Xpress™ Human CD30 Over-expressing Cell Line (HT1080)
The Human CD30 Overexpressing Cell Line (HT1080) is an ideal model for studying CD30-targeted therapies, aiding in antibody screening and tumor immunology.
本分类收录的细胞产品与配套技术资料,支持按来源、物种与规格筛选。 共 273 个产品。
The Human CD30 Overexpressing Cell Line (HT1080) is an ideal model for studying CD30-targeted therapies, aiding in antibody screening and tumor immunology.
Human CD32a Over-expressing Stable Cell Line (High Expression) supports immune receptor research, antibody binding, signaling studies, and drug testing.
Xpress™ Human CD32a Over-expressing Stable Cell Line (Low Expression) supports CD32a receptor studies, immune signaling, and functional human cell assays.
Xpress™ Human CD32a Over-expressing Stable Cell Line (Medium Expression) provides controlled Fc receptor expression for antibody binding and signaling.
Xpress™ Human CD32b Over-expressing Stable Cell Line (High Expression) supports antibody binding, Fc receptor studies, and immunology research.
CD32b Over-expressing Stable Cell Line (Low Expression) ,low-expression CD32b model for immune receptor studies, antibody research, and drug discovery.
Xpress™ Human CD32b Over-expressing Stable Cell Line (Medium Expression) supports Fc receptor research for antibody binding and immune response.
CHOK1 cells stably overexpressing human CD36 receptor, suitable for lipid metabolism, atherosclerosis, and innate immune recognition pathway studies.
The CD36 HEK293 overexpression cell line is an important model for studying lipid uptake mechanisms and tumor-associated macrophage interactions.
The Xpress™ Human CD39 Overexpression Cell Line (CHOK1) enables research into ATP metabolism, immune suppression, and tumor microenvironment studies.
The Xpress™ Human CD39 Overexpressing Cell Line (CT26) is an important model for researching immune tolerance and tumor microenvironment interactions.
The Xpress™ Human CD39 Overexpressing Cell Line (MC38) is an important model for researching immune tolerance and tumor microenvironment interactions.
Generate stable human CD47 overexpression cell lines to support antibody screening and small molecule drug development, aiding cutting-edge cancer research.
The human CD48 overexpression cell line (293T) provides a stable model for immunological research, aiding in NK cell cytotoxicity and drug screenin.
Xpress™ Human CD64 Over-expressing Stable Cell Line (High Expression) provides consistent expression for Fc receptor biology, immunology, and drug testing.
Xpress™ Human CD64 Over-expressing Cell Line (Low Expression) mimics physiological Fc receptor levels, supporting antibody interaction studies.
Xpress™ Human CD64 Over-expressing Stable Cell Line provides a platform for Fc receptor biology, immune signaling, and functional molecular studies.
Human CD66e (CEA) stably expressed in BAF3 cells, commonly used in tumor immunology, cell adhesion, and targeted therapy development in carcinomas.
The Xpress™ human CD66e overexpressing cell line (MC38) provides a powerful model for tumor research, supporting CEACAM5 targeted therapies.
Xpress™ Human CD79A&CD79B Over-expressing Stable Cell Line (CHO) supports B-cell receptor signaling biology, immunology assays, and therapeutic screening.
The Human CD94 Overexpression Cell Line (293T) is a powerful tool for studying NK cell signaling and immune regulation, supporting functional experiments.
The Xpress™ human CD94 overexpression cell line (CHOK1) provides an ideal platform for studying NK cell receptor signaling, aiding in immune function.
Xpress™ Human CEACAM5 Over-expressing Stable Cell Line (CHO) serves as a CHO cell model for adhesion, protein function, and pathway regulation studies.
Xpress™ Human CEACAM5 Cell Line (HEK-293) enables cancer biomarker research, especially in gastrointestinal tumors and CEACAM-related signaling studies.
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