Simple and Versatile Workflow
Sample to Sequence Before Lunch
60 minutes to data / 15 minutes hands-on time
Synthesize and Purify Xpandomer™
Sequence
Real Time, High Quality Data
Accurate Base Calls
Clear Results with High Signal-to-Noise Reporters
Sequence read-out of an Xpandomer using nanopore technology. As the Xpandomer transits through the nanopore, the distinct electrical signal of each base reporter is identified. Reporter transitions are synchronized at 1.5 ms intervals (indicated by ▼)
Much like with PCR, Xpandomer synthesis is based on the natural function of DNA replication. Stratos Genomics has developed expandable nucleoside triphosphates, called X-NTPs, that are highly engineered substrates for template-dependent, polymerase-based replication. Xpandomer synthesis is based on four X-NTPs, one for each DNA base. Using cutting-edge protein engineering, polymerases were designed to incorporate these modified nucleotides into Xpandomers, exactly copying the target DNA templates. With this elegant advancement, the SBX single molecule sequencing technology will have a similar disruptive impact on the NGS market as PCR did for molecular diagnostics.
Expand How You See DNA
SBX Enables a Broad Spectrum of NGS Applications
SBX empowers you to do more, from targeted oncology panels and whole-genome sequencing to rapidly diagnosing infectious diseases.
