ATCC

Your reputation is everything. Choose ATCC to confirm the identity of your human and mouse lines using STR profiling so you have confidence your is reproducible. https://ow.ly/voIg50SeGGy

According to the Lung Cancer Foundation of America about 1 person every 2 minutes is diagnosed with lung cancer. To help researchers study this prevalent disease, ATCC offers a vast portfolio of normal and tumor-derived lung cell lines. See our portfolio: https://ow.ly/Ufyl50SaNVb

Our PCR-based detection service can quickly and reliably detect over 60 species of Mycoplasma, Acholeplasma, Spiroplasma, and Ureaplasma. The service is designed to be easy and affordable—you can submit your for testing in 3 easy steps. Learn more: https://ow.ly/SLKz50SbZzF

are invaluable preclinical models for studying cancer and offer advantages over existing human or non-human animal cancer models. These are grown embedded within 3-D extracellular matrix, enabling the formation of complex structures that closely resemble the architecture and physiological functions of organs or tissues. https://ow.ly/f1UL50Sch9f

Unlock genetic secrets with the ATCC Genome Portal!

Protect your research with authentic reference genomes that are traceable to our credible biological materials.

Become a Supporting Member! https://ow.ly/OP8950Sba6c

-borne diseases account for a significant fraction of the global infectious disease burden. To support the development of novel detection methods, ATCC offers a wide range of and nucleic acids for prevalent diseases such as Zika, dengue, chikungunya, malaria, Lyme disease, and babesiosis. Browse our growing portfolio of vector-borne disease resources. https://ow.ly/zjNh50Sa1Im

The national parks are host to some of the harshest habitats on Earth. Research on the collected from these extreme environments has provided valuable insight into the origins of life and led to innovations in . Read our blog to learn more about the microbial strains isolated from national parks. https://ow.ly/4R3a50Sbaxx

Our serve as essential tools for advancing life science research and drug discovery. We also offer a system of culture media and reagents designed to boost growth, maximize functionality, and maintain normal morphology for each primary cell type. See how our primary cell portfolio can take the guess work out of your research.
https://ow.ly/1Q6I50Sc0HP

Ensuring the quality of water used in food and beverage production is essential. See our authenticated strains that can support your testing needs. https://ow.ly/fk4550SaZtq

Exciting news!

Dr. Ruth Cheng, Senior Vice President and General Manager, Research & Industrial Solutions, ATCC, will be the Plenary Speaker at CRYO2024!

CRYO2024 is the 61st annual meeting hosted by the Society for Cryobiology. This year’s theme is “Engineering Cryobiology for Life and Sustainability.”

The event will bring together over 350 delegates from 35 countries, including scientists, researchers, and industry professionals. Join us virtually or in Washington, D.C. from July 23-25, 2024 to hear Dr. Cheng’s insights and connect with fellow cryobiology enthusiasts!

CRYO Check out our presentations at the event to learn about how we are optimizing the preservation of microorganisms and cell models.

CRYO2024 promises to be an exciting event, fostering collaboration, knowledge exchange, and innovation. If you’re attending, don’t miss Dr. Ruth Cheng’s plenary session—it’s sure to be a highlight!

CRYO Check out our presentations at the event to learn about how we are optimizing the preservation of microorganisms and cell models.

Check out our newest next-generation 2-D and 3-D patient-derived models. Search by model type, tissue region, disease type, or growth properties.
https://ow.ly/nf6s50SeuFp

In our on-demand , Dr. Aaron Cypess, a senior investigator at the National Institutes of Health, presented on the hTERT-immortalized brown (hTERT-hBA; ATCC CRL-4062) and white (hTERT-hWA; ATCC CRL-4063) pre-adipocytes cell lines that his laboratory in collaboration with ATCC have developed and characterized. Dr. Cypess demonstrated that hTERT-hWA and hTERT-hBA maintain the adrenergic signaling, lipolysis, and thermogenesis typical of primary adipocytes and that these two cell lines are metabolically distinct. Watch now: https://ow.ly/KE9J50SbaZg

Read our recent blog post to learn about the use of fungi as an alternative and sustainable protein
source.
https://www.atcc.org/blogs/2024/the-future-of-alternative-protein

Going to CRYO2024 in Washington, DC?

