Join us at ASM Microbe 2023

Booth #704

Houston, Texas | June 16, 2023 - June 18, 2023

we're on a mission to democratize microbiome engineering 

At cerillo we’re committed to making microbiome engineering more accessible and available to a wider range of researchers than ever before. That’s why we’re breaking down barriers to entry such as the high cost of equipment, scalability, and limitations on conducting experiments in small or remote spaces. We look forward to meeting you at ASM Microbe 2023 to learn how we can help you expand your microbiome research capabilities! 

Linked in Cerillo

products featured at booth #704

introducing the cerillo research platform

Cerillo's research platform provides a holistic approach to microbiome research by pairing robust microplate readers, that can function in any small or harsh environment, with wireless capabilities that enable you to monitor your microbial growth curve data in real-time. We look forward to showing you our platform in action. 

cerillo research platform
the benefits
  • monitor measurements from small spaces and restrictive environments like anaerobic chambers.
  • breakdown barriers with wireless microplate reader monitoring.
  • unlock the power of your data with real-time visualization, controls & analytics.
Come see our platform in action! 
we grant researchers the freedom to:
  • monitor and adjust your experiments in real-time, allowing you to avoid stops-and-starts of manual manipulation.
  • expand the scale of your experiments by connecting multiple plate readers to our analytics platform.
  • roam & access your data without physical contact with your plate reader or manual memory cards.
  • analyze your findings your way with intuitive software that offers multiple ways to view and share your data.

the first off-the-shelf co-culture system for real-time phenotypic measurement

Introducing the first scalable, user-friendly, and cost-effective co-culture system. Now you can collect real-time data from your individual microbial populations without the need to custom build a solution. Cerillo's co-culture system provides researchers with a standardized method for easier experiment replication and comparison across labs and collaborators. And it's compatible with other automation systems!

  • improve understanding of microbial interactions
  • mimic natural conditions
  • identify novel compounds
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individual products & components 

Screen Shot 2023-03-08 at 4.14.26 PM

canopy with cerillo labrador premium

starting at $1,500

 

The canopy with cerillo labrador premium wireless accessory package adds capabilities to further expand research activities.

Co-Culture_Duet_Plate_Front_With_Lide_no_glare

co-culture duet system

starting at $500

With the co-culture duet system, you’ll get improved accessibility, standardization and scalability in your microbial interaction studies.

Resized Grape Stratus

stratus microplate reader

starting at $4,500

 

The stratus miniaturized microplate reader is uniquely designed for microbial growth curve measurements.

StratusonGrant (1)

cerillo microplate shaker

starting at $1,500

 

The shaker is perfectly
paired with the
stratus for applications
like bacterial growth
curves


And now we're making microbiome research even more accessible - get 10% off your order at ASM!

receive $50 off the co-culture duet system, $150 off the canopy with cerillo labrador premium, or $450 off the stratus when your order is placed within 30 days of ASM.*

*Use code "ASM23" when you request a quote. Discount ends 7/17/23, only applies to direct sales

Unlock Your Savings Today

applications

bacterialgrowth2
highspeedorbital
mics-1

bacterial growth using the stratus

This application note describes the performance of the Stratus when used for the measurement of bacterial growth.

 

high speed orbital shaking

This application note details using the Stratus plate reader for optical density measurements while attached to an orbital shaker to increase oxygen transfer in low volume samples.

 

determining mics with the stratus microplate reader

The Stratus plate reader was utilized to determine the MIC of drug compounds against Mycobacterium tuberculosis. This application note details the experimental design and results.