CD4+ T Cells-Lupus
SLE CD4+ T Cells are available from ImmunoClone. All are listed on the certificate of analysis provided with each lot.
人源与动物源原代细胞,覆盖神经、内分泌、消化、血液、免疫、呼吸、泌尿、生殖、运动 9 大系统,另含 PBMCs 与其他原代细胞。 共 905 个产品。
SLE CD4+ T Cells are available from ImmunoClone. All are listed on the certificate of analysis provided with each lot.
CD57 Mouse Schwann Cells provide a valuable model for studying nerve regeneration, neurodegeneration, and myelination, supporting research in neurobiology.
SLE CD8+ T Cells are available from ImmunoClone. All are listed on the certificate of analysis provided with each lot.
Chicken Embryo Intestinal Epithelial Cells are cryopreserved using ImmunoClone's protocol to ensure high viability, typically above 70%, after thawing.
Chicken Embryo Kidney Epithelial Cells support avian virology, epithelial transport, and kidney development research in embryonic-derived primary cultures.
Explore Chicken Embryonic Fibroblasts for transfection assays, protein production, and embryonic development studies in avian research platforms.
CMV Specific T Cells population specifically recognizes an HLA-B35 restricted CMV pp65 peptide.
Cre-Expressing Human Alveolar Epithelial Cells enable gene recombination in alveolar epithelium for lung disease models and fibrosis research in vitro.
Cre-Expressing Human Aortic Endothelial Cells are derived from aortic tissue and useful in recombination-based lineage tracing or gene editing studies.
Cre-Expressing Human Aortic Fibroblasts enable recombination-based gene studies in aortic stroma, supporting fibrosis, remodeling, and vascular biology.
Explore Cre-Expressing Human Aortic Smooth Muscle Cells for conditional gene deletion, vascular remodeling, and aortic lineage tracing applications.
Leverage Cre-Expressing Human Bladder Microvascular Endothelial Cells to model urothelial vasculature and apply precise gene editing via recombination.
Cre-Expressing Human Bladder Smooth Muscle Cells, isolated from human bladder tissue, ideal for bladder and smooth muscle research applications.
Cre-Expressing Human Brain Microvascular Endothelial Cells enable recombination for BBB modeling and endothelial function in microvasculature research.
Cre-Expressing Human Brain Vascular Fibroblasts enable gene recombination studies in brain vasculature and support Cre-loxP lineage tracing applications.
Cre-Expressing Human Brain Vascular Smooth Muscle Cells are ideal for vascular gene editing, Cre-loxP system studies, and smooth muscle function analysis.
Explore Cre-Expressing Human Bronchial Epithelial Cells, isolated from human bronchial tissue, ideal for respiratory and epithelial research.
Utilize Cre-Expressing Human Bronchial Fibroblasts for conditional gene targeting, lineage tracing, and loxP-mediated recombination in airway models.
Cre-Expressing Human Bronchial Smooth Muscle Cells support targeted recombination, airway biology research, and smooth muscle function studies.
Utilize Cre-Expressing Human Cardiac Fibroblasts for gene recombination models, cardiac remodeling studies, and heart tissue-specific genetic control.
Cre-Expressing Human Cardiac Microvascular Endothelial Cells for loxP-mediated recombination, cardiac microvasculature modeling, and gene editing studies.
Cre-Expressing Human Carotid Artery Endothelial Cells, isolated from human carotid artery tissue, ideal for vascular biology and genetic recombination.
Utilize Cre-Expressing Human Carotid Artery Fibroblasts for vascular remodeling, gene recombination analysis, and atherosclerosis-related research.
Cre-Expressing Human Carotid Artery Smooth Muscle Cells enable vascular gene recombination, smooth muscle lineage tracing, and carotid function modeling.
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