As the Plenary Speaker, Dr. Ruth Cheng will discuss how the generation of advanced biological models has revolutionized drug discovery, reducing our reliance on animal models and enabling faster strategies.

She will also discuss how ATCC is filling a critical gap in preservation techniques with investment in cutting-edge cryopreservation technologies to transform drug discovery and enhance cell-based therapeutics.

CRYO Check out our presentations at the event to learn about how we are optimizing the preservation of microorganisms and cell models.

In our recent application note, we demonstrate the application of our high-quality quantitative gDNA control material in validating quantitative PCR (qPCR) assays designed to detect residual host impurities in biologics. https://ow.ly/vJJX50SbVU5

Listen in to hear Mr. Nick Greenfield discusses the evolution of his organization,
focusing on the challenges of maintaining and updating One Codex' database due to
the constant changes in taxonomy.

Episode 18: The Evolution of a Microbiome Analysis Organization Listen in to hear Mr. Nick Greenfield discusses the evolution of his organization, focusing on the challenges of maintaining and updating One Codex' database due to the constant changes in taxonomy.

ATCC Growth Kits make it easy to subculture and grow your patient-derived organoids. Learn more about the kits: https://ow.ly/1yE950SbeNy

-based assays provide several advantages over traditional culture-based approaches, including rapid turnaround time, the potential for multiplexing, increased analytical sensitivity and specificity, and the ability to detect difficult-to-grow . Check out our resources for developing your next molecular assay: https://ow.ly/hvAQ50SbgqH

can struggle to find cell models with high physiological relevance and the ability to be run in an over and over again without introducing variability. No matter where you are in your toxicology testing ATCC has you covered. Explore ATCC’s extensive cell products to find the models you need for your assays. Order now: https://ow.ly/8mq250Sfnjo

Join us at CRYO2024 in Washington, DC!

The 61st annual meeting by the Society for Cryobiology is happening from July 23-25, 2024. Scientists, researchers, and delegates from over 35 countries will gather to discuss advances in cell-based medicine, immunotherapy, and more.

Learn more -->

CRYO Check out our presentations at the event to learn about how we are optimizing the preservation of microorganisms and cell models.

Join in to hear Nick Greenfield discuss his transition from a background in environmental studies and international relations to establishing a microbiome company.

Episode 17: Losing a Contest but Founding a Company Join in to hear Nick Greenfield discuss his transition from a background in environmental studies and international relations to establishing a microbiome company.

Rapid and accurate detection methods are essential for controlling the spread of infections. We are here to help with each aspect of the assay development process with fully sequenced strains, inactivated organisms, and quantitative genomic and synthetic molecular standards representing relevant respiratory pathogens. https://ow.ly/7UCk50Sb7SU

Tune in to hear Nick Greenfield describe his organization’s evolution from a microbiome analysis company in 2014 to a full-service microbial company.

Episode 16: From No Codex to One Codex Tune in to hear Nick Greenfield describe his organization’s evolution from a microbiome analysis company to a full-service microbial company.

Pigments have a variety of applications across the pharmaceutical, textile, and food industries. With increasing interest in natural sources of pigments, researchers are investigating the use of as pigment producers due to their easy large-scale cultivation and ability to synthesize various pigments as secondary metabolites. Read our to learn more: https://ow.ly/JG6450Sb7sS

Stay at the forefront of bioinformatics research 🧬

Become a Supporting Member and gain access to all of the data on the ATCC Genome Portal

Explore today! https://ow.ly/9n5s50S9Qg1

The Type 5 Reference Material (ATCC® VR-1516™) is available! New stocks of the reference material will be produced and at ATCC—that means no more supply limitations when ordering! Check out the product: https://ow.ly/Itp150Sb3fk

Our culture guides serve as excellent educational resources for new and expert alike. We want you to maximize the return on your investment—our guides deliver the knowledge and insight you need to achieve that goal in a portable, easy-to-follow format. https://ow.ly/q5AY50Sb2Uc

ATCC wishes you and your family a happy & safe Independence Day.

In our recent , ATCC scientists discussed the application of checkpoint luciferase reporter cells in gamma interferon stimulation assays and immune cell co-culture assays. We shared insights on how these cell lines can be adopted into checkpoint reporter assay workflows. Watch on demand anytime: https://ow.ly/OgnJ50Sa13t