Humanized CT26-hPD-L1 Tumor Cell Line
Design of the CT26-hPD‑L1 cell line
The CT26.WT cell line was derived and subcloned from Balb/c murine colon carcinoma and forms tumors at high frequency when inoculated subcutaneously. We generated a CT26‑hPD‑L1 clonal cell line expressing human PD‑L1, and forming solid tumors in vivo.
Applications in immuno-oncology
As for our MC38-hPD-L1 cell line, the CT26-hPD-L1 cell line can be used for in vivo tumor growth assays in syngeneic models and in vitro mechanistic studies.
CT26-Pd-l1 Knockout tumor cell line:
Use our CT26-Pd-l1 Knockout clones for target validation and mechanistic studies.
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We generated a CT26-hPD-L1 clonal cell line expressing high levels of human PD-L1, and forming solid tumors in vivo.
- Cells form solid tumors upon subcutaneous injection in fully immunocompetent mice
- They only express human PD-L1, as they are invalidated for murine Pd‑l1
- hPD-L1 is entirely humanized
- Strong and sustained expression of human PD-L1
CT26‑hPD‑L1 cells express high levels of human PD‑L1
Expression analysis by flow cytometry. (A) mPd‑l1 expression in parental cell line CT26.WT and mPd‑l1 Knockout (KO) cells. (B) hPD‑L1 expression in human control cell line, CT26.WT parental cell line and CT26‑hPD‑L1 cell line. mPd‑l1 KO clone was generated, then human PD‑L1 was stably overexpressed in KO cells. Overexpressing clones were obtained through Neomycin selection.
CT26-hPD-L1 cells form tumors in vivo
Wild-type Balb/c mice were injected (s.c.) with 1x105 CT26.WT (A) or CT26-hPD-L1 (B) cells. Tumor growth was measured every 2 to 3 days. Tumor size (mm3) = (width2 x length)/2. 8 mice (mixed gender) were injected per group, with 8 and 7 mice developing tumors for CT26.WT and CT26-hPD-L1 injected groups respectively.
* For more validation data please contact us.
Ready to be shipped to your lab
- Biosafety level BSL1, according to ATCC guidelines (parental cell line provider)
- Studies can be carried out at your site or at your favorite CRO
- Models provided with FTO on patent-protected technologies used for model generation
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