Speaker
Description
The wide and rapid growth of wireless communication technologies, particularly the introduction of WI-FI or 5G networks, raised concerns about their potential impact on living organisms, the environment and health. As 26 GHz radiofrequency electromagnetic fields (RF-EMFs) are more likely to interact with small objects such as insects, understanding the effects RF-EMFs on ecosystems, and health became critical. This study aims to assess the generational effects of chronic exposure to 26 GHz RF-EMFs in a well-controlled condition on insects.
Using D. melanogaster Canton S strain, known for its short life cycle and genetic similarities with higher organisms, we investigated the long-term impacts of 26 GHz RF-EMF exposure across 10 generations by comparing freshly hatched and aged adult. The study performed in blind monitors key health indicators including phenotypical aspect of developmental cycle, locomotor activity, and associated neurobiological issues. To maximize the mechanistic understanding of RF-EMF effects on D. melanogaster, we will explore omics variation, first transcriptomic to identify altered pathways and then metabolomics to further validate previous observation or identify more subtle effects.
This study is part of the exposure to electromagnetic fields and planetary health (ETAIN) project that contributes developing a deeper understanding of the ecological and health-related effects of RF-EMFs. Throughout risk-assessment approach on D. Melanogaster, we will provide valuable insights on 26 GHz RF-EMF chronic exposure on insects which can also be translated into Human health. Thus, paving the road for policymakers and shape regulatory frameworks surrounding wireless technologies using RF-EMFs.
