Advanced Molecular Biology Toolkit
Advanced Molecular Biology Toolkit
Accelerate your synthetic biology research with a comprehensive, automated toolkit designed for precision — from DNA design to sequence alignments and beyond.
Efficient Long Sequence Assembly
TeselaGen’s platform streamlines extensive DNA sequence construction by intelligently partitioning sequences for Gibson or Golden Gate assembly, utilizing existing inventory to reduce synthesis needs, and, through collaboration with NinthBio, enabling direct assembly from oligonucleotides.
Intelligent Sequence Partitioning
TeselaGen analyzes lengthy DNA sequences and divides them into optimal fragments suitable for assembly via Gibson or Golden Gate methods. This approach ensures efficient and accurate construction of complex genetic constructs.
Inventory Integration for Cost Efficiency
By cross-referencing your existing inventory, TeselaGen identifies reusable DNA parts, reducing the need for new synthesis. This integration not only cuts costs but also accelerates project timelines by utilizing available resources.
Oligonucleotide-Based Assembly with NinthBio
Through our partnership with NinthBio, we offer tools to assemble long DNA sequences directly from oligonucleotides. This method simplifies the assembly process, eliminating intermediate steps and enhancing overall efficiency.
Visualize and Export Genetic Schematics
Create and export clear, visual representations of genetic designs for use in presentations, papers, and reports.
Customizable Genetic Schematics
Easily draw and visualize genetic designs using a variety of colors and symbols to represent DNA parts, ensuring your designs are clear and easy to understand.
Export Real Designs to Schematics
Convert your actual genetic designs into detailed schematics with just a few clicks, allowing you to create professional visuals that can be used for academic papers, presentations, and documentation.
Flexible Export Options
Export your schematics as high-quality images for seamless integration into your research publications or reports, ensuring clear communication of your designs.
Reduce Human Error
Control every aspect of your combinatorial designs with advanced rule-setting capabilities.
Dynamic Ruleset Creation
Easily define validation logic to constrain and guide your designs. For example, tag parts with specifications like ‘backbone’ or ‘CDS,’ and apply base pair-level rules such as ensuring all coding sequences begin with ‘ATG.’
Enhanced Validation
Automatically validate each design as you work, ensuring parts align with your project specifications and reducing the risk of errors in assembly and production.
“Automated biological design is an essential foundation for our carbon recycling technology and TeselaGen has a reliable platform for modern industrial DNA design and cloning.”
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