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Cell Biologics' products can be purchased through Fisher Scientic by searching Cell Biologics' product catalog number or key words...


In December 2017




  • Get Free Gelatin-Based Coating Solution per primary cell order,  which can be used for most primary cell culture from Cell Biologics through 2018.




Cell Biologics provides custom services to our customers upon request. On request, we will isolate cells of any description from specific organs or tissues (any animal or human tissues) designated by our customers. For example, we are well versed in isolating endothelial cells and epithelial cells from animals (wild-type and knock-out murine strains, rat strains) from any desired tissue. Customer may ship to Cell Biologics either the already excised tissues or live mice or rats, and we will isolate the desired cell type and return a vial to Customer containing the prepared cells ready to use. If you have any special needs in isolation of endothelial cells, epithelial cells,  macrophages, bone marrow derived cells or other cell types from animal or human tissues, please contact us for this special service. Let us know what you need and we will accommodate you.  

If you would like to use of Custom Cell Isolation Service, for details regarding these special services, please contact us at

Thank you for your interest in Cell Biologics’ Cell Isolation Service and we look forward to working with you in the future.


Primary cells differ from cell lines in many ways.  Here’s what you should know about primary cells:

  •  Primary cells have a finite life span. They are exactly like the cells that you would find in your own body, so they do die after a certain period of time in culture. The amount of time primary cells survive in culture varies according to cell type.  
  •  Primary cells can be diverse. Cancer cell lines often come from a single patient – for example, HeLa cells came from one woman, Henrietta Lacks. Primary cells, on the other hand, can come from a variety of people. Having a variety of primary cell types from many different donors is especially useful when carrying out early drug testing— it’s important to ensure that the drug is effective for everyone. Before testing the drug in human patients, researchers can use primary cells from different donors to verify that the same effects are observed. 
  • Primary cells can change in culture.  For this reason, and because primary cells do not live forever, Lifeline Cell Technology strongly suggests carrying out experiments on primary cells using earlier passages.
  • Primary cells have not been modified in any way. Except for the enzymatic and/or physical dissociation required for extracting the cells from their tissue of origin, primary cells are not altered in any way. Immortalized cell lines, on the other hand, are often transformed either with cancer genes, viruses or other inducible modifications, which could alter the outcome of experiments.
  • Primary cells are finicky. Cell lines are hardy, mostly because they have to last a long time in culture, and be capable of surviving multiple rounds of cryopreservation and thawing. Primary cells, on the other hand, tend to be more difficult to maintain in culture.