Xpress™ Human CXCR6 Over-expressing Cell Line (CHOK1)
The Xpress™ Human CXCR6 Overexpression Cell Line (CHOK1) enables chemokine receptor research focused on immune regulation and cancer progression.
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。
The Xpress™ Human CXCR6 Overexpression Cell Line (CHOK1) enables chemokine receptor research focused on immune regulation and cancer progression.
The Xpress™ human CXCR6 overexpression cell line features stably integrated HEK293 cells, suitable for research on tumor progression and validation.
The CXCR6 overexpression cell line is a gene-engineered model based on customer needs, suitable for studying immune responses and tumor microenvironments.
The Xpress™ Human CXCR6 Overexpression Cell Line (HEK293T) is a tool for studying immune cell trafficking and tumor-immune interactions in vitro.
293T cells engineered to stably express human DDR1, a key receptor tyrosine kinase involved in extracellular matrix sensing, fibrosis, and cancer studies.
The Xpress™ human DDR2 overexpression cell line (293T) provides a powerful tool for studying tumor progression and fibrosis, suitable for high-throughput.
The human DDR2 overexpression cell line (CHOK1) is an ideal model for studying tumor biology and fibrosis, facilitating the discovery and development.
Human DLL3 Over-expressing Stable Cell Line (CHO) enables functional analysis of DLL3 in Notch signaling and targeted cancer immunotherapy development.
Human DLL3 Over-expressing Stable Cell Line (HEK-293) provides a robust tool for studying DLL3 function in neuroendocrine tumors and Notch signaling.
Learn about Human EGF R Over-expressing Stable Cell Line (HEK-293), designed for precision in research. Elevate your experiments with our robust cell line.
BAF3 cells stably overexpressing human EGFRvA mutant, suitable for research on constitutive signaling, tumorigenesis, and targeted cancer therapy testing.
Xpress™ Human ENPP3 Over-expressing Stable Cell Line (HEK-293) provides stable ENPP3 expression, supporting nucleotide metabolism and cancer studies.
The Xpress™ EP4 HEK293 cell line offers a robust model for studying PGE2 signaling and GPCR pathways. Ideal for cancer research and drug screening.
Xpress™ Human EpCAM Over-expressing Stable Cell Line (HEK-293) provides stable EpCAM overexpression for cancer biomarker and epithelial research.
The Human EPHA5 over-expressing cell line (CHOK1) is ideal for ephrin signaling research, neurodevelopmental studies, and targeted therapy validation.
Xpress™ Human ERBB2 Overexpressing Cell Line (HEK293) provides a powerful tool for tumor research, aiding the study of the HER2 signaling pathway.
Xpress™ Human ErbB2 Over-expressing Stable Cell Line (HEK-293) from ImmunoClone enables ErbB2 signaling research, protein studies, and drug discovery.
Xpress™ Human ErbB3 Over-expressing Stable Cell Line (HEK-293) enables receptor signaling studies, oncology research, and drug target validation.
The Xpress™ ERBB4 overexpression cell line (BAF3) provides a powerful tool for researching the ERBB4 signaling pathway and drug sensitivity.
Human FAP Over-expressing Stable Cell Line (HEK-293) ensures stable FAP expression, supporting research on fibroblast activation and cancer biology.
The Xpress™ FCAR BAF3 cell line offers an ideal model for IgA-Fc receptor research, supporting various immune experiments and aiding scientific progress.
Discover the Xpress™ Human FcRn (FCGRT & B2M) over-expressing stable cell line (HEK-293) for advanced research in immunology and therapeutic development.
Xpress™ Human FGFR2 over-expressing BAF3 cells are ideal for evaluating FGFR2-mediated signaling, cancer progression, and targeted drug screening.
293T cell line with stable FGFR2B expression, useful in epithelial cell signaling research, cancer biology, and targeted drug screening programs.
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