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| Source: | Contracts Finder |
| Notice Type: | Award update |
| Buyer: | The Food Standards Agency |
| Main Category: | Services |
| Procurement Method: | Open procedure (below threshold) |
| Tender Status: |
Pipeline status
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Application Deadline
16 May 2022
Closed
Estimated Value
£35,000
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| Estimated Value (ex. VAT): | £35,000 |
| Release Date: | 27 July 2022 |
| Application Deadline: | 16 May 2022 |
| Contract Start Date: | 11 July 2022 |
| Contract End Date: | 28 February 2023 |
| Contract Duration: | 8 months |
| Procurement ID (OCID): | ocds-b5fd17-b4fdb491-62f9-44a1-a4b1-cbb0e536fde7 |
| Notice Reference: | 973aa97e-3cbd-40c4-9155-572e3c55d74b-558263 |
All 2 notices for this procurement, oldest first.
FS430957 Critical review of AMR risks arising as a consequence of using biocides and certain heavy metals in food animal production
FS430957 Critical review of AMR risks arising as a consequence of using biocides and certain heavy metals in food animal production
Earlier notices predate the Procurement Act 2023 (commenced 24 Feb 2025) and therefore don't carry UK1–UK17 codes.
View Original Notice
Access the full notice on the official portal
Awarded to
| Award value: | £36,941.12 |
| Award decision date: | 14 July 2022 |
| Award status: | Active |
Critical review of AMR risks arising as a consequence of using biocides and certain heavy metals in food animal production. We would like to commission a critical review of the scientific literature to enhance our knowledge of the AMR hazards and risks arising as a consequence of biocide and heavy metal use in food animal production. Particularly, it is important to understand the extent to which biocides and heavy metals give rise to the selection and spread of AMR bacteria into the food chain. This information will help to improve our understanding of how current animal husbandry practices impact on AMR, whether further research such as surveillance of biocide and heavy metal usage and associated resistance traits should be considered and whether steps are needed to reduce the impact of these compounds on AMR.