CDH17 HCT116 Cell Line
A stable monoclonal cell line expressing CDH17 was constructed using lentivirus technology based on HCT116 cells.
敲除 / 敲低 / 敲入 / 过表达稳转细胞系与敲除细胞裂解物,按「基因 × 细胞系」粒度提供,支持定制建株。 共 1,221 个产品。
A stable monoclonal cell line expressing CDH17 was constructed using lentivirus technology based on HCT116 cells.
A stable monoclonal cell line expressing CDH17 was constructed using lentivirus technology based on HEK-293 cells.
A stable monoclonal cell line expressing CDH17 was constructed using lentivirus technology based on LLC1 cells.
A stable monoclonal cell line expressing CDH17 was constructed using lentivirus technology based on MC38 cells.
A stable monoclonal cell line expressing CDH17 was constructed using lentivirus technology based on RKO cells.
A stable monoclonal cell line expressing CDH17 was constructed using lentivirus technology based on SW480 cells.
CDH17(ΔEC1-2,Flag-EC3-7) HEK-293 Cell Line enables research into cadherin-mediated adhesion and signaling in cancer progression and cellular biology.
CDH17(ΔEC1-3,Flag-EC4-7) HEK-293 Cell Line provides a model to study cadherin-17 signaling, gastrointestinal cancer, and therapeutic research.
CDH17(ΔEC1-4,Flag-EC5-7) HEK-293 Cell Line provides a specialized platform for cadherin signaling research, aiding cancer metastasis and adhesion studies.
The CDH17(ΔEC1-5,Flag-EC6-7) HEK-293 Cell Line provides a platform for analyzing CDH17 signaling and epithelial biology in human cell research.
CDH17(ΔEC1-6,Flag-EC7) HEK-293 Cell Line ,stable CDH17(ΔEC1-6,Flag-EC7) model for cell adhesion studies, cancer research, and therapeutic development.
CDH17(ΔEC1,Flag-EC2-7) HEK-293 Cell Line, Enables research on CDH17-mediated cell adhesion, signaling, and gastrointestinal cancer mechanisms.
A stable monoclonal cell line expressing CDH3 was constructed using lentivirus technology based on CHO-K1 cells.
A stable monoclonal cell line expressing CDH3 was constructed using lentivirus technology based on HEK-293 cells.
A stable monoclonal cell line expressing CDH6 was constructed using lentivirus technology based on CHO-K1 cells.
A stable monoclonal cell line expressing CDH6 was constructed using lentivirus technology based on HEK-293 cells.
A stable monoclonal cell line expressing CEACAM5(CEA) was constructed using lentivirus technology based on CHO-K1 cells.
A stable monoclonal cell line expressing CEACAM5(CEA) was constructed using lentivirus technology based on CT26 cells.
A stable monoclonal cell line expressing CEACAM5(CEA) was constructed using lentivirus technology based on HEK-293 cells.
A stable monoclonal cell line expressing CEACAM5(CEA) was constructed using lentivirus technology based on MC38 cells.
A stable monoclonal cell line expressing CEACAM6(CD66c) was constructed using lentivirus technology based on CHO-K1 cells.
A stable monoclonal cell line expressing CEACAM6(CD66c) was constructed using lentivirus technology based on HEK-293 cells.
CEACAM6(CD66c) HEK-293 Cell Line (High Expression) supports cancer biology, microbial adhesion, and immunological signaling pathway studies.
A stable monoclonal cell line expressing CEACAM7 was constructed using lentivirus technology based on CHO-K1 cells.
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