Xpress™ Human RANKL Over-expressing Cell Line (HEK293T)
The Xpress™ RANKL HEK293T cell line offers a stable model for studying bone resorption and immune responses, perfect for cancer and inflammatory research.
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™ RANKL HEK293T cell line offers a stable model for studying bone resorption and immune responses, perfect for cancer and inflammatory research.
Xpress™ Human ROR1 Over-expressing Stable Cell Line (CHO) enables antibody validation, cancer signaling studies, and targeted therapy research.
Xpress™ Human ROR1 Over-expressing Stable Cell Line (HEK-293), Monoclonal cell line stably expressing ROR1 constructed using viral technology for studies.
The SCN11A HEK293 overexpression cell line is a genetically engineered model suitable for studying ion channel function and pain signal transduction.
The Xpress™ human SEMA4D overexpression cell line (293T) provides a powerful tool for studying the tumor immune microenvironment and vascular remodeling.
The Xpress™ Human SIGLEC14 Overexpression Cell Line (CHOK1) is a key tool for studying innate immune responses and developing SIGLEC-targeted therapies.
The Xpress™ Human SIRPA Overexpression Cell Line (293T) is ideal for studying macrophage checkpoint signaling and CD47-SIRPa axis in cancer models.
Xpress™ Human SORT1 Over-expressing Stable Cell Line (HEK-293) facilitates studies on endosomal sorting and its implications in cancer biology.
Xpress™ Human TAS2R16 Over-expressing Cell Line supports taste receptor research, signal transduction analysis, and therapeutic applications in biology.
The TAS2R39 HEK293 overexpression cell line provides a stable model for studying bitter taste receptors, enhancing the understanding of immune responses.
Xpress™ Human Tau-K18 (GFP) Over-expressing Stable Cell Line (HEK-293) supports neurodegeneration models with Tau-K18-GFP aggregation monitoring.
The Xpress™ TEK overexpression cell line offers a powerful tool for vascular-related research, supporting functional screening and targeted therapies.
P3U1 cell line stably expressing human TGFβ1, ideal for studying tumor immune suppression, fibrosis models, TME modulation, and TGF-β signaling.
TL1A Over-expressing Stable Cell Line (HEK-293) ,HEK293 line stably overexpressing TL1A; used in oncology, signaling pathway research and drug discovery.
The Xpress™ Human TNFRSF1A Overexpression Cell Line provides a reliable platform for TNF signaling research, facilitating drug screening and exploration.
The Xpress™ TNFRSF4 CHOK1 cell line is specifically designed for studying T cell proliferation and survival, aiding innovation in cancer immunotherapy.
The Xpress™ Human TPBG over-expressing cell line (293T) support studies on trophoblast glycoprotein in tumor progression and cell migration.
Xpress™ Human TPBG over-expressing HepG2 cells enable hepatocellular carcinoma research focused on tumor progression and TPBG signaling pathways.
Xpress™ Human TPBG Over-expressing Stable Cell Line (HEK-293) provides stable TPBG expression, aiding studies of tumor progression and biomarker roles.
Xpress™ Human Transferrin Over-expressing Stable Cell Line (HEK-293) supports iron metabolism and receptor biology research in human disease models.
Xpress™ Human Transferrin R Over-expressing Stable Cell Line (HEK-293) for iron metabolism, receptor-mediated endocytosis, and cancer research.
Xpress™ Human TrkA Over-expressing Stable Cell Line (HEK-293) provides stable expression of TrkA for neurobiology and receptor signaling studies.
Xpress™ Human TrkB Over-expressing Stable Cell Line (HEK-293) enables neurotrophic signaling studies, synaptic plasticity research, and drug discovery.
Xpress™ Human TrkC Over-expressing Stable Cell Line (HEK-293) enables neurotrophin signaling, TrkC pathway screening, and neuronal development studies.
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