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。
Xpress™ Human PD-L1 Over-expressing Stable Cell Line (High Expression) enables immune checkpoint biology, immunotherapy research, and drug screening.
Xpress™ Human PD-L1 Over-expressing Stable Cell Line (Low Expression) provides CHO-based monoclonal systems expressing PD-L1 at stable low levels.
Advance Xpress™ Human PD-L1 Over-expressing Stable Cell Line (Medium) for immunotherapy research, enabling checkpoint studies and drug development.
Xpress™ Human PD-L1 Over-expressing Stable Cell Line (Raji) supports immuno-oncology research, immune checkpoint studies, and drug discovery assays.
Xpress™ Human PD-L1, GFP Tag Over-expressing Stable Cell Line (HEK-293) supports immuno-oncology, checkpoint inhibitor testing, and drug discovery.
Human PD-1 stably expressed in H22 cells, designed for immune checkpoint inhibition assays, T cell dysfunction analysis, and immunotherapy research use.
The Xpress™ Human PDL1 Overexpression Cell Line based on CHOK1 cells, suitable for tumor immune evasion research and anti-PDL1 drug evaluation.
The Xpress™ Human PLXNB1 Overexpression Cell Line (293T) provides a model for analyzing semaphorin-plexin signaling in neural and cancer research.
The Xpress™ Human PLXNB2 Overexpression Cell Line (293T) supports mechanistic studies on semaphorin signaling, cancer progression, and cell migration.
Xpress™ Human PSMA Over-expressing Stable Cell Line (HEK-293) provides stable PSMA expression models for oncology, biology, and drug discovery.
Xpress™ Human PTK7 Over-expressing Stable Cell Line (HEK-293) stably expresses PTK7, providing monoclonal functional models for reliable gene research.
The Xpress™ Human PVR over-expressing MC38 cells offer a powerful tool to investigate PVR-related immuno-oncology and cell adhesion pathways.
The Human PVRIG Overexpression Cell Line based on CHOK1 cells supports immunotherapy research and aids in the in vitro characterization of the PVRIG-CD.
The Xpress™ Human PVRIG Overexpression Cell Line (CHOK1) supports immune checkpoint studies and the development of PVRIG-targeted immunotherapies.
Xpress™ Human PVRL1 over-expressing 293T cells are ideal for exploring cell adhesion molecules and their role in tumor progression and metastasis.
Human PVRL2-overexpressing 293T cell line, optimized for ligand-receptor interaction studies, immune evasion research, and tumor biology assays.
293T cells stably expressing human PVRL2b, suitable for cell-cell adhesion research, tumor immunology, and the role of nectin family in immune evasion.
CHOK1 cells stably expressing human PVRL2b, suitable for studies on cell adhesion, immune modulation, and nectin-related tumor immune evasion pathways.
The human PVRL4 overexpression cell line (B16/F10) provides an ideal model for tumor research, supporting the development and evaluation of PVRL4-t.
The Human PVRL4 Overexpression Cell Line (CHOK1) provides an ideal platform for tumor antigen validation and targeted therapy, aiding cancer research.
MC38 cell line stably overexpressing PVRL4, ideal for cell adhesion, tumor progression studies, and immuno-oncology drug development applications.
Xpress™ Human RAGE Over-expressing Stable Cell Line (HEK-293) provides monoclonal stable expression for reliable research in functional applications.
CHOK1 cell line overexpressing human RANKL, applicable for bone metabolism research, osteoclastogenesis assays, and signaling pathway studies.
The overexpression cell line is a genetically engineered model that aids in bone remodeling and immune response research, meeting specific customer needs.
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