Evercyte

Cell Lines

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  1. PODO/SVTERT152

    PODO/SVTERT152

    hTERT and SV40 early region immortalized human podocyte cell line
    (source: human urine)

    The cells are characterized by unlimited growth while maintaining expression of cell type specific markers and functions such as:

    • Typical podocyte morphology
    • Expression of nephrin, WT-1, synaptopodin

    Therefore, these cells are also a solution for gene editing using e.g. the CRISPR/Cas9 system when primary like characteristics are of importance. 

    For this product you can obtain a license for research use only - read more

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    Availability: In stock

  2. HUVEC/TERT66

    HUVEC/TERT66

    Telomerized human umbilical vein endothelial cell line

    HUVEC/TERT66 cell line is grown under serum-free culture conditions and therefore complies with the current need for standardized cell systems. The cells are characterized by unlimited growth while maintaining expression of cell type specific markers and functions such as:

    • Typical endothelial morphology
    • Expression of vWF and CD31
    • Response to VEGF treatment by increased proliferation and sprout formation
    • Formation of neoangiogenic webs when inoculated onto Matrigel matrix

    Therefore, these cells are the only solution for gene editing using e.g. the CRISPR/Cas9 system when primary like characteristics are of importance. 

    For this product you can obtain a license for research use only - read more.

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  3. HUVEC/TERT66

    HUVEC/TERT66

    Telomerized human umbilical vein endothelial cell line

    HUVEC/TERT66 cell line is grown under serum-free culture conditions and therefore complies with the current need for standardized cell systems. The cells are characterized by unlimited growth while maintaining expression of cell type specific markers and functions such as:

    • Typical endothelial morphology
    • Expression of vWF and CD31
    • Response to VEGF treatment by increased proliferation and sprout formation
    • Formation of neoangiogenic webs when inoculated onto Matrigel matrix

    Therefore, these cells are the only solution for gene editing using e.g. the CRISPR/Cas9 system when primary like characteristics are of importance. 

    For this product you can obtain a license for research use only - read more.

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    Availability: In stock

  4. urine derived iPSCs

    urine-derived iPSCs

    Induced pluripotent stem cell from urine-derived cells

    The cells they show the following characteristics:

    • Typical pluripotent morphology growing in well-defined colonies
    • Expression of Oct3/4, Sox2, Klf4, Nanog, Tra-1-60, Tra-1-81, SSEA3, SSEA4
    • Stable, diploid karyotype
    • Differentiation potential towards cells of the 3 germ layers

    Urine is a non-invasive, universal, unlimited cell source that allows the generation of induced pluripotent stem cells from any consenting individual. 

    For this product you can obtain a license for research use only - read more.

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  5. hTEC/SVTERT24-B

    hTEC/SVTERT24-B

    hTERT and SV40 early region immortalized human thymic epithelial cell line

    The cells are characterized by unlimited growth while maintaining expression of cell type specific markers and functions such as:

    • Typical epithelial morphology
    • Expression of KRT5, KRT8, ZO-1 (as tested on protein level)
    • Expression of thymopoietin, prolactin receptor, growth hormone receptor, HOXA3 (as tested on RNA level)

    Therefore, these cells are the only solution for gene editing using e.g. the CRISPR/Cas9 system when primary like characteristics are of importance. 

    For this product you can obtain a license for research use only  - read more

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    Availability: In stock

  6. PODO/TERT 256 cell line

    PODO/TERT256

    hTERT immortalized human podocyte cell line
    (source: human kidney tissue biopsy)

    The cells are characterized by unlimited growth while maintaining expression of cell type specific markers and functions such as:

    • Typical flattened morphology with cytoplasmic protrusions 
    • Appearance of binucleated cells
    • Expression of nephrin, podocin, WT-1, synaptopodin, podocalyxin

    Therefore, these cells are the only solution for gene editing using e.g. the CRISPR/Cas9 system when primary like characteristics are of importance. 

