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Cerillo, a biotechnology firm on the forefront of creating superior analysis platforms for the research of the microbiome, will host demonstrations of the corporate’s new co-culture duet system at ASM Microbe 2023 from June 16-18th in Houston, Texas at sales space #704.
Attendees can study extra and register for stay demos at: https://information.cerillo.bio/asm2023.
Cerillo’s co-culture system will allow researchers to watch and research particular person microbial populations in real-time and measure the expansion of 1 microbial inhabitants alongside different populations. The system’s porous barrier can bodily isolate populations whereas sustaining fluidic contact, permitting researchers to imitate pure microbiome situations and research the interactions between microorganisms.
The co-culture system can also be scalable since it may be learn in a number of microplate readers, every wirelessly linked to the corporate’s analytic software program. This wi-fi function can even assist researchers seize and analyze development information because it occurs, enabling them to observe and regulate their experiments in real-time.
Till now, researchers confronted the constraints of restricted off-the-shelf co-culture choices, demanding substantial investments of time and assets in creating customized methods for his or her research.
Cerillo is devoted to liberating microbiome researchers from the constraints of standard laboratory applied sciences. Our new co-culture system is a game-changer, since it’s the world’s first scalable, user-friendly, and cost-effective co-culture system.”
Eric Mayton, CEO, Cerillo.
Functions
Cerillo’s co-culture system allows researchers to:
- Mimic pure situations: Microorganisms within the setting usually exist in complicated communities, the place they work together with one another. Cerillo’s co-culture system permits researchers to imitate these pure situations and research the interactions between microorganisms.
- Enhance understanding of microbial interactions: Cerillo’s co-culture system can present perception into how microorganisms work together with one another. For instance, one microorganism could produce a compound that advantages one other microorganism, or one microorganism could inhibit the expansion of one other. These interactions may be troublesome to check in isolation.
- Establish novel compounds: Our system may also be used to establish novel compounds which might be produced by microorganisms. For instance, one microorganism could produce a compound that’s solely lively within the presence of one other microorganism.
- Develop new therapies: Cerillo’s co-culture system can be utilized to display screen for potential therapeutics by testing the flexibility of a compound to inhibit the expansion of a pathogenic microorganism within the presence of a useful microorganism.
Options and advantages
- multiplexed plate accommodates 18 duets
- bodily accessible wells allow inhabitants sampling throughout and after experiments
- appropriate with different automation methods, supplying you with the liberty and adaptability to run extra assays on totally different platforms
- efficient for fast proofs-of-concept, and in addition preconfigured for higher-throughput work, making it appropriate for a variety of experiment sorts
- scalable, enabling high-throughput experiments for sooner outcomes and complete information evaluation
- small and strong to harsh situations of incubators and anaerobic chambers
- simply entry your information with out bodily contact along with your plate reader and handbook reminiscence playing cards
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