Immortalized Human Keratinocytes
Immortalized Human Keratinocytes have been developed by immortalizing primary Human Keratinocytes with SV40 Large T antigen.
经永生化处理、可长期稳定传代的细胞系,保持原代细胞表型特征,适用于需要大量扩增的实验场景。 共 167 个产品。
Immortalized Human Keratinocytes have been developed by immortalizing primary Human Keratinocytes with SV40 Large T antigen.
Immortalized Human Kidney Podocytes offer long-term renal biology models for glomerular research, nephrology studies, and drug testing applications.
Immortalized Human Kidney Podocytes provide a stable in vitro model for studying glomerular filtration, nephrotic syndrome, and renal diseases.
Immortalized Human Lens Epithelial Cells provide a reliable ocular research model for cataract formation, eye disease mechanisms, and drug testing.
The Immortalized Human Leydig Cells serve as a stable in vitro model for steroidogenesis, androgen signaling, and testicular function research.
Immortalized Human Liver Stellate Cells offer stellate cultures for hepatic fibrosis, liver disease modeling, and extracellular matrix deposition.
Immortalized Human Lung Fibroblasts carrying the SV40T gene via lentiviral transduction, provided at 0.5 million viable cells per vial for research use.
Immortalized Human Lung Microvascular Endothelial Cells provide a model for vascular permeability and inflammation in pulmonary disease research.
Immortalized Human Lymphatic Endothelial Cells offer a stable model for lymphangiogenesis, immune regulation, and vascular biology investigations.
Immortalized Human Meibomian Gland Epithelial Cells, >5×10^5 cells, secrete mucus-like substance at confluency, useful for ocular surface research.
Immortalized Human Meningeal Cells offer long-term CNS research models for drug testing, cellular biology studies, and neurovascular investigations.
Immortalized Human Meningeal Cells provide a reliable model to investigate meningeal barrier function, neuroinflammation, and CNS disorders.
Immortalized SV40 Microglia express CD68/Iba1, release cytokines upon stimulation, and are ideal for neuroinflammation and CNS-targeted drug screening.
Utilize Immortalized Human Nasal Epithelial Cells to study airway epithelium biology, mucociliary function, and respiratory drug response in vitro.
Immortalized Human Nucleus Pulposus Cells deliver a consistent disc cell model for intervertebral disc degeneration, back pain, and cartilage biology.
Immortalized Human Oral Keratinocytes Carrying the SV40T Gene via Lentiviral Transfection, 0.5 Million Cells per Vial, for In Vitro Research Use
ImmunoClone's Immortalized Human Orbital Fibroblasts are ideal for studying cell proliferation and differentiation.
Immortalized Human Ovarian Cancer Fibroblasts enable tumor microenvironment modeling, supporting ovarian cancer biology, cell interaction and drug testing.
Human Pancreatic Ductal Epithelial Cells serve as primary cells for pancreatic physiology, cancer biology, and inflammatory disease research models.
Immortalized Human Pancreatic Microvascular Endothelial Cells serve as a model for vascular biology, angiogenesis, and diabetes-related research.
Immortalized Human Pancreatic Neuroendocrine Tumor Cells from ImmunoClone provide reliable models for tumor biology and therapeutic development studies.
The Immortalized Human Pancreatic Stem Cells provide a model for endocrine differentiation and the regenerative medicine research applications.
Immortalized Human Pancreatic Stromal Cells offer a stable culture model for tumor-stroma interactions, fibrosis research, and pancreatic biology studies.
Immortalized Human Parathyroid Cells provide a renewable model for investigating calcium regulation, PTH secretion, and parathyroid disorders.
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