Why were zebrafish used in this 5G health study?

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Zebrafish Serve as a Suitable Model for 5G Health Studies Due to Biological Similarities with Humans

Researchers selected embryonic zebrafish for the study investigating the health impacts of fifth-generation wireless technology (5G) because of the significant genetic and developmental parallels between zebrafish and humans. These similarities allow findings from experiments on zebrafish to be extrapolated to human health implications. The study exposed embryonic zebrafish to 3.5 GHz radiofrequency radiation, a frequency commonly used by 5G-enabled mobile devices, for a duration of two days.
Genetic and Developmental Parallels

Zebrafish share a substantial portion of their genome with humans and undergo comparable developmental processes. This biological commonality makes them an effective model organism for studying the potential effects of environmental factors, including radiation, on human development and health. The ability to observe these processes in a controlled laboratory setting with zebrafish offers valuable insights that can be translated to human biology.
Application of Findings to Human Health

The use of zebrafish in this research stems from the scientific principle that findings in organisms with similar biological frameworks can inform our understanding of human responses. Therefore, observing the effects of 5G radiation on zebrafish embryos provides a basis for assessing potential risks to human health. The study's methodology aimed to leverage these similarities to draw relevant conclusions about 5G technology's safety.

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Why were zebrafish used in this 5G health study?

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