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ATCC cells are isolated from specific tissue types to support research in disease mechanisms, tissue biology, iPS cell technology, and regenerative medicine.

Traditional attention to quality makes ATCC your most reliable source for cell lines, from a wide array of tissue types, to support cutting edge research in disease mechanisms and tissue biology. 

The ATCC Cell Biology Collection is the most comprehensive bio-resource in the world. The cells in the collection include Cell lines, Primary cells, Stem cells, and htERT cells from various species.

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cell tissues

cell linesThe bank of cell lines consisting of over 3,600 cell lines from over 150 different species. Applications include animal and tumor cell models, assay development, and drug discovery.
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human primary cellsThe ATCC Primary Cell collection includes quality primary cells, along with the media, reagents, and relevant information needed to support the successful culture of primary cells.
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pdf Primary Cell Culture Guide

pdf ATCC PCS Infographic


hTERTATCC human telomerase reverse transcriptase (hTERT) immortalized cell lines represent a breakthrough in cell biology research that combines the in vivo nature of primary cells with the traditional cell line's ability to survive continuously in vitro.
Resource:

pdf hTERT Cell Line Brochure

pdf hTERT Cell Culture Guide

Stem CellsATCC has provided stem cell resources to the research community for more than a decade, with a growing portfolio of cultures to choose from, including mouse embryonic stem cells, human embryonic stem cells, human mesenchymal stem cells (MSC), and human iPS cells. ATCC has developed complete cell culture solutions to support human MSCs and iPS cells in the collection.

Resource:
pdf Stem Cell Culture Guide

pdf iPSC Culture Guide

Nucleic AcidsHighly purified genomic DNA preparations are critical controls in the development and validation of molecular assays. ATCC has isolated and purified genomic DNA from a number of the highly characterized, authenticated cell lines in our collection. Specification and characteristics of each lot of genomic DNA includes:

- ddPCR™ quantitated for high-precision analysis*
- Next-generation sequenced
- Well-characterized genetic alterations
- Absolute mutation/amplification copy number*
- STR profiling to ensure identity
- Mutations such as BRAF, KRAS, and EGFR
- Amplifications such as HER2, EFGR, and MYC

*Quantitative DNA only
The new Quantitative Genomic DNA are especially compatible with several lab-developed and commercially available assays as BSL-1, ready-to-use controls for your assays.

Resources:
pdf Purified Genomic DNA

pdf Purified and Quantitated Genomic Cell Line DNA

pdf Transfection Reagents for Nucleic Acids

ATCC Tumor Cell Panels combine authenticated, well-characterized cell lines with mutation data from the Sanger Institute Catalogue of Somatic Mutations in Cancer (COSMIC) to create powerful tools for cancer research and drug discovery. These panels are organized by:

Genetic MutationA. Cell Lines by Genetic Mutation 
ATCC has created gene mutation lists based on the ATCC tumor cell line collection and known mutation information maintained in the Sanger Institute COSMIC database.

Resource:
pdfCell lines by Genetic Mutation Brochure

Panels by Molecular SigB. Panels by Molecular Signature 
ATCC has designed tumor cell panels based on the tissue of tumor origin, each annotated with details regarding known mutations - enabling more intelligent choices when selecting cell-based research models.

Resource:
pdfGenetic Alteration Panels

pdfP53 Hotspot Mutation Cell Panel

Panels by tissue typeC. Panels by Tissue Type
ATCC has designed tumor cell panels based on the tissue of tumor origin, each annotated with details regarding known mutations - enabling more intelligent choices when selecting cell-based research models.

Resource:
pdfTumor Cell Panels Brochure

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