NU1983 Supply and Installation of a Single-Molecule enzyme-linked immunosorbent assay analyser
Contract Value:
210K - 250K
Notice Type:
Contract (UK-LV)
Published Date:
11 January 2024
Closing Date:
30 January 2024
Location(s):
UK UNITED KINGDOM
UKC NORTH EAST (ENGLAND) (UK UNITED KINGDOM)
Description:
The Faculty of Medical Sciences at Newcastle University is seeking a supplier to provide and install a single-molecule enzyme-linked immunosorbent assay analyser, along with a microplate washer and shaker, to expand the dynamic range of analyte detection for biomarker measurements in biological fluids.
The Faculty of Medical Sciences at Newcastle University has a well-established Core Scientific Research Facility model. The BioScreening Core Facility established over 10 years ago at the Campus for Ageing and Vitality is dedicated to the provision of services in the areas of sample processing, biomarker quantitative assays validation and assessment. For translational and clinical researchers, it establishes a much-needed connectivity with shared NHS clinical research facilities and it is often involved in clinical trials. Quite often, biomarker measurements in biological fluids fall below the quantitation limit of existing bioassays and platforms. This has significant implications for the quantification of the analytes in samples of clinical origin, the interpretation of the results and ultimately the strength and validity of translational research. We are therefore looking to incorporate to our facility an analyser for 96-well format single-molecule enzyme-linked immunosorbent assays (digital ELISA) that can significantly expand the dynamic range of analyte detection and offers the flexibility to expand the ultrasensitive detection to our own assays already in place; the analyser should be ideally accompanied by a microplate washer and microplate shaker. This purchase is subject to funding confirmation by the MRC. The University reserves the right not to award a contract.
The scope of this contract is for the supply, delivery and installation of the equipment detailed in Section 3.1 Technical Specification to the University, including 12 months warranty period followed by a 4-year maintenance and servicing plan to cover all components and all training necessary for safe and reliable operation of the system and a complete set of operating and maintenance documents.