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Training - 2nd in silico models and read-across

PARC online training: exercises with in silico models and read-across using VEGAHUB

PARC is organising a second remote training course on in silico models and read-across, this time focusing on hands-on interpretation and practical application using the VEGAHUB platform. The training will take place on 23-24 October 2025, with morning or afternoon sessions depending on participant numbers. The course is coordinated by the Istituto Mario Negri (IRFMN), Italy.

What to expect:

  • Apply VEGA, ToxRead, VERA, CosmoLIFE and ToxEraser to real-world case studies.
  • Evaluate in silico predictions for cosmetic ingredients and substance replacement.
  • Explore examples on mutagenicity, genotoxicity, carcinogenicity, and endocrine disruption in cosmetics.
  • Assess bioaccumulation and ecotoxicological properties such as fish toxicity.
  • Participate in group discussions to reflect on results and integrate evidence.

Who should attend:

This course is intended for intermediate-level researchers and risk assessors with prior experience using VEGA models. It is particularly suited for participants who attended the first PARC in silico training or who are already familiar with the basics of in silico tools.

Practical details:

This is a free, online course with four sessions in total, split across two days. Each session is limited to 12 participants (maximum of 48 in total). Participants may attend one or both days depending on their interest in the topics.

Application deadline:

Submit your application no later than 13 October 2025.

How to apply:

Submit your application here

For additional details about the course and participant selection, please click here.

Why you should not miss this opportunity:

This highly practical training goes beyond theory, offering direct experience with in silico tools to assess chemical properties. Participants will strengthen their skills in analysing predictive results, comparing outcomes, and applying regulatory guidance - key competencies for advancing modern, non-animal methods in chemical risk assessment.

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