This freezing medium is optimized for the cryopreservation of our immortalized and stable cell lines. This freezing medium is supplied pre-mixed and ready-to-use.
Characteristics
- Ready-to-use
- Optimized for high viability
- Contains serum
Contents
- 30ml Freezing Medium ready-to-use
Cell Lines
- All immortalized and stable cell lines
Buying and Ordering
To request a quote, please email us at or use the contact form provided below.
We are already registered on several digital order processing platforms, if you would like to add us as a registered supplier, please contact us at and we are happy to help.


- Cryopreservation Medium
- Ready-to-use
- 30ml
Product Details
Freezing Medium is a specially developed cryopreservation medium freezing of our immortalized and stable cell lines.
This is a proprietary mix of cell culture medium, serum and DMSO, optimized for high viability and survival of our immortalized and stable cell lines.
This Medium is provided as a ready-to-use product.
Store the products as follows if not indicated otherwise on the product label.
Freezing Medium -18 to -20°C, avoid repeated freeze-thaw cycles. Aliquot if necessary.
Please see the product label for the expiry date of your product.
Cryopreservation:
- Aspirate medium.
- Wash with PBS and aspirate PBS.
- Add Trypsin/EDTA (TE) solution to the cells and incubate at room temperature or 37°C for 5-10min, or until the cells detach.
- Examine the cells under a microscope. When the cells start to detach, gently tap the side of the vessel to loosen the remaining cells.
- Resuspend cells in 2% FBS in PBS and transfer to a 15ml conical bottom tube.
- Centrifuge cells at 200×g for 4min.
- Aspirate supernatant and gently resuspend cell pellet in Freezing medium (approx. 1Mio. cells/ml).
- Transfer cell suspension into cryovial(s) and place them into a freezing container (“Mr.Frosty” or similar).
- Place the freezing container at-80°C for 16-24h.
- Transfer cryovials to liquid nitrogen vapor for long-term-storage.
Instructions for storage and cryopreservation
Material Safety Data Sheet (MSDS)
Related Products
Immortalized human alveolar epithelial cells, an improved version of the CI-hAELVi cells derived by single-cell printing. | |
[] | More details and prices -> |
Immortalized human alveolar epithelial cells that model the air-blood-barrier in vitro. | |
[] | More details and prices -> |
Immortalized human bronchial epithelial cells with a basal phenotype that can be differentiated in ALI conditions. | |
[] | More details and prices -> |
Immortalized human enteric glial cells that can be used to model the enteric nervous system in vitro. | |
[] | More details and prices -> |
B7-H3 (aka CD276) expressing CHO recombinant stable cell line. | |
[] | More details and prices -> |
BCMA expressing CHO recombinant stable cell line. | |
[] | More details and prices -> |
CCR8 expressing CHO recombinant stable cell line. | |
[] | More details and prices -> |
CTLA-4 (aka CD152) expressing CHO recombinant stable cell line. | |
[] | More details and prices -> |
CXCR4 (aka CD184) expressing CHO recombinant stable cell line. | |
[] | More details and prices -> |
CXCR7 (aka ACKR3) expressing CHO recombinant stable cell line. | |
[] | More details and prices -> |
EpCAM expressing CHO recombinant stable cell line. | |
[] | More details and prices -> |
FOLR1 (aka FRalpha) expressing CHO recombinant stable cell line. | |
[] | More details and prices -> |
HER2 (aka ERBB2) expressing CHO recombinant stable cell line. | |
[] | More details and prices -> |
PD-L1 expressing CHO recombinant stable cell line. | |
[] | More details and prices -> |
PDCD1 (PD1) expressing CHO recombinant stable cell line. | |
[] | More details and prices -> |
TACD2 (aka TROP2) expressing CHO recombinant stable cell line. | |
[] | More details and prices -> |
Immortalized human dermal fibroblasts. | |
[] | More details and prices -> |
Immortalized human microvascular endothelial cells derived from human dermis. | |
[] | More details and prices -> |
Immortalized human osteoblasts which can be used to model bone formation and remodeling in vitro. | |
[] | More details and prices -> |
Immortalized human thyroid epithelial cells, also known as follicular cells or thyrocytes. Thyrocytes are the major hormone producing cell of the thyroid gland. | |
[] | More details and prices -> |
Immortalized human umbilical vein endothelial cells to study the endothelial barrier and angiogenesis in vitro | |
[] | More details and prices -> |
Immortalized murine intestinal epithelial cells isolated from an adult mouse. | |
[] | More details and prices -> |
Immortalized murine hepatocytes, isolated from an adult mouse. Hepatocytes are the parenchymal cell of the liver. | |
[] | More details and prices -> |
Immortalized murine intestinal epithelial cells isolated from fetal small intestine tissue. | |
[] | More details and prices -> |
Immortalized murine microvascular endothelial cells derived from cells isolated from lung microvessels. | |
[] | More details and prices -> |
Immortalized porcine nasal epithelial cells, especially suitable for 3D culture and ALI models. | |
[] | More details and prices -> |
CCR8 expressing HEK293 recombinant stable cell line. | |
[] | More details and prices -> |
CTLA-4 (aka CD152) expressing HEK293 recombinant stable cell line. | |
[] | More details and prices -> |
CXCR4 (aka CD184) expressing HEK293 recombinant stable cell line. | |
[] | More details and prices -> |
CXCR7 (aka ACKR3) expressing HEK293 recombinant stable cell line. | |
[] | More details and prices -> |
FAP expressing HEK293 recombinant stable cell line. | |
[] | More details and prices -> |
FOLR1 (aka FRalpha) expressing HEK293 recombinant stable cell line. | |
[] | More details and prices -> |
HER2 (aka ERBB2) expressing HEK293 recombinant stable cell line. | |
[] | More details and prices -> |
TACD2 (aka TROP2) expressing HEK293 recombinant stable cell line. | |
[] | More details and prices -> |
Product FAQ
Yes, this Medium is supplied ready-to-use and can be used as is for cryopreservation.
Yes, this Medium does contain FBS.
This Freezing Medium is composed of a mix of cell culture medium, serum and DMSO.