hTERT Immortalized Primary Cells

Airway Endothelial and Epithelial Cells

These cells are capable of extended proliferation, have a stable karyotype, and are phenotypically similar to the primary parent cells.

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Aortic Endothelial Cells

ATCC hTERT immortalized aortic endothelial cells have an extended lifespan with a stable karyotype. These cells exhibit routine endothelial functionality, such as, CD31 expression, AcLDL uptake and angiogenesis.

NTAP Schwann Cells

ATCC hTERT-immortalized NTAP Schwann cells are invaluable tools for investigating the formation of soft tissue and nerve tumors like plexiform neurofibromas as well as any disease driven by NF1 loss.

Barrett's Esophageal Epithelial Cells

ATCC hTERT immortalized Barrett’s esophageal epithelial cells contain stable, defined cell cycle and genetic abnormalities, have an extended life span, and are karyotypically, morphologically, and phenotypically similar to the primary parent cells.

Respiratory Cells

ATCC hTERT immortalized respiratory cells have an extended lifespan, have a stable karyotype and are functionally and phenotypically similar to the primary parent cells.

Chrondrocyte Fibroblast Cells

ATCC hTERT immortalized chondrocyte fibroblasts have an extended lifespan, and are karyotypically, morphologically, and phenotypically similar to the primary parent cells.

Dermal Microvascular Endothelial Cells

ATCC hTERT immortalized dermal microvascular endothelial cells have an extended lifespan, express a panel of endothelial cell surface proteins, undergo tubule formation in culture and are karyotypically, morphologically, and phenotypically similar to the primary parent cells.

Endometrial Fibroblast Cells

ATCC hTERT immortalized endometrial fibroblasts have an extended lifespan, display the biochemical endpoints of decidualization after hormone treatment and are karyotypically, morphologically, and phenotypically similar to the primary parent cells.

Foreskin Keratinocytes

ATCC hTERT immortalized foreskin keratinocytes have an extended lifespan and are karyotypically, morphologically, and phenotypically similar to the primary parent cells.

Mammary Epithelial Cells

ATCC hTERT immortalized mammary epithelial cells have an extended lifespan, do not express estrogen receptors, and are karyotypically, morphologically, and phenotypically similar to the primary parent cells.

Mesenchymal Stem Cells

The hTERT immortalized adipose-derived MSCs have similar properties to the primary adipose-derived MSCs, an extended lifespan, and can be differentiated into adipocytes, osteoblasts and chondrocytes.

Pancreas Duct Cells

ATCC hTERT immortalized pancreas duct cells have an extended lifespan, express nestin, and are karyotypically, morphologically, and phenotypically similar to the primary parent cells.

Prostate Cells

ATCC hTERT-immortalized prostate normal and disease-associated primary cells are capable of extended proliferation and provide the ideal platform to study the transformation of prostate cells and the tumor micro-environment.

Renal Epithelial Cells

ATCC hTERT immortalized renal epithelial cells have an extended lifespan, show phenotypic characteristics of angiomyolipomas, and are karyotypically, morphologically, and phenotypically similar to the primary parent cells.

Retinal Pigmented Epithelial Cells

ATCC hTERT immortalized RPE cell lines have an extended lifespan, undergo terminal differentiation, express RPE associated proteins, and are karyotypically, morphologically, and phenotypically similar to the primary parent cells.

Skin Fibroblast Cells

ATCC hTERT immortalized skin fibroblasts have an extended lifespan, express PDGFR(beta) and are karyotypically, morphologically, and phenotypically similar to the primary parent cells.