Effects of Chemical Exposure on Whole Genome
A Contract Award Notice
by ENVIRONMENT AGENCY (DEFRA NETWORK ETENDERING PORTAL)
- Source
- Find a Tender
- Type
- Contract (Services)
- Duration
- 22 month (est.)
- Value
- £419K
- Sector
- INDUSTRIAL
- Published
- 24 Apr 2024
- Delivery
- 19 Apr 2023 to 14 Feb 2025 (est.)
- Deadline
- n/a
Concepts
Location
London
2 buyers
1 supplier
- Exeter University Exeter
Description
This is an outcome-based specification, where project deliverables are critical. These may not be achievable in full due to the novel approach we intend to take, but we expect creativity and innovation in the approach to delivering the objectives with us.
Total Quantity or Scope
The Environment Agency is a key delivery partner for the Defra 25 Year Environment Plan. The EA have been monitoring data for over 1500 chemicals that can be used to measure exposure at a single point in time, but there are no suitable measures of the effects on aquatic fauna or flora caused by that exposure.The Outcome Indicator H4 on the exposure and effects of chemicals on wildlife therefore requires development of novel effects indicators to demonstrate effects at the level of the individual that can be used to predict sub-lethal effects in aquatic organisms caused by exposure to chemical mixtures. The effects measures need to be robust, easily adoptable by a regulator and provide demonstrable environmental protection.Mixture effects are critical to understanding ecological impacts in the environment, as individuals are never exposed to single compounds in isolation, but all ecotoxicological data used to determine safe thresholds are based on exposure of a very small number of species under controlled experimental conditions using good laboratory practice standards. This leads to uncertainty in predicting impacts based on published Predicted No Effect Concentrations used to determine Environmental Quality Standards. This work will contribute to the development of an organism-based indicator to determine in-situ and in-laboratory culture effects and help to predict the scale of natural population impacts.
Award Detail
1 | Exeter University (Exeter)
|
Award Criteria
Technical | 70.0 |
Commercial | 30.0 |
CPV Codes
- 73111000 - Research laboratory services
Indicators
- Award on basis of price and quality.
Reference
- FTS 013265-2024