SYNTAX System
DNA-on Demand with benchtop convenience and same-day results.
The supplier does not provide quotations for this product through SelectScience. You can search for similar products in our Product Directory.
Introducing the SYNTAX System, the first DNA printer powered by enzymatic synthesis. Designed for ease-of-use, productivity, convenience, and control, the SYNTAX System enables automated nucleic acid synthesis within a benchtop solution. Researchers can now have same-day synthesis of custom oligos at the lab bench, without the need for specialized infrastructure or technical skills, and increased control over their workflows.
System Capabilities
- Fully automated, walk-away synthesis
- Plug-and-play integration
- Parallel synthesis in 96-well plates
- 15-minute setup time per run
- Same-day synthesis of up to 30 nt oligos enables two runs in 24 hours
- Synthesize oligos overnight for next-day use
Oligo Specifications
- 15 - 60 nt de novo oligo synthesis (A, C, G and T)
- Custom iDNA length 15 - 40 nt
- Default 5’-phosphate
- 200 - 300 pmol per well
- Normalized to 1 - 5 µM
Applications
Ready-to-use oligos for molecular biology and genomics applications, including
- endpoint PCR
- qPCR
- amplicon sequencing
- Sanger sequencing
- site-directed mutagenesis
Optimization of a single molecule fluorescence in <i>situ</i> hybridization assay (smFISH) for Drosophila A virus detection
The use of same-day enzymatic synthesis to quickly iterate through probe design to fine-tune sensitivity and specificity has been found to accelerate the optimization of smFISH assays and thus acts as a rapid and simple alternative to immunofluorescence. In this webinar, Dr. Steven Quistad, DNA Script, and Bailey Schmidt, DNA Script, will discuss a recent study carried out in collaboration with the Institut Pasteur using on-demand enzymatic DNA synthesis (EDS) to accelerate the design-print-test-learn cycle required to optimize smFISH assays for the detection of viral RNA in the gut of Drosophila melanogaster.
Key learning objectives
- Understand the basics of DNA synthesis (EDS) and the SYNTAX System
- Understand how on-demand EDS probes printed on the SYNTAX System accelerates smFISH assay optimization
- Understand how generating labeled probes with the SYNTAX System accelerates iteration
- Discover the advantages of making on-demand DNA with enzymes
Who should attend?
- Gene expression researchers
- Genomics researchers
- Anyone who performs FISH or smFISH assays
- Anybody who has ever waited on DNA to arrive to start an experiment
Certificate of attendance
All webinar participants can request a certificate of attendance, including a learning outcomes summary, for continuing education purposes.
