Product Overview
Gino Bio MSC serum-free expansion kit provides two product forms to meet different experimental needs:
01-MSC serum-free expansion kit
Two-component complete culture medium, suitable for the culture of MSC primary and passage cells from umbilical cord, fat, dental pulp, etc.
02-MSC serum-free basal culture medium
The optimized basal culture medium needs to be used with other brands of platelet lysate or fetal bovine serum for higher efficiency
Product advantages
High efficiency: The optimized serum-free culture medium, Xeno-free, has higher culture efficiency;
Universality: Applicable to a variety of MSC sources such as umbilical cord, fat, dental pulp, etc., compatible with primary culture and long-term passage culture;
Safety: Serum-free, no xeno-containing components, all raw materials have passed strict testing, the ingredients are clear, safe and stable.
Product Information
Name | Part Number | Storage | Validity |
MSC Serum-Free Expansion Kit | GNM-A1001 | - | - |
GNM-A1001B | 2-8° | 12m | |
MSC serum-free supplement | GNM-A1001S | -20° | 12m |
Cell morphology
Typical MSC fiber-like morphology, fewer polygonal cells and better cell activity compared with hPL and FBS.
Comparison of cell expansion products
Umbilical cord MSC marker detection
Umbilical cord MSCs were cultured to the 10th generation and marker analysis was performed, which was consistent with the biological characteristics of MSCs:
The positive rates of CD90, CD105, and CD73 were more than 95%; the positive rates of CD45, CD19, CD34, CD11b, and HLA-DR were less than 2%
MSC differentiation assay
Umbilical cord MSC adipocyte differentiation test
On the 14th day of cell differentiation, MSCs were observed to have differentiated into adipocytes, and obvious fat droplets were visible in the cells after oil red staining.
Adipose MSC differentiation into adipocytes test
On the 14th day of cell differentiation, it was observed that almost all MSCs had differentiated into adipocytes, and obvious fat droplets were visible in the cells after oil red staining.
Umbilical cord MSC osteoblast differentiation test
On the 14th day of cell differentiation, it was observed that most MSCs had differentiated into osteocytes, and Alizarin red staining showed that calcium deposition occupied part of the bottom of the well.
Adipose-derived MSC osteoblast differentiation test
On the 21st day of cell differentiation, it was observed that most of the MSCs had differentiated into osteocytes. Alizarin red staining showed that calcium deposition occupied most of the bottom of the wells.
Umbilical cord MSC chondrogenic differentiation test
On the 22nd day of cell differentiation, MSCs were observed to have differentiated into chondrocytes, and obvious blue particles were visible in the cells after Alcian blue staining.
Adipose MSC chondrocyte differentiation test
On the 22nd day of cell differentiation, MSC was observed to have differentiated into chondrocytes. After staining with Alcian blue, blue particles were clearly visible in the cells
Product Description
[Basic quality control indicators]
Physical and chemical: appearance inspection, pH (6.9-7.6), sterility (negative), endotoxin (less than 1EU/mL), osmotic pressure (280-320mOsm/kg)
Biological activity detection: cell culture detection
[Storage and transportation]
MSC serum-free basal medium: stored at 2-8℃, valid for 12 months; transported at low temperature with ice packs
MSC serum-free added components: frozen, stored at -20℃ and below, avoid repeated freezing and thawing, the number of freezing and thawing should not exceed 3 times, valid for 12 months; transported with dry ice
[Product use]
Complete culture medium: the prepared complete culture medium is stored at 2-8℃ and used up within 4 weeks
Added components to avoid repeated freezing and thawing: freeze-thaw no more than 3 times, can be divided and used