Browser-based protocol and experiment design
Create and revise designs without code, from straightforward protocols to multivariate design-of-experiments campaigns. Designs can describe plate layouts, dilution conditions, and the devices involved.
A browser-based platform and expert service for designing, automating, and analyzing multivariate experiments in life sciences R&D.
Synthace is a software platform and specialist-supported service for designing, automating, and analyzing multivariate experiments in biological research and drug discovery. It helps scientists test multiple experimental factors, turn designs into laboratory automation instructions, and retain the design context in structured results for analysis. The workflow spans experiment planning, execution preparation, and review of results, with Synthace specialists supporting teams as they adopt the approach.
Create and revise designs without code, from straightforward protocols to multivariate design-of-experiments campaigns. Designs can describe plate layouts, dilution conditions, and the devices involved.
Calculates required volumes and concentrations and creates an execution overview that includes materials, setup, and automation instructions.
Converts an experimental design into instructions for laboratory automation, reducing the need to build execution workflows through spreadsheets or scripting.
Methods can be shared between people, devices, and sites. Synthace takes the selected devices into account when preparing execution instructions; the company describes workflows for different liquid handlers and vendor software.
Structures data and metadata in the context of the experimental design, with results available for visualization, analysis, and download.
Plan multivariable assay experiments, automate their execution, and use the resulting data to assess factors affecting assay performance. Synthace lists assay development among its application areas.
Share an experimental method with another team or location while accounting for the automation devices used to prepare execution instructions.
Apply multivariate experimental design to media optimization, miniaturized purification, or purification optimization—areas identified in Synthace's application menu.
Generate high-dimensional results with experimental context and metadata preserved, providing structured inputs for analysis and AI-oriented research.
Work with Synthace specialists to define scientific goals, plan a DOE campaign, automate experiments, review results, and identify subsequent experiments before expanding the approach to other teams.
The company describes a code-free, browser-based design workflow. It can turn designs into automation instructions without requiring users to create them through scripting.
Synthace can calculate volumes and concentrations, summarize materials and setup, and generate automation instructions based on the experimental design and the devices selected.
Synthace supports sharing methods between people, devices, and sites, and prepares execution instructions with the devices in mind. The site does not provide a complete device compatibility list in the available product information.
Results are structured with design context and metadata and can be visualized, analyzed, and downloaded. Synthace specialists also describe helping teams interpret results and plan iterations.
Synthace describes specialist involvement across understanding the science, planning DOE or high-dimensional experiment campaigns, setting up automation, reviewing results, and helping teams scale the approach.
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| mai. | 8693 |
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| jun. | 11445 |
| jul. | 8414 |
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