· Cryopreservation Of Mammalian Cells Cryopreservation Of Mammalian Cells (LTI)
Cryopreservation Of Mammalian Cells Cryopreservation Of Mammalian Cells Mammalian cells are cryopreserved to avoid loss by contamination, to minimize genetic change in continuous cell lines, and to...
· Cryopreservation of Mammalian Cells (NUNC)
Most mammalian cells can be stored at temperatures below –130°C for many years*. The viability of the cells after cryopreservation depends on their ability to cope with the usr/localiety of stresses imposed on them during the freezing and thawing procedures. The protocols given in this TechNote will be suitable for most cells. Minor adjustments are always cell line dependent and therefore in each case must be found emperically.
· Freezing cells in liquid N2 for storage (Antisense Research Group)
· Cell & Phage Storage (Gimila Lab)
· Reviving cells frozen in liquid N2 (Antisense Research Group)
· Freezing Cell and Thawing Cell (Hannun/Obeid Lab)
· Freezing and Thawing cells (Sefton Lab)
· Reactivating Frozen Cell Lines and Cell Growth for DNA Preparation (Donis-Keller lab)
Cell lines are reactivated and grown to a count of 1 x 108 cells. The cells are pelleted and stored frozen at -80 degrees C prior to DNA extraction.
· Preparation of Lymphocyte Cell Pellet for Storage (Donis-Keller lab)
Following propagation to 1 X 108 cells, lymphoblastoid cells are conveniently stored at -80 degrees C to preserve the high molecular weight DNA in the cells until the DNA is purified. This procedure describes the steps required to harvest and freeze the cells for long term storage.
