Mouse Tumor Cells
Mouse tumor cell lines are one of the most commonly used experimental models in cancer biology, immuno-oncology, and preclinical drug development. These models, derived from spontaneous, chemically produced or genetically modified mouse tumors, are excellent tools to study tumor initiation, development, metastasis, immune modulation and treatment response.
We have a large variety of well-characterized mouse tumor cell models available for a number of different forms of cancer such as melanoma, breast cancer, lung cancer, colon cancer, lymphoma, leukaemia, liver cancer, and sarcoma. These cell lines are extensively used for syngeneic malignant studies, immunotherapy evaluation, molecular mechanism research, and anticancer drug screening applications.
Well-Established Immunocompetent-Compatible Research-Validated Supported
Key Features & Expertise
Our mouse tumor cell models support a wide range of oncology and immunology research applications
Broad Coverage of Mouse Cancer Models
- Includes commonly used models across solid tumors and hematologic malignancies
- Suitable for studies of tumor growth, invasion, metastasis, and angiogenesis
- Reflect diverse genetic and biological characteristics of murine cancers
Ideal for Immuno-Oncology & Syngeneic Studies
- Compatible with immunocompetent mouse models for syngeneic tumor experiments
- Widely used in immune checkpoint, CAR-T, and combination therapy research
- Support investigations into tumor microenvironment and immune response mechanisms
Reliable Quality & Experimental Consistency
- Quality controlled for reproducible research performance
- Mycoplasma-free and maintained using standardized culture procedures
- Cryopreserved stocks with stable supply and technical support available
FAQ
Why mouse tumor cell lines are so popular in cancer research?
Mouse tumor cell lines are very useful since they are compatible with syngeneic mice models and immunocompetent systems. This makes them very valuable for researching in vivo tumor-immune interactions, immunotherapy response and tumour development.
What is the benefit of employing mouse tumor cells in syngeneic models?
Unlike xenograft models that need immunodeficient mice, syngeneic models use mouse tumor cells transplanted in genetically matched immunocompetent mice. This enables researchers to study immune responses, checkpoint inhibitors and immunotherapies in a more physiologically appropriate environment.
What cancer types are commonly represented in mouse tumor cell collections?
Mouse tumor collections typically include models for melanoma, breast cancer, colorectal cancer, lung cancer, lymphoma, leukemia, liver cancer, pancreatic cancer, and sarcoma. These models support a broad range of oncology research applications.
Can we use mouse tumor cells for immunotherapy research?
Yes. Mouse tumor cell lines are widely employed in immuno-oncology studies, including checkpoint blocking, CAR-T therapy, tumor microenvironment analysis, cytokine research, and combination treatment evaluation.
Do mouse tumor cell lines maintain stable tumorigenicity over time?
Many mouse tumor cell lines retain stable tumorigenic potential when properly maintained. However, prolonged passaging may alter growth characteristics or immune-related phenotypes. Researchers are generally advised to use low-passage cells and establish working cell banks for consistency.
Are these cell lines suitable for both in vitro and in vivo studies?
Absolutely. Mouse tumor cells are commonly used in standard in vitro assays such as proliferation, migration, invasion, and drug sensitivity testing, as well as in vivo tumorigenicity and metastasis studies in syngeneic mouse models.
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Description: CLONE NA is a subclone of Neuro-2a, a clonal line of C1300 mouse neuroblastoma cells. The cells ...
Description: ND-C hybrid cells were derived after fusion of primary neonatal-rat dorsal-root-gauglion (DRG) ...
Description: Cloned from the C1300 mouse neuroblastoma line. Adapted to culture by alternate in vivo and in ...
Description: Virus Susceptibility: polyomavirusHistopathology: carcinomaNote: Tested and found negative for ...
Description: Adrenergic clone derived from the mouse neuroblastoma C1300 tumour.
Description: CAD cells (Cath.-a-differentiated) are a variant of a CNS catecholaminergic cell line established ...
Description: A bromodeoxyuridine-resistant mutant of N1E-115. The cell line N1E-115 is an adrenergic cell line ...
Description: A bromodeoxyuridine-resistant mutant of N1E-115. The cell line N1E-115 is an adrenergic cell line ...
Description: A bromodeoxyuridine-resistant mutant of N1E-115. The cell line N1E-115 is an adrenergic cell line ...
Description: A bromodeoxyuridine-resistant mutant of N1E-115. The cell line N1E-115 is an adrenergic cell line ...
Description: A bromodeoxyuridine-resistant mutant of N1E-115. The cell line N1E-115 is an adrenergic cell line ...
Description: A 6-thioguanine-resistant mutant of NS20Y The cell line NS20Y is a cholinergic cell line derived ...
Description: A subclone of the cell line N1E-115 established by Amano et al. The cell line N1E-115 is an ...
Description: A bromodeoxyuridine-resistant mutant of NS20Y The cell line NS20Y is a cholinergic cell line ...
Description: A bromodeoxyuridine-resistant mutant of NS20Y The cell line NS20Y is a cholinergic cell line ...
Description: A bromodeoxyuridine-resistant mutant of NS20Y The cell line NS20Y is a cholinergic cell line ...
Description: A bromodeoxyuridine-resistant mutant of NS20Y. The cell line NS20Y is a cholinergic cell line ...
Description: A bromodeoxyuridine-resistant mutant of NS20Y The cell line NS20Y is a cholinergic cell line ...