Cytogenetic approaches for determining ecological stress in aquatic and terrestrial biosystems

E.V. Daev, A.V. Dukelskaya, L.V. Barabanova

Research output

1 Citation (Scopus)

Abstract

Genetic monitoring of the environment is an important component in the analysis of the status of the biosystems. Its efficiency depends on the correct choice of (a) natural bioindicator species; (b) appropriate signs reflecting the state of the environment; and (c) appropriate statistical analysis. The assessment of genomes’ integrity plays the key role in the studies of mutagenicity in a polluted environment. We present a step-by-step recommendations for the analysis of the cytogenetic data and discuss the prospects of applying genetic tests for ecological monitoring, based on the example of analysis using crustacean species.
Original languageEnglish
Pages (from-to)441-448
JournalRussian Journal of Genetics: Applied Research
Volume5
Issue number5
DOIs
Publication statusPublished - 2015

Fingerprint

cytogenetics
Cytogenetics
mutagenicity
cytogenetic analysis
environmental monitoring
indicator species
statistical analysis
Crustacea
Cytogenetic Analysis
genome
monitoring
Genome
testing

Cite this

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abstract = "Genetic monitoring of the environment is an important component in the analysis of the status of the biosystems. Its efficiency depends on the correct choice of (a) natural bioindicator species; (b) appropriate signs reflecting the state of the environment; and (c) appropriate statistical analysis. The assessment of genomes’ integrity plays the key role in the studies of mutagenicity in a polluted environment. We present a step-by-step recommendations for the analysis of the cytogenetic data and discuss the prospects of applying genetic tests for ecological monitoring, based on the example of analysis using crustacean species.",
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AU - Daev, E.V.

AU - Dukelskaya, A.V.

AU - Barabanova, L.V.

PY - 2015

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N2 - Genetic monitoring of the environment is an important component in the analysis of the status of the biosystems. Its efficiency depends on the correct choice of (a) natural bioindicator species; (b) appropriate signs reflecting the state of the environment; and (c) appropriate statistical analysis. The assessment of genomes’ integrity plays the key role in the studies of mutagenicity in a polluted environment. We present a step-by-step recommendations for the analysis of the cytogenetic data and discuss the prospects of applying genetic tests for ecological monitoring, based on the example of analysis using crustacean species.

AB - Genetic monitoring of the environment is an important component in the analysis of the status of the biosystems. Its efficiency depends on the correct choice of (a) natural bioindicator species; (b) appropriate signs reflecting the state of the environment; and (c) appropriate statistical analysis. The assessment of genomes’ integrity plays the key role in the studies of mutagenicity in a polluted environment. We present a step-by-step recommendations for the analysis of the cytogenetic data and discuss the prospects of applying genetic tests for ecological monitoring, based on the example of analysis using crustacean species.

KW - ecological genetics

KW - genetic toxicology

KW - bioindication

KW - genetic monitoring

KW - genetic screening

KW - test systems

KW - cytogenetic methods

KW - crustaceans

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JO - Russian Journal of Genetics: Applied Research

JF - Russian Journal of Genetics: Applied Research

SN - 2079-0597

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