ATCC 2023 Holiday Shipping Schedule: We will be closed from December 22nd to January 1st. To ensure timely delivery, please submit orders in accordance with the following: Domestic orders no later than December 15th for shipment by December 20th 2023; International orders no later than December 12th for shipment by the first week of January 2024. We will resume our normal shipping schedule on January 2nd, 2024. Thank you for your cooperation. 

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Robust controls for accurate quantitation of residual DNA

Build confidence in your residual DNA measurements and clearance.

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Standardization of STR Profiling Handbook

You can now purchase a spiral-bound copy of the ASN-0002 consensus standard.

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Join our Immunotherapy Innovation Challenge

Submit your proposal by December 1, 2023, for a chance to win the latest models for immunotherapy development.

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Did You Miss our Recent Immuno-oncology Posters?

Get a copy of our scientific posters to see our latest research on CAR-T target and GAS-Luc-2 luciferase reporter cell lines.

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Accelerate Parkinson’s Disease Research

Read our first of three interviews with The Michael J. Fox Foundation for Parkinson’s Research to learn about the cell models made available through our collaboration.

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Learn about Immortalized Primary Cells

Watch our on-demand webinar to learn how immortalized primary cells can solve the problem of limited biological relevancy in cell-based assays.

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Immunotherapy development

Explore our fully characterized and authenticated cell lines, human primary cells, and advanced cell models such as our CAR-T target and checkpoint luciferase reporter cells.

Discover advanced cell models

Cancer research

ATCC offers well-characterized cell lines, organoids, primary and hTERT-immortalized cells, iPSCs, and CRISPR/Cas9 genome-edited cells that support oncology drug development.

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Molecular diagnostics development

Develop and validate your molecular diagnostic assays faster with ready-to-use quantitative genomic and synthetic molecular standards and heat-inactivated preparations.

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Resources for Recent Outbreaks

3D illustration of SARS-CoV-2

SARS-CoV-2

For SARS-CoV-2 molecular diagnostics manufacturers moving from EUA to 510(k) premarket submission to FDA, ATCC provides a variety of clinically relevant materials for evaluating limit of detection, inclusivity, and cross-reactivity.

Develop your assay
Monkeypox virus

Monkeypox virus

Accurate and rapid diagnosis of mpox is critical for timely healthcare and tracking of transmission. Support the development and validation of your assays with orthopoxviruses and nucleic acids from ATCC.

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New products

Small, rod-shaped, fluorscent blue and yellow human umbilical vein endothelial cells.

Pulmonary Artery Endothelial Cells

HPAEC-BMI1 are immortalized human pulmonary endothelial cells that can be used in angiogenesis studies, drug discovery and development, and high throughput screening.

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Checkpoint inhibitor therapeutic antibody blocking PD-1 protein on T cell and preventing it to bind to PD-1L on cancer cell

NCI-H1650-GAS-Luc2

NCI-H1650-GAS-Luc2 is a luciferase reporter-labeled cell line that endogenously expresses a high level of B7 homolog 3 protein (B7-H3). This reporter cell line is useful for monitoring the activity of IFNγ-induced GAS signal transduction pathways.

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immune checkpoint inhibitor

MG-63-GAS-Luc2

MG-63-GAS-Luc2 is a luciferase reporter-labeled cell line that endogenously expresses a high level of CD155. This reporter cell line is useful for monitoring the activity of IFNγ-induced GAS signal transduction pathways for checkpoint inhibitor therapeutic development.

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Immune checkpoint inhibitors: Interaction between PD-1 (blue) on a T-cell and PD-L1 (red) on a cancer cell blocked by therapeutic antibodies

HCC827-GAS-Luc2

HCC827-GAS-Luc2 is a luciferase reporter-labeled cell line that endogenously expresses a high level of programmed death-ligand 1 (PD-L1). This reporter cell line is useful for monitoring the activity of IFNγ-induced GAS signal transduction pathways.

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T-lymphocytes cancer cell.

WIL2-S-Luc2

Stable luciferase expression make this cell line ideal for in vitro study of CD19 specific CAR-T cells.

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Fluorescent cluster of textured human natural killer cells with long, thin tendrils.

Raji-Luc2

Excellent signal/background ratio and stable luciferase expression make this cell line ideal for in vitro study of CD19 specific CAR-T cells.

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Fluorescent orange and lime green spheres of human leukemic cells.

Farage-Luc2

These CAR-T target luciferase reporter cells have been confirmed to express high levels of CD20.

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Fluorescent blue and pink spheres of leukemic cells.

Daudi-Luc2

These luciferase expressing cells can be used as a target cancer cell for in vitro killing assay by CD20 CAR-T cells.

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Fluorescent blue and green spheres of leukemic cells.

BTB-474-Luc2

Stable luciferase expression make this cell line ideal to identify the efficacy of HER2 specific CAR-T cells.

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ATCC (American Type Culture Collection) is a nonprofit, global biological resource center and standards organization and the leading developer and supplier of authenticated cells lines and microorganisms. We leverage our rich history and knowledge to provide the products, services, and resources scientists need to conduct critical life science research.