文章摘要
Meng Ren,Huixia Xu,Xiangji Lu,Bingping Wang,Rina Su,Hao Zhang,Song Jiang,Fengying Gao,Yanwei Gao. The study of selective primary culture and determination of a breast cancer cell line in vitro. Oncol Transl Med, 2020, 6: 68-71.
关于乳腺癌细胞体外选择性原代培养及检测的研究
The study of selective primary culture and determination of a breast cancer cell line in vitro
Received:September 02, 2019  Revised:April 21, 2020
DOI:10.1007/s10330-019-0380-0
中文关键词: 胃癌;原代培养;台盼蓝;HE染色
英文关键词: breast cancer; primary culture; Trypan blue staining; hematoxylin and eosin (HE) staining
基金项目:
Author NameAffiliationE-mail
Meng Ren Inner Mongolia People’s Hospital renm_2007@163.com 
Huixia Xu Inner Mongolia People’s Hospital  
Xiangji Lu Armed Police General Hospital Inner Mongolia  
Bingping Wang Inner Mongolia People’s Hospital  
Rina Su Inner Mongolia People’s Hospital  
Hao Zhang Inner Mongolia People’s Hospital  
Song Jiang Inner Mongolia Medical University  
Fengying Gao Inner Mongolia Medical University  
Yanwei Gao* Inner Mongolia People’s Hospital gaoyw0518@163.com 
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中文摘要:
  肿瘤细胞库能够成功建立的前提是能到有效的方法去培养所需的目标细胞,本实验组通过对乳腺癌细胞的体外选择性原代培养及检测,为后续细胞库的建立提供实验思路与方法。
英文摘要:
    Objective The successful establishment of a tumor cell bank is based on the premise that the target cells can be cultured by a legitimate approach. In this experiment, we used primary culture to select and detect breast cancer cells in vitro, which can provide experimental ideas and methods for the establishment of a living tumor tissue cell bank. Methods Fifty-two specimens were collected over a two-year period from people with breast cancer who needed surgical treatment in our hospital. Cells were isolated and used to establish successful cell culture. Cell activity and cell purity were measured before liquid nitrogen cryopreservation. Results (1) At the initial culture stage, cells grew with adherence. Cell multiplication could be seen after the cell medium was exchanged three times. Cell viability was above 86%, while the viability of the target cells was above 75%, as detected by hematoxylin and eosin (HE) staining. (2) The number of breast cancer cells decreased, while the number of fibroblasts increased after five rounds of passage. (3) The success rate was 73.08%, which did not include polluted cells and those that were not successfully cryopreserved. Conclusion (1) breast cancer cells could be selected from primary culture in vitro through an appropriate method. (2) Exchange of the cell medium and further cell passage improved cell multiplication. (3) The experimental results could be monitored using trypan blue and HE staining. (4) The success of breast cancer cell culture in vitro could be used as a reference for other cell culture, so as to establish a tumor tissue cell bank.
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