News

Cerillo® Announces Partnership with Opentrons to Deliver Automated Microbiome Research Solutions

Cerillo®, a technology company developing advanced research platforms for microbiome studies, today announced a partnership with Opentrons Labworks, Inc., a leading force in lab automation. The collaboration not only grants researchers access to entry-level lab automation but also extends the reach of Cerillo’s comprehensive suite of microbiome research tools, fostering standardization and efficiency in laboratory processes .

Cerillo and Opentrons are automating microbiome research and the discovery of microbiome therapeutics by seamlessly integrating Cerillo’s miniaturized Alto™ and Stratus® microplate readers onto the OT-2 and Flex for deck ELISA and cell growth analysis. This integration enables easy setup of experiments, including bacterial co­culture studies with Cerillo’s Co-culture platform.

According to Eric Mayton, CEO of Cerillo, “The integration of Cerillo’s products with Opentrons’ platforms aligns with our mission to provide accessible, cost effective, user-friendly laboratory tools that efficiently standardize global microbiome research at the bench. Our alignment with Opentrons’ open-source robotics platform sets new standards for industry efficiency.”

Cerillo’s Microbiome Discovery Platform

The Cerillo Microbiome Discovery Platform offers a comprehensive suite of tools to tackle the challenges of microbiome research head-on. This interconnected platform introduces unprecedented efficiencies, elevating data standardization, reproducibility, and analysis of research findings. Cerillo’s innovative platform includes:

Co-Culture Duet System®: Cerillo’s off-the-shelf microbial interaction platform features duets with porous barriers, allowing researchers to physically isolate populations while maintaining fluidic contact. This enables the observation, study, and growth measurement of individual microbial populations alongside others.

Miniaturized Microplate Readers: Cerillo’s compact microplate readers, like the next-generation Alto™, are ten times smaller than standard ones, perfect for monitoring measurements in tight spaces and anaerobic chambers. Alto is also Ideal for ELISA and high-throughput microbial growth curve applications.

Canopy Wireless Accessory Package: Cerillo’s revolutionary SaaS package offers wireless capabilities and robust software analytics so that researchers can experience real-time data visualization, monitoring, and wireless control of their microplate readers and scale their experiments by connecting multiple readers simultaneously.

 

Learn more here.

Recent News

04/08/2026

Likarda and The Tiny Cargo Company Announce Strategic Partnership to Advance Next-Generation Delivery of Biologics, Peptides and Small Molecules

Likarda, Inc., a leader in hydrogel-based drug delivery technologies, today announced a strategic partnership with Tiny Cargo, an innovator in extracellular vesicle (EV) delivery systems. The collaboration will focus on advancing the delivery of biologics and small molecules by integrating Likarda’s Core-Shell Spherification® (CSS®) platform with Tiny Cargo’s vesicle-based technologies. The partnership is designed to

04/08/2026

ReAlta Life Sciences Closes Oversubscribed $40 Million Financing Round to Advance Pegtarazimod Phase 2 Program in Hypoxic Ischemic Encephalopathy (HIE)

ReAlta Life Sciences Inc. (“ReAlta” or the “Company”), a clinical-stage biopharmaceutical company focused on safely targeting neutrophils and central components of the complement system to potentially revolutionize the treatment of inflammatory disorders, today announced the closing of an oversubscribed $40 million financing. This brings the total capital raised to date to more than $150 million.

04/02/2026

ATCC Receives New CDC Award to Help Fast-track Diagnostic Tests for Future Disease Outbreaks

TCC has been selected by the Centers for Disease Control and Prevention (CDC) Office of Readiness and Response (ORR) for a new five-year contract to support rapid test development during public health emergencies. The award, valued at up to $148 million (IDIQ contract 75D301-25-R-73207), will help ensure that diagnostic tools can be quickly created, validated,