting. An expansion multiple difference of 0.5-1 fold is considered normal.
Exosome culture Data
NC0107 medium is used for exosome production in cell factories.
Thaw p2 cells and continuously passage them to P3 cells, then seed them into the cell factory, A total of 2.52x1012exosomes are harvested in 15 days.
Calculation of the Total Amount of Harvested Exosomes
Harvesting Exosomes from Cells Cultured in 3D on Microcarriers Using Nc0107 Medium.
Thaw P2 cells, seed p3 cells onto Yocon 3D microcarriers (0.5 g), With a culture cycle of 15 davs and 500 ml of the medium, atotal of 3.82x1012 exosomes are harvested.
Calculation of the Total Amount of Harvested Exosomes
Cell morphology
Identification of cell surface markers-P10
Partial performance demonstration
Data of continuous subculturing
Notes :The data listed in the table are the average values from multiple tests. The actual performance may fluctuate slightlyabove or below these values, but the difference wil not be significant, For normal cell lines, the expansion multiplesfrom P1 to p5 are all above 9-fold, and those from P6 to P10 are all above 8 - fold. in addition, there is a margin of errorin cell counting. An expansion multiple difference of 0.5-1 fold is considered normal.
Exosome culture Data
NC0107 medium is used for exosome production in cell factories.
Thaw p2 cells and continuously passage them to P3 cells, then seed them into the cell factory, A total of 2.52x1012exosomes are harvested in 15 days.
Calculation of the Total Amount of Harvested Exosomes
Harvesting Exosomes from Cells Cultured in 3D on Microcarriers Using Nc0107 Medium.
Thaw P2 cells, seed p3 cells onto Yocon 3D microcarriers (0.5 g), With a culture cycle of 15 davs and 500 ml of the medium, atotal of 3.82x1012 exosomes are harvested.
Calculation of the Total Amount of Harvested Exosomes
Cell morphology
Identification of cell surface markers-P10