Last Chance to Submit—The ATCC Photo Contest Ends July 31! Showcase your striking research images featuring ATCC cell lines or microbial strains before the contest closes. Six winners will be selected across two categories—don’t miss your chance to enter! ow.ly/1OqN50WsJLS

Beyond the gut, microbiomes thrive in soil too! Azospirillum brasilense boosts plant growth by fixing nitrogen & aiding iron uptake. Seed coating with such microbes enhances yields & resilience—paving the way for sustainable agriculture. Learn more: ow.ly/zkA650WwkAZ

Linda Johnson, MPA explains how our collection of biological resources have fueled innovation and spurred the growth of industries, ensuring global health and safety. ow.ly/vjci50WwKbW

Our latest blog post takes you Inside the GI Tract—highlighting how advanced models help scientists better understand barrier function, disease progression, and therapeutic development. Explore the future of GI research: ow.ly/5P3c50WwHNK

Cast your vote! From August 1–22, 2025, you can help decide the winners of the Most Popular Image category in the ATCC Photo Contest! Vote for your favorite image in Cell Biology and Microbiology, and crown two incredible winners. Vote now: ow.ly/U5mp50WzssB

Need trustworthy genomics data? The ATCC Genome Portal now offers 5,750 authenticated microbial genomes. Explore our high-quality, ISO-certified data and support reproducibility in microbial genomics research. Learn more: ow.ly/4JCR50WAjgS

From housefly parasites that help diagnose lupus to butter-spoiling yeasts that revolutionized biotech, ATCC’s microbial collection is packed with microscopic marvels driving scientific breakthroughs. Read our blog: ow.ly/swCE50WB2Vm

Episode 34 of Behind the Biology is live: "Impedance & Impact" with Locsense experts Susan Roelofs and Eline Geervliet. Join us, for a fascinating look into the world of biosensing innovation. 🎧 Listen now: ow.ly/7viX50WCb3K

Protect your cell cultures from the silent threat of mycoplasma contamination with ATCC's comprehensive mycoplasma portfolio. ​ Discover how ATCC can safeguard your research: ow.ly/OPXj50WCKPn

Meet Crithidia luciliae—a fly-borne protozoan with a powerful role in lupus diagnosis. Its unique mitochondrial DNA helps detect anti-dsDNA antibodies via the CLIFT test, aiding early detection of this complex autoimmune disease. Learn more: ow.ly/TGC650WEAPb #100for100

Team members across our sites in Virginia and Maryland took a well-deserved break to enjoy ice cream, catch up with colleagues, and soak in the summer vibes. Learn more about what makes ATCC an incredible place to work: ow.ly/85R250WFioK.

Don’t miss your chance to vote in the ATCC Photo Contest! Choose your favorite images in Cell Biology and Microbiology to help crown the winners of the Most Popular Image category. Your vote will decide which incredible research images take the spotlight. ow.ly/XO8350WzsFW

Teri Sellars, our VP of Human Resources, and Chief People Officer explains how ATCC’s employees are committed to scientific innovation and discovery. Hear from her here: ow.ly/V1IV50WGxyN Learn more about life at ATCC: ow.ly/f8Ew50WGxq4

ATCC has been nominated for BioSpace’s 2026 Best Places to Work. This achievement belongs to our team members as their dedication to advancing scientific discovery drives our mission forward and sets a high workplace standard. Vote for ATCC by 8/31: ow.ly/3UQQ50WHugB

ATCC offers a range of products called HepatoXcell™ tailored to meet diverse needs in drug development, toxicity testing, and liver disease modeling. Explore the full range of HepatoXcell™ products and elevate your research today! ow.ly/vUGe50WIiZy

In 1904, Dr. Lore Rogers identified Yarrowia lipolytica while studying butter spoilage. Today, this yeast powers biotech—turning waste into food, fuel, and sweeteners like Stevia. From rancid butter to industrial star, its journey is pure innovation. ow.ly/MCIk50WIsRc

ATCC Hot Job Alert! Join our incredible team, apply today! ow.ly/VI0H50WItpC #ATCCCareers

Dr. Raymond Cypess explains his vision to transform ATCC into a sustainable resource for the future of scientific innovation.   Learn more about our humble beginnings and how we are constantly evolving to meet future research needs. ow.ly/9XQE50WJCT3

We’re in the 7th cholera pandemic. Caused by Vibrio cholerae, it spreads via contaminated water. The El Tor biotype dominates today. Though deadly, cholera is preventable and treatable—modern research and ATCC strains help drive solutions. Learn more: ow.ly/Y3yP50WJP8S

Since 1997, H5N1 bird flu has caused 890+ human infections. As avian flu threats grow, ATCC supports global health with viral strains and cell lines for vaccine R&D and outbreak response—empowering science to stay ahead of emerging zoonotic viruses. ow.ly/2hn350WJPn4