JRC Summer School on Alternative Approaches for Risk assessment
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Owner/Developer: Joint Research Centre (EURL ECVAM) (JRC (EURL ECVAM))
16 May 2017
The JRC's Chemical Safety and Alternative Methods Unit, which incorporates the EU Reference Laboratory for Alternatives to Animal Testing (EURL ECVAM), is organising a JRC Summer School from the 16-19 May 2017, at the JRC Ispra site, on the topic of "Alternative Approaches for Risk Assessment". The overall aim is to provide comprehensive training on state-of-the-art alternative (non-animal) approaches to predictive toxicology and to promote their use within modern chemical risk assessment practice.
The Summer School is specifically tailored for post-graduate students (PhD/Masters) and early-career scientists working in relevant fields. It will provide valuable insights into principles and methodologies of human health and environmental risk assessment using non-animal approaches, drawing from scientific, regulatory, and industrial perspectives.
Presentations will not only outline the typical risk assessment process in widespread use today but will also explore options for modernisation through greater incorporation of new scientific tools and thinking. Topics to be covered include; exposure assessment, hazard identification and characterisation, in vitro methods and computational modelling, validation principles and practice, and analysis of uncertainty.
The programme will be varied and engaging, combining lectures from experts in the field with a range of other activities to facilitate exchange between students and lecturers and students and their peers. Each participant will be asked to contribute to a poster session to present aspects of their own studies, interests or work area, and some abstracts may be selected for oral presentation. A world café-type session, a quiz, games and visits to the EURL ECVAM laboratories and the JRC Visitors Centre are also planned to enrich the Summer School experience and to maximise learning opportunities through different means.
Optional / Voluntary
Masters students, PhD students, or early-career scientists (max. 4 years after master) active in fields related to toxicology, alternative methods, exposure science, or risk assessment. Maximum 100 participants.
Prerequisites for application
A letter of motivation (inc. one professional reference) plus a Poster abstract (max. 250 words).
Selection of participants will be based on the following criteria:
Relevance of current area of study or job
Clarity and relevance of the motivation letter
Quality of the poster abstract
Achieving a balance between nationalities and gender of participants where possible
University (Master), University (Doctoral education), Postdoctoral (teaching and research)
Computational methods, In vitro methods, Legislative aspects
Substantial coverage (e.g. multiple modules)
|Details on the topic or technology covered:||
In vitro models for organ toxicities – brain, liver, heart, lung, kidney
In silico computational models
Adverse outcome pathways
ADME - toxicokinetics
3Rs and environmental toxicity
Regulatory perspective - EFSA - food and pesticides
Regulatory perspective -EMA - medicinal products
Directive 2010/63/EU or equivalent
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