What is Synthace?

Synthace is a cutting-edge software platform designed to streamline the process of assay development in drug discovery. With over 20 years of expertise in the field, Synthace aims to help scientists accelerate their research by providing tools that enhance experimental design, automate workflows, and facilitate high-throughput experimentation. By integrating advanced methodologies and automation into the laboratory environment, Synthace empowers researchers to achieve faster insights and more reliable results.

Features

Synthace offers a wide range of features that cater to the needs of researchers in the life sciences industry. Some of the key features include:

1. Multivariate Experimental Design

• Complex Experimentation: Synthace allows scientists to design experiments that involve multiple variables, enabling them to explore complex biological questions more effectively.
• Optimization: The platform supports multifactorial methods, which help in optimizing conditions and protocols to yield the best possible results.

2. Automation Capabilities

• Workflow Automation: Synthace provides tools to automate various laboratory processes, reducing manual labor and minimizing human error.
• Integration with Dispensers: The software seamlessly integrates with existing lab dispensers and equipment, allowing for standardized and efficient workflows.

3. User-Friendly Interface

• Intuitive Design: The platform is designed with user experience in mind, making it accessible to scientists with varying levels of technical expertise.
• Guided Workflows: Synthace offers guided workflows that assist researchers in navigating complex experimental setups.

4. Real-Time Data Analysis

• Immediate Insights: Researchers can analyze data in real-time, allowing for quick decision-making and adjustments during experiments.
• Standardized Outputs: The software structures the approach to experimentation, providing reliable outputs that facilitate better go/no-go decisions.

5. Dedicated Support and Training

• Field Application Scientists: Synthace employs specialists who work closely with clients to implement the software and methodologies effectively.
• Training Programs: The platform offers training courses and masterclasses to help users maximize the potential of the software and enhance their experimental design skills.

6. Proof of Concept Projects

• Starter Projects: Synthace helps clients identify impactful projects to implement the software quickly, demonstrating value from the first experiment.
• Scalability: Once initial projects are successful, Synthace supports scaling these methodologies across entire research teams.

Use Cases

Synthace is versatile and can be applied across various domains within drug discovery and biological research. Some notable use cases include:

1. Assay Development

• High-Throughput Screening: Researchers can design and execute high-throughput assays that involve multiple variables, leading to more efficient lead discovery.
• Biochemical and Cellular Assays: The platform supports the development and optimization of both biochemical and cellular assays, enhancing the drug discovery process.

2. Bioprocess Development

• Process Optimization: Synthace can be used to optimize bioprocess parameters, leading to improved yields and efficiency in production.
• Scale-Up Studies: The software aids in the transition from lab-scale to pilot-scale processes by providing insights that inform scaling decisions.

3. Molecular Biology Applications

• Gene Expression Studies: Researchers can leverage Synthace for designing experiments related to gene expression, focusing on optimizing conditions for various constructs.
• Antibody Engineering: The platform supports experiments in antibody engineering, helping scientists explore new avenues in therapeutic development.

4. Education and Training

• Workshops and Courses: Synthace offers training sessions and workshops that educate scientists on multivariate methods and automation, enhancing their research capabilities.
• Knowledge Sharing: The platform fosters a culture of knowledge sharing among scientists, enabling them to learn from each other's experiences.

Pricing

While specific pricing details for Synthace are not publicly available, the cost is typically determined based on factors such as:

• Licensing Model: Pricing may vary depending on whether the software is licensed on a per-user basis, per project, or through a subscription model.
• Support Packages: Additional costs may apply for dedicated support, training, and consulting services provided by Synthace specialists.
• Customization Needs: Organizations may incur additional costs for custom integrations or tailored solutions that fit their specific workflows.

For accurate pricing information, interested parties are encouraged to contact Synthace directly for a quote based on their unique requirements.

Comparison with Other Tools

When comparing Synthace with other tools in the market, several unique selling points stand out:

1. Integration of Automation and Multivariate Design

• Many platforms focus on either automation or experimental design, but Synthace combines both, allowing for a more holistic approach to assay development.

2. User-Centric Design

• Synthace prioritizes user experience with an intuitive interface and guided workflows, making it accessible to scientists regardless of their technical background.

3. Dedicated Specialist Support

• Unlike many competitors, Synthace provides dedicated field application scientists who work closely with clients to ensure successful implementation and ongoing support.

4. Rapid Proof of Concept

• Synthace emphasizes delivering value quickly through starter projects, enabling clients to see results from the first experiment, which can be a significant advantage over other tools that may require longer lead times.

FAQ

1. What types of experiments can I run with Synthace?

Synthace is designed for a wide range of experiments, including high-throughput assays, biochemical and cellular assays, bioprocess development, and molecular biology applications.

2. How does Synthace support automation in the lab?

Synthace integrates with existing lab dispensers and equipment, allowing for the automation of workflows and reducing manual intervention in experiments.

3. Is training available for new users?

Yes, Synthace offers comprehensive training programs and workshops to help users understand the platform and maximize its capabilities in their research.

4. Can I customize Synthace for my specific needs?

Synthace provides options for customization based on the unique requirements of organizations, including tailored solutions and integrations with existing lab systems.

5. How do I get started with Synthace?

Interested users can request a demo or contact Synthace directly to discuss their needs and explore how the platform can be integrated into their research workflows.

6. What kind of support can I expect after implementation?

Synthace offers ongoing support through dedicated field application scientists, who assist clients in optimizing their use of the software and addressing any challenges that may arise.

7. What industries can benefit from Synthace?

Synthace is primarily aimed at the life sciences industry, including pharmaceutical companies, biotechnology firms, and academic research institutions focused on drug discovery and development.

By leveraging Synthace, researchers can enhance their experimental capabilities, reduce time to insight, and ultimately accelerate the drug discovery process, making it a valuable tool in the modern scientific landscape.