Plant Genotoxicity: A Molecular Cytogenetic Approach in Plant BioassaysReport as inadecuate

Plant Genotoxicity: A Molecular Cytogenetic Approach in Plant Bioassays - Download this document for free, or read online. Document in PDF available to download.

Archives of Industrial Hygiene and Toxicology, Vol.56 No.2 May 2005. -

It is important for the prevention of DNA changes caused by environment to understand the biological consequences of DNA damages and their molecular modes of action that lead to repair or alterations of the genetic material. Numerous genotoxicity assay systems have been developed to identify DNA reactive compounds. The available data show that plant bioassays are important tests in the detection of genotoxic contamination in the environment and the establishment of controlling systems. Plant system can detect a wide range of genetic damage, including gene mutations and chromosome aberrations. Recently introduced molecular cytogenetic methods allow analysis of genotoxicity, both at the chromosomal and DNA level. FISH gives a new possibility of the detection and analysis of chromosomal rearrangements in a great detail. DNA fragmentation can be estimated using the TUNEL test and the single cell gel electrophoresis (Comet assay).

DNA damage; environment; fluorescent in situ hybrydization; in vitro culture; plant genome; transgenic pants

Author: Jolanta Maluszynska - Jolanta Juchimiuk -



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