Working groups
Working groups were at the heart of our COST Action program. Through different working groups we hoped to achieve the aims and objectives of our action.
Working group I - Experimental models
Leader: Professor Ann Van Soom
Deputy Leader: Dr Andras Dinnyes
Aims and objectives
To establish the optimum in vivo model(s) for creation of an interactome map or database of maternal interaction or communication with gametes and embryos.
To establish the optimum currently available in vitro model(s) for creation of an interactome map or database of maternal interaction and communication with gametes and embryos and to establish strategies for progress from in vivo towards in vitro models for creation of the interactome map.
To establish guidelines and standards for the use of in vivo and in vitro models in investigation of the effect of maternal interaction and communication with gametes and embryos allowing investigators in different European labs to share data and information.
Working group II - Tools, technologies and systems biology
Leader: Professor Eckhard Wolf
Deputy Leader: Dr Jean-Pierre Ozil
Aims and objectives
To increase knowledge regarding tools and technologies used for characterisation of maternal interaction and communication with gametes and embryos.
To increase our knowledge base regarding application of “Systems Biology” approaches in the understanding of maternal interactions and communications with gametes and embryos.
To develop methods and tools for translation of knowledge gained from the interactome map into improved protocols for the European Animal Breeding and Biotechnology industry.
Working group III - Maternal nutrition
Leader: Professor Tom Fleming
Deputy Leader: Dr Pascale Chavatte-Palmer
Aims and objectives
To consider the long-term mechansms and health consequences of maternal nutrition models on the next generation.
To assess how we should analyse ooctytes and embryos in response to dietary and environmental challenges.
What are the new challenges in understanding the association between maternal environment and nutrition on developmental programming?