Software Solutions
Powerful software solutions to make your sydlab™ experience easy and unique
User-friendly experiment launcher software
User-optimized interface to design, run and monitor experiments on SydLab™ One.
AI-based high-content data extraction algorithm
Time-resolved high-content data extraction (20+ features / time-point / organism) based on state-of-the-art AI.
real-time data analysis software
Cutting edge statistical analysis and data interpretation algorithms, customizable analyses and phenotypic fingerprinting.
Explore the SydLab™ software end-to-end suite
Software modules for a seamless experiment execution, data analysis and interpretation for SydLab™ One. Unlock the potential of small organisms in your lab.
SydLab™ experiment launcher
User-friendly graphical interface that will guide you throughout all the phases of design, execution and monitoring of an experiment.
cloud Data processing pipeline
Computer vision algorithms, based on state-of-the-art AI, are employed to extract multi-phenotypic information from the images and videos generated by SydLab™ One during your experiment.
Real-time raw data extraction on the cloud
State-of-the-art data processing pipeline
Monitor your experiment on a real-time basis
data visualization and analysis modules
Sydlab™ analazer suite
Data comparison, clustering and statistical analysis modules are provided with SydLab™ Analyzer Suite to support you in the data interpretation process.
- Image processing by our trained machine learning (ML) software for object recognition
- Real-time data visualization tool
- Rapid toxicity identification
- Ranking of toxic or effective compounds in the experiment
- Aggregates
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Failure in later stages of the R&D pipeline is especially costly. We actively pursue technologies to identify adverse toxicology as early as possible, such as Nagi Bioscience’s technologies.
Early Toxicology Safety – Agrochemical Company
Unfavorable toxicological profiles are a major cause of late failure in our discovery pipelines. Failure in later stages of the R&D pipeline is especially costly. We are actively pursuing technologies to identify adverse toxicology as early as possible, including through the use of model systems such as those being investigated by Nagi Bioscience.
Early Toxicology Safety – Agrochemical Company
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Methodologies to assess lifespan and healthspan measures in a high-throughput manner are currently inadequate in the C. elegans field. The integration of Nagi’s technology opened many possibilities for us as a company.
CEO – Aging Biotech Company
Before proceeding to clinical trials, the efficacy of our existing drugs or combinations thereof for their positive impact on healthspan will be tested in the nematode C.elegans. However, methodologies to assess lifespan and healthspan measures in a high-throughput manner are currently inadequate in the C. elegans field. The integration of Nagi’s technology into Rejuvenate opened many possibilities for us as a company.
CEO – Aging Biotech Company
Resources: Software solutions
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Publication
Automated longitudinal monitoring of in vivo protein aggregation in neurodegenerative disease C. elegans models.
Journal: Molecular Neurodegeneration
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Poster
Automated high-content phenotyping of the nematode Caenorhabditis elegans: application to the toxicity assessment of perovskites.
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Poster
Fully automated laboratory device for aging studies using the nematode Caenorhabditis elegans.
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Poster
Worm-on-Chip: fully automated whole-organism platform for screening and identification of toxicity using the nematode Caenorhabditis elegans.
Let’s connect
Keen to hear about the latest news in the world of alternative testing methods? Are you interested in learning about the latest techniques in toxicology? Maybe a worm enthusiast?
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