    For this product you can obtain a license for research use only  - read more

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    Availability: In stock

  7. RPTEC/TERT1

    RPTEC/TERT 1

    hTERT immortalized human renal proximal tubular epithelial cell line

    The cells are characterized by unlimited growth while maintaining expression of cell type specific markers and functions such as:

    • Typical epithelial, cobblestone morphology
    • Functional tight junctions as evidenced by ZO-1 expression, dome formation and trans epithelial electrical resistance (TEER) levels like normal cells
    • Gamma glutamyl-transferase activity
    • Expression of Aminopetidase-N and E-cadherin
    • Response to parathyroid hormone (PHT) treatment by increased cAMP production
    • Transporter activity when differentiated (MRP2, MRP4, OAT4, MDR1, MATE1, OCTN2, OCT3)

    Therefore, these cells are the only solution for gene editing using e.g. the CRISPR/Cas9 system when primary like characteristics are of importance.

    Furthermore, in collaboration with The Human Protein Atlas next generation sequencing was performed and data are available for download to support your decision process in selecting cells that are fit for purpose - get these data after log in from our database below.

    For this product you can obtain a license for research use only - read more.

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    Availability: In stock

  8. LHCN-M2

    LHCN-M2

    hTERT and cdk-4 immortalized human myoblast cell line
    (source: pectoralis major muscle)

    The cells are characterized by unlimited growth while maintaining expression of cell type specific markers and functions such as:

    • Typical myogenic morphology
    • Formation of myotubes
    • Expression of myosin heavy chain upon differentiation
    • Expression of PAX7, desmin, CD56

    Therefore, these cells are the only solution for gene editing using e.g. the CRISPR/Cas9 system when primary like characteristics are of importance. Furthermore, in collaboration with The Human Protein Atlas next generation sequencing was performed and data are available for download to support your decision process in selecting cells that are fit for purpose - get these data after log in from our database.
    Moreover, undifferentiated together with differentiated cells were part of the ENCODE project

    For this product you can obtain a license for research use only - read more.

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    Availability: In stock

  9. HUVEC/TERT2

    HUVEC/TERT2

    hTERT immortalized human umbilical vein endothelial cell line

    The cells are characterized by unlimited growth while maintaining expression of cell type specific markers and functions such as:

    • Typical endothelial morphology
    • Expression of vWF and CD31
    • Response to TNF-alpha treatment by expression of CD62E, CD106 and IL6 secretion
    • Response to VEGF treatment by increased proliferation and sprout formation
    • Formation of neoangiogenic webs when inoculated onto Matrigel matrix

    Therefore, these cells are the only solution for gene editing using e.g. the CRISPR/Cas9 system when primary like characteristics are of importance. 

    Furthermore, in collaboration with The Human Protein Atlas next generation sequencing was performed and data are available for download to support your decision process in selecting cells that are fit for purpose - get these data after log in from our database.

    For this product you can obtain a license for research use only - read more.

    Contact us for more information

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    Availability: In stock

  10. hTCEpi

    hTCEpi

    hTERT immortalized human corneal epithelial cell line

    The cells are characterized by unlimited growth while maintaining expression of cell type specific markers and functions such as:

    • Expression of typical epithelial morphology, formation of tight junctions as demonstrated by staining for ZO-1 expression
    • Formation of a well stratified epithelium when grown in an air-liquid interface with development of basal, wing and squamous cell layers
    • Positioned expression of ZO-1 and KRT3 after long-term 3D differentiation

    Therefore, these cells are the only solution for gene editing using e.g. the CRISPR/Cas9 system when primary like characteristics are of importance. Furthermore, in collaboration with The Human Protein Atlas next generation sequencing was performed and data are available for download to support your decision process in selecting cells that are fit for purpose - get these data after log in from our database

    For this product you can obtain a license for research use only - read more.

    Contact us for more information

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    Availability: In stock

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