QUB/2469/23 Contract for Supply, Delivery, Installation, Commissioning, Maintenance and Consumables for Spatial Transcriptomic Equipment

Tender description

The Genomics Core Technology Unit (GCTU) at QUB aims to broaden its current single-cell services with new spatial transcriptomic service capacity. The GCTU wishes to purchase single molecule in situ hybridisation spatial equipment with subcellular RNA transcript detection capability across whole tissue sections and/or tissue microarrays (TMAs). This piece of equipment should be flexible and offer targeted panels with ability to target custom transcripts as required. This instrument will be embedded alongside our current genomic service offerings to provide QUB researchers and the local research ecosystem with access to cutting-edge spatial technologies. Lot 1: The Genomics Core Technology Unit (GCTU) at QUB aims to broaden its current single-cell services with new spatial transcriptomic service capacity. The GCTU wishes to purchase single molecule in situ hybridisation spatial equipment with subcellular RNA transcript detection capability across whole tissue sections and/or tissue microarrays (TMAs). This piece of equipment should be flexible and offer targeted panels with ability to target custom transcripts as required. This instrument will be embedded alongside our current genomic service offerings to provide QUB researchers and the local research ecosystem with access to cutting-edge spatial technologies.One off purchase of equipment with an option to extend maintenance and the purchase of consumables beyond this period for a further period of up to 10 years or the end of useful life of the equipment.The University reserves the right to purchase additional Spatial Transcriptomic Equipment under this contract in the first 12 months if funding becomes available. Lot 1: The Genomics Core Technology Unit (GCTU) at QUB aims to broaden its current single-cell services with new spatial transcriptomic service capacity. The GCTU wishes to purchase single molecule in situ hybridisation spatial equipment with subcellular RNA transcript detection capability across whole tissue sections and/or tissue microarrays (TMAs). This piece of equipment should be flexible and offer targeted panels with ability to target custom transcripts as required. This instrument will be embedded alongside our current genomic service offerings to provide QUB researchers and the local research ecosystem with access to cutting-edge spatial technologies.One off purchase of equipment with an option to extend maintenance and the purchase of consumables beyond this period for a further period of up to 10 years or the end of useful life of the equipment.The University reserves the right to purchase additional Spatial Transcriptomic Equipment under this contract in the first 12 months if funding becomes available.