클리노믹스 Clinomics

MaxSeq was designed by Intelligent BioSystems to be an optimized platform to run Sequencing by Synthesis(SBS) Chemistry, exclusively Licensed from Columbia University. With SBS you are able to achieve the maximum read lengths using simple, rugged protocols.
The optics include state-of-the-art components; highly accurate magnetic stage movement, autofocus Optics and 4-color, 5MP CCD detection. This system employs the most sensitive and FASTEST CCD detection available for fluorescent imaging!
System Control, Data Collection and Processing are all accomplished with very powerful MS Windows - based software. The software allows for easy protocol optimization, system control, data collection, fully automated phase correction, base calling, scoring and sequence alignment.
Max-Seq allows you to use the latest advances in library construcion including Rolony library construcion developed by the Church Laboratory at Harvard Medical School.
Max-Seq is thousands less than a comparable system from either Illumina or ABI and is fully licensed to perform the applicaitons it has been designed for. The per run costs are also substantially lower than ABI or Illumina by over 35%!

Reagent Handling	Separate chambers for cooled and room temp reagents. Cooled reagents in Falcon tubes.
Stage Movement	Frictionless X-Y Movement using high resolution magnetics control
Flow Cells	Dual 8 lane flow cells in Peltier Controleed Cassette
Sequencing Throughput	~100GBases using a single tag genomic library
Library Construction Protocols	Employs both Polony (bead) and Rolony Library Construction Protocols
Features Per Lane	Up to 100 Million Features per lane
Read Length	SBS kits for 35 and 55bp reads
Applications	RNASeq, Whole Genome Sequencing, ChiPSeq, Targeted Sequencing, Others
Optics	Autofocus 4 Color Optics with 5MP CCD Detection
Data Processing	MS-Windows Control, Phase Correction and Data Processing
Output File Formats	The system outputs processed data in FASTQ format
Computer	Multi Core PC with 2 TBytes of Storage
Power Requirements	100-240 VAC, 50-60Hz

MaxSeq was designed by Intelligent BioSystems to be an optimized platform to run Sequencing by Synthesis(SBS) Chemistry, exclusively Licensed from Columbia University. With SBS you are able to achieve the maximum read lengths using simple, rugged protocols.
The optics include state-of-the-art components; highly accurate magnetic stage movement, autofocus Optics and 4-color, 5MP CCD detection. This system employs the most sensitive and FASTEST CCD detection available for fluorescent imaging!
System Control, Data Collection and Processing are all accomplished with very powerful MS Windows - based software. The software allows for easy protocol optimization, system control, data collection, fully automated phase correction, base calling, scoring and sequence alignment.
Max-Seq allows you to use the latest advances in library construcion including Rolony library construcion developed by the Church Laboratory at Harvard Medical School.
Max-Seq is thousands less than a comparable system from either Illumina or ABI and is fully licensed to perform the applicaitons it has been designed for. The per run costs are also substantially lower than ABI or Illumina by over 35%!

Reagent Handling	Separate chambers for cooled and room temp reagents. Cooled reagents in Falcon tubes.
Stage Movement	Frictionless X-Y Movement using high resolution magnetics control
Flow Cells	Dual 8 lane flow cells in Peltier Controleed Cassette
Sequencing Throughput	~100GBases using a single tag genomic library
Library Construction Protocols	Employs both Polony (bead) and Rolony Library Construction Protocols
Features Per Lane	Up to 100 Million Features per lane
Read Length	SBS kits for 35 and 55bp reads
Applications	RNASeq, Whole Genome Sequencing, ChiPSeq, Targeted Sequencing, Others
Optics	Autofocus 4 Color Optics with 5MP CCD Detection
Data Processing	MS-Windows Control, Phase Correction and Data Processing
Output File Formats	The system outputs processed data in FASTQ format
Computer	Multi Core PC with 2 TBytes of Storage
Power Requirements	100-240 VAC, 50-60Hz

Synthesize up to 8 X 90,000 oligos simultaneously in less than 24 hours
Synthesize ~0.1 pMoles of each oligonucleotide in the array
Reduce synthesis costs - less than 0.03 CENTS per base or 3 CENTS total for a 100mer oligo!
6 amidites and 7 reagents stored in an explosion proof cabinet for synthesis flexibility
Ideal for custom microarrays, gene synthesis or pooled oligos for targeted sequencing

Synthesize oligos in-situ on the electrodes on a chip where synthesis is efficiently directed using electrochemistry
Synthesize from 1 to 12 chips simultaneously with each chip containing 2,000; 12,000; or 90,000 oligonucleotides
Synthesis scale fixed at ~0.1 pMoles of each oligonucleotide in the array
6 amidites and 7 reagents stored in an explosion proof cabinet for synthesis flexibility
Fully Automated Operation via an Easy-to-Use Java-based graphical program
Deblocklocking requires special reagent for electrochemistry, all other reagents are "off-the-shelf" synthesis reagents
Cost per base ~0.03 CENTS; thus, 3 CENTS to make a 100 mer oligonucleotide