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Cat.No.: CSC-C6491J
Species: Human
Morphology: fibroblast-like
Culture Properties: Adherent cells
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Store in liquid nitrogen.
Common tools and techniques used to analyze cell morphology include bright-field microscopy, phase-contrast microscopy, fluorescence microscopy, electron microscopy, and digital image analysis software.
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Average Rating: 5.0 | 1 Scientist has reviewed this product
Easy to culture
I highly recommend this cell product for tissue culture applications. The cells were easy to culture and expanded well, providing ample material for my experiments.
11 Nov 2023
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Description: The HeLa 382 cell line is a subclone of the cell line HeLa. The original HeLa cell line was derived from a cervical carcinoma from a 31 year old female and the HeLa 382 cell line was transfected with pBact, expression vector under control of the human beta actin promotor, resistant to G418S. Control to HeLa 422 and HeLa 432.
Description: The HeLa 422 cell line is a subclone of the cell line HeLa. The original HeLa cell line was derived from a cervical carcinoma from a 31 year old female and the HeLa 422 cell line was transfected with ER-pBact, human estrogen receptor cDNA, under control of the human beta actin promotor, resistant to G418S.;
Description: Transfected with the exon 4 defective variant of ER-pBact cDNA, human estrogen receptor cDNA, under control of the human beta actin promotor, resistant to G418S.
Species: human, Black female 31 years old
Tissue: cervix
Tumor: carcinoma, epitheloid
Original line: HeLa
Description: These cells were cloned from the GIRARDI HEART cell line (passage #623) in 1981 and were thought to "represent human heart cells"; however, isoenzyme analysis (Nelson-Rees et al., Science 191: 96-97, 1976) and DNA fingerprinting at the Creative Bioarray established unequivocally that this cell line must be considered de facto a subclone of HELA; cells were described to be sensitive to various toxins and hormones
Description: These cells were cloned from the GIRARDI HEART cell line (passage #623) in 1981 and were thought to "represent human heart cells"; however, isoenzyme analysis (Nelson-Rees et al., Science 191: 96-97, 1976) and DNA fingerprinting at the Creative Bioarray established unequivocally that this cell line must be considered de facto a subclone of HELA; cells were described to be sensitive to various toxins and hormones
