Microbiology Research

Optimizing Lab Efficiency: Overcoming Key Challenges In Academic Research

In the dynamic world of academic research, collaboration is key, and optimizing limited lab space is paramount. However, challenges such as conducting experiments in anaerobic chambers, managing and sharing data, and achieving scalability can often hinder progress. Cerillo's integrated research platform offers academic institutions the tools they need to accelerate research, enhance collaboration, and move from proof-of-concept to publication with ease.

A Compact, Modular Research Platform
That Delivers Big Benefits At The Bench

Go-Anywhere, Measure Everywhere Microplate Readers

Our absorbance microplate readers are 10x smaller than traditional plate readers enabling research on small modular benchtops and in restrictive environments like anaerobic chambers and incubators. Learn more

Real-time Experiment Monitoring with No Internet Connection Required 

Cerillo’s wireless SaaS package empowers researchers to monitor growth curves in real-time, offering instant insights and control of your experiments. Connect up to five plate readers to scale your research effortlessly. Learn more.

Intuitive Analytic Software for Growth Curve and Endpoint Measurements

Simplify your experimental setup and seamlessly transform complex datasets into easily interpretable visual graphs, ideal for collaboration, presentations and publication. Learn more

Co-Culture Simplified In A Single Pate – Bid Farewell To The Complexities of Custom-Built Solutions

A simplified solution to observe diverse microbial populations simultaneously. Our multiplexed plate enables the observation, study, and growth measurement of individual microbial populations alongside others. Learn more.

FAQs

What types of microbial studies can be conducted using your research platform?

Our platform supports a wide range of microbial studies, including growth curve analysis, enzyme assays, protein quantification, and co-culture interaction studies.

Can your platform handle high-throughput screening?

Cerillo’s platform is highly scalable, allowing you to expand your research capacity as needed. You can connect multiple microplate readers to our wireless canopy device, facilitating large-scale experiments and high-throughput screening.

Can the platform be used for both teaching and research purposes?

Absolutely. Cerillo’s platform is versatile enough for both educational and research settings. It provides students with hands-on experience using state-of-the-art equipment, while also offering researchers the advanced tools needed for high-level scientific investigations.

Is your platform capable of operating in specialized environments, such as anaerobic chambers?

Yes, our microplate readers are designed to function in specialized conditions, including anaerobic chambers. They are built to withstand harsh environments, ensuring reliable performance even under challenging experimental conditions.

How does the platform ensure the reproducibility and reliability of experimental results?

Cerillo’s platform is engineered for precision and consistency. Our advanced features, such as real-time data visualization and comprehensive data analysis tools, ensure that experiments are reproducible and results are reliable. This consistency is crucial for validating findings and advancing research.

 

 

"I’m a devoted user of cerillo’s products, finding great value in the user-friendly microplate readers, co-culture system and Labrador software. The ability to use the microplate readers and co-culture system in our anaerobic cabinets has completely transferred the way in which we design our experiments. Their compact size enables us to perform multiple-high throughput screening assays at once. The software is also very intuitive, making it easy to analyze and share my results."

Emily Rutten
Junior Research Assistant
Hudson Institute of Medical Research - Australia

Emily-Rutten

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