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to further infection in prokaryotic model organisms. The RNAcious laboratory, led by Dr Peter Sarin, is at the forefront of exploring RNA-based mechanisms that modulate protein synthesis in response to abiotic
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engineering applications of practical importance. Our vision is to integrate advanced electromagnetic modeling tools together with practical design of electromagnetic energy conversion devices, such as
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to further infection in prokaryotic model organisms. The RNAcious laboratory, led by Dr Peter Sarin, is at the forefront of exploring RNA-based mechanisms that modulate protein synthesis in response to abiotic
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and field experiments, and numerical modelling simulations, and 2) quantify the nano-/microplastic contents in Finnish groundwaters. The results will help to gain a better understanding of the movement