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。
Human Claudin-1 Over-expressing Stable Cell Line (HEK-293) ,Claudin-1 model for tight junction biology, viral entry studies, and targeted drug discovery.
Xpress™ Human Claudin-18.2 Over-expressing Stable Cell Line (HEK-293) supports gastric cancer research, antibody validation, and immunotherapy.
Human Claudin-6 Over-expressing Stable Cell Line (HEK-293) ,HEK293 Claudin-6 overexpression line for epithelial biology, cancer research, and therapy.
Xpress™ Human Claudin-9 Over-expressing Stable Cell Line (HEK-293) enables tight junction protein studies for epithelial barrier and cancer research.
CT26 cell line overexpressing human CLDN1, ideal for tight junction research, viral entry mechanism studies, and therapeutic screening assays.
MC38 cell line with stable CLDN1 expression is designed for tight junction research, cancer metastasis modeling, and drug screening studies.
The CLDN17 CHOK1 overexpression cell line is specifically designed for studying tight junction integrity and ion transport, suitable for drug testing.
Human CLDN2 stably expressed in CHOK1 cells, useful for tight junction biology, epithelial permeability, and studying claudin-mediated cancer mechanisms.
The Xpress™ Human CLDN3 over-expressing cell line (293T) are valuable for exploring tight junction biology and cancer-associated CLDN3 signaling.
The Xpress™ Human CLDN5 over-expressing cell line (293T) are ideal for research on blood-brain barrier integrity and endothelial tight junctions.
Xpress™ Human CLDN5 over-expressing CHOK1 cells provide a robust system for studying tight junction dynamics and endothelial barrier regulation.
The Xpress™ CLEC2D CHOK1 cell line is a genetically engineered model suitable for studying NK cell-mediated immune responses and tumor immunotherapy.
Xpress™ CLEC5A overexpression cell line CT26 supports research on immune activation, fulfilling your gene research needs with a stable cell model.
Stable BAF3 cell line overexpressing human cMET receptor, ideal for cancer pathway, RTK signaling, and targeted drug screening research applications.
Human cMyc stably expressed in BAF3 cells, ideal for oncogenic transcription factor studies and modeling proliferation, apoptosis, and transformation.
The human CXCR5 overexpression cell line (CT26) provides a powerful platform for immuno-oncology research, aiding the exploration of the CXCR5 signaling.
The CXCR5 HEK293 overexpression cell line is a genetically engineered model suitable for studying immune cell migration and therapeutic screening.
Xpress™ Human CXCR5 over-expressing HEK293T cells support research into B cell migration, immune cell interactions, and chemokine receptor signaling.
Xpress™ Human CXCR5 over-expressing MC38 cells facilitate cancer immunology research, focusing on lymphocyte migration and CXCR5-related signaling.
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.
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