The grant evaluation follows a
two-stage process, with specific criteria and thresholds for each stage:
First Stage (Blind Evaluation Pilot)
This stage operates under a 'blind evaluation pilot' for impartiality.
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Criteria: Proposals are evaluated based on 'Excellence' and 'Impact'.
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Thresholds:
* 'Excellence':
4
* 'Impact':
4
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Overall Threshold: The cumulative score for 'Excellence' and 'Impact' must meet a level that ensures the total requested budget of proposals invited to Stage 2 is between
3.5 to 4 times the available budget. This indicates a highly competitive environment where only the strongest proposals will proceed.
Second Stage
- Criteria: Proposals are evaluated based on 'Excellence', 'Impact', and 'Implementation'.
- Thresholds:
- 'Excellence': 4
- 'Impact': 4
- 'Implementation': 4
- Cumulative Threshold: The total cumulative score across all three criteria must be 12.
Expert Assessment Focus
External independent experts will assess the quality of proposals across these criteria, focusing on:
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Excellence: The scientific and technical quality, novelty, and soundness of the research approach.
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Impact: The potential societal, economic, and environmental benefits, and how well the project contributes to the expected outcomes, especially in supporting policies and reducing MNP impacts on health.
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Implementation: The quality and efficiency of the proposed work plan, resource allocation, and management structure.
Key Research Aspects for Evaluation
Proposals are expected to include several of the following activities, which will likely weigh heavily in the evaluation:
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Comparability and Standardization: Improving and standardizing analytical methods and protocols for MNP collection, detection, and quantification in humans and the environment.
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Causal Mechanisms: Studying the molecular, cellular, and organism-level effects and pathways of MNP exposure.
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Toxicity Drivers: Improving understanding of MNP toxicity and adverse health effects, using realistic samples and considering varying properties (size, shape, concentration, chemical composition).
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Reference Materials: Developing suitable and environmentally relevant reference materials.
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Models and Methods: Developing better
in-vivo,
in-silico, and
in-vitro models, instruments, and methods for harmonized risk and hazard assessment, including long-term exposure and observational human studies.
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Human Biomonitoring: Strengthening knowledge on human exposure through biomonitoring studies and specific biomarkers.
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Long-term Impacts: Generating robust evidence on long-term health impacts, MNP fate, and systemic effects.
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Occupational Exposure: Providing evidence on MNP exposure at work, identifying high-concentration environments, and improving assessment/mitigation approaches.
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Exposure Routes and Mitigation: Increasing understanding of environmental exposure routes and proposing mitigation measures, including health impacts of alternative materials.
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Interactions: Gaining insights into MNP interactions with other pollutants/biological agents and their combined health impacts.
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Delivery and Elimination: Better understanding of MNP delivery mechanisms and elimination processes in the human body, including the role of the microbiome.
Cross-Cutting Themes and Considerations
- Social Sciences and Humanities (SSH): Effective contribution of SSH disciplines and experts is required to enhance societal impact.
- Gender and Sex Differences: These should be addressed where appropriate in the research.
- FAIR Data Principles: Adherence to FAIR (Findable, Accessible, Interoperable, Reusable) data principles, data standards, and good data sharing practices is crucial.
- Non-Animal Methods: Applicants are encouraged to use experimental methods not involving live animals if relevant and providing comparable data validity.