LA2444F - University of Galway - Multi Supplier Framework Agreement for the Provision of Sanger DNA Sequencing Services

Description

The Education Procurement Service (EPS) on behalf of the University of Galway invites tenders (“Tenders”) from economic operators (“Tenderers”) for appointment to a Multi-Supplier Framework Agreement (the “Framework Agreement”) for the supply of Sanger DNA Sequencing Services. The objective is to appoint a multi-party framework agreement for University of Galway, for the provision of services for SANGER DNA sequencing for common plasmids and PCR products in tubes and plate formats, with option of custom primer or including premixed own primer. Sanger DNA Sequencing Services are a key component of much research and teaching being conducted across the University of Galway by various departments including Biochemistry, Biomedical, Bacteriology, Microbiology and Natural Sciences. Occasionally, low-spend goods are required from a core supplier for researchers in University of Galway to prepare the samples ahead of shipping for DNA Sequencing analysis. The Education Procurement Service (EPS) on behalf of the University of Galway invites tenders (“Tenders”) from economic operators (“Tenderers”) for appointment to a Multi-Supplier Framework Agreement (the “Framework Agreement”) for the supply of Sanger DNA Sequencing Services. The objective is to appoint a multi-party framework agreement for University of Galway, for the provision of services for SANGER DNA sequencing for common plasmids and PCR products in tubes and plate formats, with option of custom primer or including premixed own primer. Sanger DNA Sequencing Services are a key component of much research and teaching being conducted across the University of Galway by various departments including Biochemistry, Biomedical, Bacteriology, Microbiology and Natural Sciences. Occasionally, low-spend goods are required from a core supplier for researchers in University of Galway to prepare the samples ahead of shipping for DNA Sequencing analysis.