Synthace: An Overview

Synthace is an advanced life science experiment platform designed for research and development teams to streamline the process of experiment design, execution, and data collection. This innovative tool enables users to create complex experiments effortlessly, run them in laboratory settings, and automatically generate structured datasets without the need for coding expertise.

Synthace: Use Cases

• Design of Experiments (DOE) for assay development
• DOE for media optimization
• DOE for miniaturized purification assays
• Quantitative Polymerase Chain Reaction (qPCR) experiments
• Enzyme-Linked Immunosorbent Assay (ELISA) experiments
• Bioprocess development and data management
• Miniaturized purification experiments
• Molecular biology experiments
• DNA assembly

Synthace: Main Features

1. Design and execute powerful experiments
2. Automatically gather and structure experiment data
3. No coding required for usage
4. Dynamic automation for updating experiment parameters
5. Context-rich visualization and analysis of experiment data
6. Ensures protocol reproducibility across various labs and teams

Synthace: User Guide

1. Access the Synthace platform and create an account.
2. Utilize the intuitive interface to design your experiment.
3. Specify the parameters and requirements for your experiment.
4. Run the experiment in your laboratory.
5. Allow the platform to automatically collect and organize the data generated.
6. Analyze the structured datasets using the provided visualization tools.
7. Ensure reproducibility by saving and sharing your protocols with team members.

Synthace: User Reviews

• "Synthace has transformed the way our lab conducts experiments. The intuitive design interface has made it easy for everyone on the team to contribute without needing programming skills." - Emily R.
• "The automated data collection feature is a game changer! It not only saves us time but also ensures our data is organized and easy to analyze." - James T.
• "I appreciate the dynamic automation capabilities. It allows us to adjust our experiment parameters on the fly, which is crucial for our fast-paced research environment." - Sarah L.