Advancing your research with automation
Ultimate C. elegans solution
SydLab™ One automates end-to-end the experimentation process. The platform handles autonomously culture, treatment and feeding, imaging and data analysis.
Our fully automated, high-throughput system
SydLab™ One automated feeding, RNAi/compound treatment and image acquisition and analysis reduces time and costs while improving reproducibility.
By enabling efficient, scalable studies
Capable of handling 64 independent conditions, >1000 worms and a multi-phenotypic real-time cloud image analysis, it is suitable for a wide range of applications, providing immediate insights into dynamic biological processes.
An automated solution to overcome manual labor and increasing throughput in C. elegans research
C. elegans research often faces challenges with high manual workloads, particularly in tasks like feeding, treatment, and data analysis, which are time-consuming and prone to human error. This manual dependency leads to non-reproducible results and low throughput due to a lack of automation.
Traditional protocols also require larger amounts of compounds, making them costly, and less efficient for high-throughput experiments. Researchers need a flexible system that supports a wide range of applications while ensuring reproducibility and efficiency, enabling them to achieve more reliable results with fewer resources.
Streamlining C. elegans research with automation, reproducibility, and high-throughput
Nagi Bioscience addresses the key challenges faced in C. elegans research by fully automating the processes of feeding, treatment, and data analysis, significantly reducing manual workloads.
Our solutions eliminate user-dependent variability, ensuring reproducible results through standardization. The SydLab™ One platform offers high-throughput capabilities compared to manual approach, enabling researchers to run multiple experiments simultaneously with minimal compound usage.
Additionally, its flexible system supports a wide range of research applications, providing a versatile tool for advancing scientific discovery with greater efficiency and precision.
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