Publications by authors named "Florian Eibensteiner"

Article Synopsis
  • Micronucleus (MN) assays using buccal cells are effective for assessing genetic damage in workers exposed to genotoxic metals, with most studies showing increased MN and nuclear anomalies among various occupations.
  • A comprehensive review of 73 studies, mainly from South East Asia and South America, highlighted the need for better evaluation methods, as many studies lacked thorough assessments of genetic stability and cytotoxic effects.
  • The data suggests that MN assays can provide valuable insights into chromosomal damage from metal exposure, complementing current chemical analysis and potentially enhancing workplace safety by reflecting biological impacts.
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Several human studies indicate that mobile phone specific electromagnetic fields may cause cancer in humans but the underlying molecular mechanisms are currently not known. Studies concerning chromosomal damage (which is causally related to cancer induction) are controversial and those addressing this issue in mobile phone users are based on the use of questionnaires to assess the exposure. We realized the first human intervention trial in which chromosomal damage and acute toxic effects were studied under controlled conditions.

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