[Establishment of a human cervical carcinoma cell line HCC-0214 and its biological characteristics].
OBJECTIVE
To establish a strain of human cervical carcinoma cell line and to provide a cervical carcinoma animal model.


METHODS
The cervical carcinoma specimens incised aseptically were cultured in vitro by tissue culture methods, giving a tumor cell growth curve. Morphology of the cells was observed, with cell cycling analysis and chromosome analysis performed. The tumor markers (ER, PR, Keratine, PCNA) expressions of the cell line were detected by immuno-cytochemical technique.


RESULTS
A human cervical carcinoma cell line HCC-0214 (H) has been obtained by in vitro tissue culture methods. The cells have been maintained for 16 months through 131 passages, showing a stable growth with a population doubling time of 35.48 h and a tendency to pile up without contact inhibition. The ultrastructure showed typical desmosomes and numerous tonofilaments. Chromosome analysis revealed the number of chromosomes per cell varied from 35-156 with a stem-line number of 58-80 (64.8%). The morphology of chromosomes showed human tumor cell structure. The tumor markers (ER, PR, Keratine, PCNA) of the cells showed a high expression. The DNA index was 1.931 by flow cytometry (FCM). The histopathology of the transplanted tumors in nude mice was the same as the original tumor, though with none successful by serum culture.


CONCLUSIONS
A human cervical carcinoma cell line HCC-0214 established by tissue culture is identical to the primary cancer cell in biological characters. After the cells have been passaged for more than 16 months continually, their characteristics are still retained. Therefore, HCC-0214 may be used as a stable cell line.
Dong
Hai-long
HL
Department of Pathology, Fourth Military Medical University, Xi'an 710032, China.
Sui
Yan-fang
YF
Qu
Ping
P
Li
Zeng-shan
ZS
Lu
Shao-ying
SY
Zhang
Su-Zhen
SZ
Ye
Jing
J
Chen
Guang-sheng
GS
D018929:Cell Culture Techniques / Q000379:methods*; D002455:Cell Division / Q000502:physiology; D005260:Female; D006801:Humans; D014407:Tumor Cells, Cultured / Q000502:physiology; D002583:Uterine Cervical Neoplasms / Q000473:pathology*