Official UK procurement notice
UKRI-1161 Laser Micro-dissection Inverted Imaging System
Authority: UK Research and Innovation (Central government)
What is being bought
Published requirement descriptionSupply of MMI Laser Microdissection Inverted Imaging System with the ability to measure the presence of the oligonucleotide-based drugs (i.e. antisense and siRNA) within the tissue and assess drug action through measurement of changes in the mRNA and protein levels of the drug target. We require a brightfield/fluorescence microscope that can be employed to view, record and quantify tissues stained by H&E, in situ hybrisation (ISH) and immunohistochemistry (IHC). We also require an attached laser that can be employed to provide tissue section down to the single cell level for the analysis of drug, mRNA and protein levels. In addition, we require a system that can be expanded in the future through the addition of a confocal microscope.
CPV: For laboratory use · Laboratory, optical and precision equipments (excl. glasses)
The lotProcurement structure
single lot · no lot value publishedLot #1Awarded
Procedure terms & legal framework
From the official record · publisher note attached- Procedure method
- Award procedure without prior publication of a call for competition
- Legal basis
- CELEX · 32014L0024 Public Contracts Regulations 2015 (Directive 2014/24/EU)
- Procurement category
- Goods
- Notice status
- Awarded without competition
- Procurement threshold
- Unspecified in notice
- Regulatory regime
- Standard
- Commercial structure
- Stand-alone contract (no framework)
- Competition type
- Direct award (no call for competition)
- GPA / WTO covered
- Unspecified in notice
- Recurring procurement
- Unspecified in notice
- First published
- 20 Feb 2021, 09:32 GMT
- Last source update
- 20 Feb 2021, 09:32 GMT
- Authority reference
UKRI-1161- FTS notice number
2021/S 000-003407- Classification (CPV)
- Delivery area
- Official registry OCID
ocds-h6vhtk-0294b7Find a Tender
- Why no open competition
The works, supplies or services can be provided only by a particular economic operator due to absence of competition for technical reasons
- Published justification
This system was chosen as it needed to integrate into current systems and equipment on site and was therefore the only option.
Only the Olympus MMI Laser Microdissection Inverted Imaging System has a modular system which allows the addition, integration and onboarding of these facilities such as confocal microscopy, live cell imaging and high content screening to provide a system that can deliver all of the following functions: live cell imaging, spinning disc confocal and high content screening, whilst retaining the original functionality of the system and without hardware replacement.
Also, we require a laser to micro-dissect single cells and tissue biopsies for quantifiable analysis such as RT-PCR, sequencing and western blotting. The sample capture procedure must be an upward capture system in order to reduce contamination of samples to a minimum. It must be possible to maintain an RNA-ase and DNA-ase free environment.
This is the only equipment able to deliver all the above as an integrated system.
Publisher note: To view this notice, please click here: https://www.delta-esourcing.com/delta/viewNotice.html?noticeId=569061891 GO Reference: GO-2021220-PRO-17818495
Commercial outcome & contract awards
Published awards, contracts and bid statistics, not a forecast| Awarded to | Value | Date | Status |
|---|---|---|---|
| Olympus (Uk) Ltd | £228,115 † | — | Awarded |
Contracts
Contract 003407-2021-UKRI-1161-1 · Olympus (Uk) Ltd
- Signed
- 25 Jan 2021
- Value
- £228,115
- Status
- active
Bid statistics published by the authority
| Bids | SME | VCSE | Valid bid range |
|---|---|---|---|
| 1bids | — | — | — |
Contracting authority & participating public bodies
Bidders & participating suppliers
1 commercial party on the notice- Olympus (Uk) LtdAwarded supplier
Official documents & specifications
Official links; attachments are not copiedNo document links were published on the notice.