Opportunity overview
PURCH2394 Provision Of Framework Agreement For A 3d Singe Cell Multi-Omic Laser. A One Off Purchase For The Equipment With The Option To Extend Servicing For 3x 12 Months Following The Initial Warranty Period. Tender documents available from Public Contracts Scotland. Tender returns should be submitted via Public Contracts Scotland, no paper copies will be accepted. Should paper tenders be submitted, they will be rejected. Further to this any questions or communications regarding individual tender exercises must be sent via the Public Contracts Scotland Portal. Tender queries received through any other channel will not be answered. Should users of Public Contracts Scotland have any problems with the web site they should contact website Support Desk, contact details can be found by following the ‘Contact Us’ option on the left hand menu at http://www.publiccontractsscotland.gov.uk/default.aspx
Awarded to
Amounts belong to published awards or contracts. Where several suppliers share one value, it is labelled as shared and is not a supplier-specific allocation.
Stellaromics, Inc.
- Contract value
- £384k
- Awarded
- Not supplied
- Contract signed
- 17 Jan 2025
- Award ID
- 001969-2025-PURCH2394-1
- Status
- active
- Location
- Boston, US, 02118, United States
Classification
- CPV31000000 — Electrical machinery, apparatus, equipment and consumables; lighting
Lots
- PURCH2394 Provision Of Framework Agreement For A 3d Singe Cell Multi-Omic Laser. A One Off Purchase For The Equipment With The Option To Extend Servicing For 3x 12 Months Following The Initial Warranty Period. The University requires a 3-Dimensional multi-omic single cell imaging platform capable of capturing both 1000s of mRNA molecules, ribosomal RNA and proteins in thick sections of tissue (up to 200um thick) deploying a confocal microscope system. It must have the ability to analysis frozen tissue and paraffin embedded tissue. It must have the ability to run multiple samples simultaneously. It is important that we resolve sub cellular localisation of RNA molecules at high plex and therefore it is important that the resolution is capable of <100nanometre molecular Resolution. Refer to ITT for full specification details.Value not stated