news
Charlottesville, VA – October X, 2024 — Cerillo, a leader in cellular analytics, announces the release of Duet, the first standardized co-culture system that allows researchers to explore microbial and cellular interactions in real time.
(Charlottesville, VA) June 12, 2024 – Cerillo®, a technology company developing advanced platforms for microbial research, will introduce two significant product updates at the ASM Microbe 2024 conference in Atlanta, Georgia, June 13-17th.
(Charlottesville, VA) June 6, 2024 – Cerillo®, a technology company developing advanced platforms for microbial research, is proud to announce its acceptance into the prestigious BioTools Innovator 2024 Accelerator Program. Additionally, Cerillo has formed three new strategic partnerships to enhance capabilities and expand market reach.
Cerillo Reveals Winners of 2023 Co-Culture Champion Contest
(Charlottesville, VA) November 16, 2023 – Cerillo®, a technology company developing advanced research platforms for the study of the microbiome, proudly announces the winners of the Co-Culture Champion Contest. The competition invited researchers and scientists from around the world to demonstrate their visionary approaches to microbiome research using Cerillo’s revolutionary new Co-Culture Duet System.
Webinar: High-throughput, low cost co-culture with the OT-2 and Stratus® will take place on Thursday, November 16th 9:00 LA, 12:00 NYC, 17:00 LDN
Discover how Vedanta Biosciences is using Cerillo’s Stratus® microplate reader and Opentrons’ OT-2 liquid handler to power microbiome therapeutic discovery.
Alto’s powerful new optical system provides flexible calibration modes, accommodating a wide array of experiments including ELISA and microbial growth curves with diverse starting points and livestreaming capabilities
(Charlottesville, VA) September 19, 2023 – Cerillo®, a technology company developing advanced microbiome research platforms, today announced the launch of Alto™, the company’s most advanced, portable microplate reader designed for endpoint, and kinetic optical density measurements.