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HUT 102
Cat.No.: CSC-C9106W
Species: Human
Source: peripheral blood
Morphology: lymphoblast
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Tumor microenvironment factors such as hypoxia, nutrient availability, and interactions with stromal cells can impact the success of establishing and maintaining tumor cell lines.
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Average Rating: 5.0 | 1 Scientist has reviewed this product
Ready-to-use cells
Using this tumor cell product saved significant time and effort by eliminating the need for tedious cell line establishment and expansion. The cells were readily available, allowing me to dive straight into my research.
13 Oct 2023
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Description: Established from the primary lesion resected from a 76-year-old woman with bulky, moderately differentiated squamous cell carcinoma of the vulva in 1984; cells were reported to express an elevated number of high affinity EGF receptors, to carry gene amplification at 11q13 and to be tumorigenic in nude mice
Description: Established from the solid tumor of a 52-year-old Caucasian man with advanced stage malignant bile duct carcinoma (patient had not received any chemotherapy prior to cell explantation) in 1984 and three consecutive passages in female nu/nu mice (NMRI); primary tumor histology: large cell adenocarcinoma of low differentiation, metastasizing (ascites in patient); human character of cell line confirmed by karyotype in passage #34 of in vitro culture (1986)
Description: Subclone of ACH1P which was established by fusion of the JEG-3-derived HGPRT-defective mutant cell line AC1-1 with primary male trophoblast cells isolated from term human chorion laeve; described as possessing both, a distinct karyotype and a distinct expression pattern of tumor-related genes
Description: One of five phenotypically and cytogenetically distinct subclones of a hybrid (ACH1P) formed by fusing an HGPRT-defective mutant (AC1-1) of JEG-3 human choriocarcinoma with primary human trophoblast (chorion laeve) cells
Description: Established by somatic hybridization of primary male trophoblast cells and the HGPRT-defective choriocarcinoma cell line AC1-1 which was originally derived from cell line JEG-3
Description: NTERA-2 was cloned from cell line TERA-2 which was derived from a metastatic teratocarcinoma of a 22-year-old Caucasian male; cell line also known as NT-2
