S E Q U E G E N I C S
A fully automated cloud platform to detect Structural Variants and other complex types of variation
Go from DNA extraction to curated VCFs with minimal hands-on time
A simple-to-use and reliable cloud platform to detect complex traits
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Identification and fine mapping of structural variants
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Large and small INDELs
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Copy number variations
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Pseudogene discrimination
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Tandem Repeat Sequencing
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Resolving allele phasing
How does it work?
1
Send us your sample or upload your long-read NGS raw data
2
Manage your databases and launch your variant calling analyses
3
Query and download your data
SQG Workflow
Organize your raw sequencing data in biosamples and databases
Launch a variant calling job on one or multiple genes on any biosample or database
Query the output to look for variants of interest
Database_1
Biosample_1
raw_reads.bam.1
raw_reads.bam.2
Biosample_2
raw_reads.bam.1
Database_2
Biosample_1
raw_reads.bam.1
Biosample_2
raw_reads.bam.1
raw_reads.bam.2
Database_3
Biosample_1
raw_reads.bam.1
Why SQG platform?
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Lower long-read sequencing cost
SQG platform implements proprietary algorithms that reduce the amount of sequencing data needed to achieve accurate variant calling
Shorten discovery cycles
By needing less sequencing data and fully automating data analysis, increase your multiplex design and reduce sequencing and data analysis time
Increase
productivity
Using SQG platform, the reduction in cost and time translate into more genomes getting sequenced. Sequence more long-read genomes, faster and cheaper.
Our core technology
High-pass long-read NGS
Low-pass long-read NGS
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S E Q U E G E N I C S
algorithms
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Long-read NGS normally requires expensive amounts of data to produce accurate variant calling
Our proprietary algorithms achieve effective error correction at much lower sequencing coverage, therefore cutting off a significant proportion of the sequencing cost while achieving highly accurate variant calling