Lung Cancer Cell Lines Atcc

Atcc retains a vast collection of cell lines derived from the lung or from the head and neck cells of multiple species.

Lung cancer cell lines atcc.

Lung cancer and normal cell lines atcc no. Lymph node 3b adenocarcinoma. Non small cell lung cancer age 58 years. Cell culture nsclc cells a549 nci h23 nci h1299 and hcc827 and human normal lung epithelial cells beas 2b were bought from american type culture collection atcc manassas va usa.

T cell derived il 10 promotes lung cancer growth by suppressing both t cell and apc function. Non small cell lung cancer homo sapiens 59 yrs caucasian crl 2868 hcc827 lung epithelial adenocarcinoma homo sapiens 39 years adult caucasian. Establishment of a cloned line of lewis lung carcinoma cells adapted to cell culture. Zero bias scores article reviews protocol conditions and more.

Name tissue cell type disease oganism age ethnicity genes expressed crl 5844 nci h838 h838 lung. This cell line was deposited at the atcc by dr. This isogenic cell line ccl 185ig was created from the a549 parental cell line ccl 185 a non small cell lung cancer cell line. Bertram js janik p.

Neither the cell line nor products derived from it may be sold or used for commercial purposes. Atcc isogenic cell line ccl 185ig was created at atcc by using crispr gene editing technology and contains eml4 alk fusion variant 1 e13. Atcc also uses crispr cas9 technology to create isogenic cell lines. A panel of 7 lung cancer cell lines with varying degrees of genetic complexity.

88 100 based on 1 pubmed citations. A549 cells were cultured in kaighn s modification of ham s f 12 f 12k medium atcc nci h23 nci h1299 and hcc827 cells were cultured in rpmi 1640. Sharma s et al. Smad3 promotes cancer progression by inhibiting e4bp4 mediated nk cell development article snippet.

Atcc offers a wide variety of cancer cell lines for use in research related to cancer genetics early detection methods and effective treatment of disease. Gazdar and is provided for research purposes only. Cdkn2a egfr kras nras pik3ca pik3r1 smarca4 stk11 and tp53. Cancer cancer is a leading cause of morbidity and mortality worldwide with the most common cancers occurring in lung breast and prostate tissues.

They have genomic mutations in one or more of the following genes according to the sanger cosmic database.