Sequencing Technologies in Clinical Research
Nanopore-based sequencing has become a highly effective next generation sequencing tool for biological research. Nanopore sequencing converts the electrical signals generated by a nucleotide strand (either DNA or RNA) passing through the nanopore into the base sequence. This methodology was exclusively commercialized by Oxford Nanopore Technologies, allowing sequencing of long reads with real-time sequence detection and analysis. It can also provide base modification detection. The technique has short sample prepar...
Buyer
THE UNIVERSITY OF BIRMINGHAM
Value
£3,000,000
Published
2 Dec 2024
Closes
2 Dec 2024
Procurement details
Source
Find a Tender
Region
Birmingham
Procurement method
Limited
Category
Goods
Contract starts
Not provided
Contract ends
Not provided
CPV classifications
38000000
Laboratory, optical and precision equipments (excl. glasses)
71900000
Laboratory services
Lots
Lot 1 Sequencing Technologies in Clinical Research
£3,000,000
Nanopore-based sequencing has become a highly effective next generation sequencing tool for biological research. Nanopore sequencing converts the electrical signals generated by a nucleotide strand (either DNA or RNA) passing through the nanopore into the base sequence. This methodology was exclusively commercialized by Oxford Nanopore Technologies, allowing...
Delivery: West Midlands (England)
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Contains public sector information licensed under the Open Government Licence v3.0.