Jingyue Ju

Intelligent Bio-Systems is developing a next generation DNA sequencing system that can simultaneously increase the speed and reduce the cost of producing sequence data by a factor of 100 to 1,000. It uses a proprietary chemistry, high-density chip and fluorescent instrument system to accurately decode the sequence of DNA fragments. The technology has the potential to dramatically change the way research is performed and healthcare is delivered.

Intelligent Bio-Systems is developing a next generation DNA sequencing system that can simultaneously increase the speed and reduce the cost of producing sequence data by a factor of 100 to 1,000. It uses a proprietary chemistry, high-density chip and fluorescent instrument system to accurately decode the sequence of DNA fragments. The technology has the potential to dramatically change the way research is performed and healthcare is delivered.

Intelligent Bio-Systems is developing a next generation DNA sequencing system that can simultaneously increase the speed and reduce the cost of producing sequence data by a factor of 100 to 1,000. It uses a proprietary chemistry, high-density chip and fluorescent instrument system to accurately decode the sequence of DNA fragments. The technology has the potential to dramatically change the way research is performed and healthcare is delivered.

Intelligent Bio-Systems is developing a next generation DNA sequencing system that can simultaneously increase the speed and reduce the cost of producing sequence data by a factor of 100 to 1,000. It uses a proprietary chemistry, high-density chip and fluorescent instrument system to accurately decode the sequence of DNA fragments. The technology has the potential to dramatically change the way research is performed and healthcare is delivered.

Intelligent Bio-Systems is developing a next generation DNA sequencing system that can simultaneously increase the speed and reduce the cost of producing sequence data by a factor of 100 to 1,000. It uses a proprietary chemistry, high-density chip and fluorescent instrument system to accurately decode the sequence of DNA fragments. The technology has the potential to dramatically change the way research is performed and healthcare is delivered.