Molecular Biology
Toolkit
A Molecular Biology Toolkit that accelerates your products to market—from DNA to protein—driving faster, more efficient research and development.
From DNA to Protein Sequences
It all starts with DNA—streamline your workflow from sequence design to functional protein creation.
Intuitive Vector Editor
Visually edit and annotate DNA and protein sequences, create reusable design parts, and easily manage restriction enzymes and their cut sites.
Visually edit and annotate DNA and protein sequences, create reusable design parts, and easily manage restriction enzymes and their cut sites.
Sequence Management
Efficiently organize and manage your DNA, RNA and protein sequences, with tools to store, retrieve, and reuse design elements across different projects.
Efficiently organize and manage your DNA, RNA and protein sequences, with tools to store, retrieve, and reuse design elements across different projects.
Comprehensive Sequence Visualization
Easily navigate complex sequences with tools to visually manage and assemble DNA and protein designs, ensuring every part is accurately placed and ready for downstream applications.
Easily navigate complex sequences with tools to visually manage and assemble DNA and protein designs, ensuring every part is accurately placed and ready for downstream applications.
DNA Assembly Design Made Easy
Leverage modern protocols and advanced tools to streamline your DNA assembly designs.
Support for Modern Assembly Protocols
Design DNA assemblies using protocols like Gibson, Golden Gate, MoClo, USER, and PCR, with automated validation to ensure optimal part selection and flanking digest sites.
Design DNA assemblies using protocols like Gibson, Golden Gate, MoClo, USER, and PCR, with automated validation to ensure optimal part selection and flanking digest sites.
Combinatorial and Hierarchical Design Tools
Effortlessly design complex constructs, combinatorial libraries, or hierarchical assemblies. Break down long sequences into manageable submodules for scalable, reproducible results.
Automated Build Optimization
Generate build instructions automatically, optimized for both speed and cost, with real-time warnings and errors to ensure smooth assembly execution.
Generate build instructions automatically, optimized for both speed and cost, with real-time warnings and errors to ensure smooth assembly execution.
“Some of the PhD students who help in the class are introduced to TeselaGen software and they are like, oh wow, this is really cool. They like the notion that you can select a cloning strategy, push a button and get instructions. Once you get into it, it’s a pretty powerful tool.”
Prof. Joshua Heazlewood
University of Melbourne
Advanced CRISPR Editing Tools
Streamline gene editing with TeselaGen’s powerful tools for precise guide RNA design and efficient knock-in creation.
Guide RNA Score Prediction
Generate highly specific and efficient gRNAs for any target sequence. Our tool predicts crucial scores such as on-target and off-target efficiencies, knockout potential, and binding site accuracy, helping you confidently select the best gRNAs for your CRISPR experiments.
Generate highly specific and efficient gRNAs for any target sequence. Our tool predicts crucial scores such as on-target and off-target efficiencies, knockout potential, and binding site accuracy, helping you confidently select the best gRNAs for your CRISPR experiments.
CRISPR Knock-in Design
Design precise knock-ins and generate repair templates for any genomic region. By integrating gRNA sequences, Cas enzymes, homology arms, and donor sequences, our tool automates the creation of edited genomic regions, streamlining the gene-editing process from start to finish.
Design precise knock-ins and generate repair templates for any genomic region. By integrating gRNA sequences, Cas enzymes, homology arms, and donor sequences, our tool automates the creation of edited genomic regions, streamlining the gene-editing process from start to finish.
Sequence Alignment
Align, analyze, and visualize sequences with a suite of powerful bioinformatics tools.
Pairwise and Multiple Sequence Alignment
Run pairwise alignments for comparing sequence pairs or use multiple sequence alignments to identify homologous regions across different sequences, enhancing your comparative studies.
Run pairwise alignments for comparing sequence pairs or use multiple sequence alignments to identify homologous regions across different sequences, enhancing your comparative studies.
Advanced NGS Reads Mapping
Efficiently map short NGS reads to long reference sequences, simplifying variant calling and identification of mutations.
Efficiently map short NGS reads to long reference sequences, simplifying variant calling and identification of mutations.
Sanger Sequencing & Chromatogram Visualization
Visualize sequencing chromatograms for accurate interpretation of Sanger sequencing data, ensuring that you can confidently confirm sequence accuracy.
Visualize sequencing chromatograms for accurate interpretation of Sanger sequencing data, ensuring that you can confidently confirm sequence accuracy.
DAPPER Tool for Parallel Part Alignments
Align parallel parts to expose regions of diversity, aiding in the identification of critical areas for sequence optimization or protein engineering.
Align parallel parts to expose regions of diversity, aiding in the identification of critical areas for sequence optimization or protein engineering.
Push the boundaries of science.
We'll handle the rest.
Our team at TeselaGen shares your passion for biotech innovation. With extensive expertise in biotech R&D, we collaborate with you to bring your vision to life, ensuring that every step of your journey is backed by unparalleled support.