Ready-for-use Solutions
Xell offers a range of chemically-defined, high-performance, off-the-shelf culture media and feeds for various mammalian cell lines and applications.
All our state-of-the-art cell culture media and feed products are distinguished as follows:
- 100% chemically defined: highest grade of raw materials, carefully monitored
- 100% animal origin-free, serum-free and hydrolysate-free
- Suitable and scalable: from R&D to large-scale GMP production
- Designed as all-in-one solutions: thawing, expansion and production
- Little or no adaption required from other serum-free media
- Developed for long-term suspension cultivation
- Optimized for either stable or transient production
- Robust performance in batch, fed-batch and perfusion cultivations
- Available as liquid and powder formulations
In case you cannot find a suitable medium or feed for your application or cell, reach out, we are always open for developing customized solutions.
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CHO
Cell Culture Media and Feed Supplements
CHO cell lines are the most prevalent mammalian expression system in the biopharmaceutical industry. Frequently produced biotherapeutics range from monoclonal antibodies (mAbs) and recombinant proteins, to hormones, enzymes and many more. CHO cells can be used for both stable expression and transient expression. Based on diverse host and production clones, Xell has developed a CHO cell culture medium and feed platform that supports highly efficient protein expression and the individual characteristics of the various clones.
Xell’s CHO media and feeds are developed for long-term, high-performance suspension cultures. The media and feeds are suitable for research, as well as routine large-scale GMP manufacturing.
In order to select the right medium and feed supplements for your CHO clone, please contact us or download our brochure.
- TCX6D | Cell culture medium Order No. 1070
Growth and expression medium for various CHO cell lines.
Find out more | Protocol for use - TCX10D | Cell culture medium Order No. 1100
Growth and expression medium for CHO GS cell lines.
Find our more | Protocol for use - TC-42 | Cell culture medium Order No. 510
Growth and expression medium for various CHO cell lines.
Find our more | Protocol for use | Reference - CHOlean | Cell culture medium Order No. 1140
Lean and robust growth and transfection medium for various CHO clones.
Find out more | Protocol for use | Product flyer
- CHO TF | Cell culture medium Order No. 886
Growth and transfection medium for various CHO cell lines.
Find out more | Protocol for use
Also available for SILAC applications (w/o lysine and arginine)
CHO TF SILAC
- TCX7D | Cell culture feed Order No. 1080
Advanced feed supplement for CHO fed-batch processes. Especially well suited for CHO GS cells.
Find out more | Protocol for use
HEK
Cell Culture Media and Feed Supplements
Human embryonic kidney (HEK) cells and other human cell lines are commonly used for stable expression and transient expression of recombinant proteins for research and therapeutic use. The well-established mammalian expression system, HEK293, is also widely used for the production of Adeno-associated viruses (AAV) and lentiviruses, viral vector production, as well as for gene therapy applications.
Xell’s HEK cell culture media and feeds are developed for long-term, high-performance suspension culture. The media and feeds are suitable for research, as well as routine large-scale GMP manufacturing.
In order to select the right medium and feed supplements for your HEK application, please contact us or download our brochure.
- HEK GM | Cell culture medium Order No. 851
Growth and production medium for various human cell lines e.g., HEK293.
Find out more | Protocol for use | Reference 1 | Reference 2 - HEK Media Bundle Order No. 841
Media bundle for testing, identifying and selecting the best suitable serum-free, animal-component-free and chemically defined cell culture HEK media for your individual requirements and process
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- HEK TF | Cell culture medium Order No. 861
Growth medium that supports efficient transfection of human cell lines e.g., HEK293.
Find out more | Protocol for use | Reference | Reference 1 | Reference 2 | Reference 3 | Reference 4
Also available for SILAC applications (w/o lysine and arginine)
HEK TF SILAC - HEK ViP NB | Cell culture medium Order No. 891
Transfection and production medium with a basic nutrient level optimized for protein, viral vector and virus production (e.g., AAV and lentivirus).
Find out more | Protocol for use | Product flyer - HEK ViP NX | Cell culture medium Order No. 892
Transfection and production medium with a high nutrient level optimized for protein, viral vector and virus production (e.g., AAV and lentivirus).
Find out more | Protocol for use | Product flyer | Technical note - HEK Media Bundle Order No. 841
Media bundle for testing, identifying and selecting the best suitable serum-free, animal-component-free and chemically defined cell culture HEK media for your individual requirements and process
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- adHEK | Cell culture medium Order No. 867
Growth and production medium for adherent HEK and other human cell lines.
Find out more | Protocol for use
- HEK FS | Cell culture feed Order No. 871
Feed supplement for boosting fed-batch process yields of human cell cultures e.g., HEK293.
Find out more | Protocol for use | Product flyer | Reference 1 | Reference 2 |
Hybridoma
Cell Culture Media and Feed Supplements
Hybridomas are hybrid cell lines formed by fusion of a B cell (e.g., of mouse-origin) with an immortal B myeloma cell. Each hybridoma is able to constitutively produce one specific target monoclonal antibody (mAb). The mAbs that are produced are chemically identical, which qualifies them for various in vivo applications, such as diagnostics, therapeutics, targeted biologics, etc.
Xell’s Hybridoma cell culture media and feeds are optimized for the demanding metabolism of hybridoma cells, such as human, mouse and rat hybridomas and myelomas. The media and feeds are suitable for research, as well as the routine large-scale GMP manufacturing of mAbs.
In order to select the right medium and feed supplements for your Hybridoma application, please contact us or download our brochure.
- Hybridoma Base medium | Cell culture medium Order No. 0027B
Growth and mAbs production medium suitable for various hybridoma cell lines.
Find out more | Protocol for use | Product flyer - HYB GM | Cell culture medium Order No. 890
Lean high-performance medium for mAbs production in various hybridomas cells.
Find out more | Protocol for use | Product flyer
- HYB FS | Cell culture feed Order No. 895
Feeding solution for mAbs production in hybridoma fed-batch processes.
Find out more | Protocol for use
Cell Culture Media and Feeds for BHK, Vero and MDxK Cells
Baby Hamster Kidney (BHK) cells are one of the most commonly used mammalian expression system for the production of biopharmaceuticals, recombinant proteins (e.g., Factor VIII) and vaccines (e.g., against SBV). BHK cells can be used for both, transient and stable expression.
Vero cells (African green monkey kidney) and Madin-Darby Canine/Bovine Kidney (MDCK/MDBK) cells are mammalian cell lines widely used in biological and biomedical research as well as in virus and vaccine production.
Xell offers cell culture media and feeds for BHK, Vero and MCBK/MDCK cells, optimized for the specific needs of each cell line. The cell culture media and feed solutions are suitable for research and routine large-scale GMP manufacturing.
In order to select the right medium and feed supplements for your application, please contact us or download our brochure.
- BHK Medium | Cell culture medium Order No. 910
Growth and production medium for BHK cell lines.
Find out more | Protocol for use - BHK FS | Cell culture feed Order No. 915
Feed supplement for boosting fed-batch process yields of BHK cell cultures.
Find out more | Protocol for use
- Vero GM | Cell culture medium Order No. 1030
Growth, transfection and production medium for Vero cells.
Find out more | Protocol for use
- MDXK Medium | Cell culture medium Order No. 1010
Growth and production medium for MDBK and MDCK cell lines.
Find out more | Protocol for use | Reference
