Equipments Details
Description
This next-generation sequencing instrument produces medium-length reads and can be used for a variety of applications.
Specifications
2 flow chips
8 lane high-output mode and 2 lane rapid-run mode available
Up to 1.5 billion single reads or 3 billion paired reads per high-output flow chip
Up to 300 million single reads or 600 million paired reads per rapid-run flow chip
Fragment sequencing up to 100 nt in high-output and 150 nt in rapid-run
Paired end sequencing up to 100 x 100 nt in high-output and 150 x 150 in rapid-run
Sample multiplexing available
Details
This next-generation sequencing instrument produces medium-length reads and can be used for a variety of applications, including (but not limited to):
ChIP-Seq
RIP-Seq
RNA-Seq
miRNA/small RNA
Degradome sequencing
Whole genome resequencing
De novo sequencing
Utilizing barcoding, up to 96 samples per lane can be analyzed simultaneously.
Data is produced in the FASTQ format.
This instrument is used by Genomics Core Facility staff in conjunction with provided next-generation sequencing services.
Specifications
2 flow chips
8 lane high-output mode and 2 lane rapid-run mode available
Up to 1.5 billion single reads or 3 billion paired reads per high-output flow chip
Up to 300 million single reads or 600 million paired reads per rapid-run flow chip
Fragment sequencing up to 100 nt in high-output and 150 nt in rapid-run
Paired end sequencing up to 100 x 100 nt in high-output and 150 x 150 in rapid-run
Sample multiplexing available
Details
This next-generation sequencing instrument produces medium-length reads and can be used for a variety of applications, including (but not limited to):
ChIP-Seq
RIP-Seq
RNA-Seq
miRNA/small RNA
Degradome sequencing
Whole genome resequencing
De novo sequencing
Utilizing barcoding, up to 96 samples per lane can be analyzed simultaneously.
Data is produced in the FASTQ format.
This instrument is used by Genomics Core Facility staff in conjunction with provided next-generation sequencing services.

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