
Government Research
Advancing Public Health And Safety Through Innovative Research Solutions
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Empower your research endeavors with Cerillo's integrated platform, specifically designed to meet the diverse needs of government agencies. Whether you're advancing drug discovery, spearheading antimicrobial stewardship, conducting environmental studies, pioneering defense-related research, or exploring space, our versatile solutions streamline processes, enhance collaboration, and drive impactful outcomes.
Empowering Government Research with Cerillo's Integrated Platform
From standardized data collection to precise analytics, Cerillo's platform equips government researchers with the tools needed to accelerate discoveries and advance scientific knowledge across a spectrum of critical research areas. Whether exploring the depths of cellular interactions or monitoring environmental parameters, Cerillo's integrated platform offers unparalleled capabilities to support government research initiatives.

Precision Solutions for Government Research
Drug Discovery
Accelerate drug discovery and development processes by analyzing compound activity, dose-response relationships, and potential drug candidates.
Environmental Monitoring
Monitor environmental parameters such as water quality, microbial contamination, and toxin levels in real-time to address environmental threats and ensure public safety.
Defense Research
Monitor the growth and viability of microorganisms, detect pathogens rapidly, assess drug susceptibility, conduct high-throughput screening of compounds, and analyze quantitative data for insights into microbial behavior.

Biological Research
Conduct a wide range of biological studies, including cell culture and fermentation optimization, biomolecular interaction assays, and toxicity screening.
Antimicrobial Stewardship
Delve into studying resistance patterns, identifying emerging threats, and optimizing treatment protocols. Through advanced analytics and data-driven insights, our platform enables the development of proactive strategies to mitigate antimicrobial resistance.
Space Research
Our handheld microplate readers fit perfectly in small spaces, allowing you to study the effects of microgravity and other space-related conditions on microbial growth, enzyme activity, and biomolecular interactions for space exploration and habitation.
Our Compact, Modular Research Platform Delivers Big Benefits at the Bench
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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.

Cerillo’s wireless SaaS package empowers researchers to monitor growth curves in real-time, offering instant insights and remote control of your experiments. Easily scalable for high-throughput.

Our multiplexed plate enables the observation, study, and growth measurement of individual microbial populations alongside others. Standardized and ready for research right out-of-the box.
FAQs
Cerillo’s platform provides detailed insights into molecular interactions, binding affinities, and kinetics, supporting the identification of drug targets and the development of effective therapeutics. Our tools streamline the entire drug discovery process, from initial screening to lead optimization.
Yes, our platform is designed for high-throughput screening, allowing researchers to efficiently analyze large numbers of samples and accelerate the discovery process.
Our integrated platform supports a wide range of microbial studies, including growth curve analysis, co-culture interaction studies, and various custom assays tailored to specific research needs.
Yes. Our instruments have been used throughout the world in academic and government settings including, The US Food and Drug Administration, NIH, USDA and more.
Our compact and portable platform minimizes downtime and operational costs while providing high-quality, reproducible results. It is designed to be user-friendly and efficient, making it a cost-effective solution for advanced research.
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