NF EN ISO 11063

NF EN ISO 11063

May 2013
Standard Cancelled

Soil quality - Method to directly extract DNA from soil samples

This International Standard specifies a method for direct extraction of DNA from soil samples to analyse the global structure and the abundance of soil bacterial communities using PCR-based technologies. This method is mainly dedicated to agricultural and forest soils. This method can possibly not be suitable for soils rich in organic matter (e.g. peat soils) or soils heavily polluted with organic pollutants or heavy metals. The direct extraction of DNA from soil samples provides unique insight into the richness and structure of microbial communities which are key parameters to estimate the biodiversity of soil microbiota. Molecular approaches based on PCR (polymerase chain reaction) amplification of soil DNA constitute a promising domain and can contribute in the near future to the development of routine tools to monitor the microbiota of soil environments. Users of the method ought to be aware that although soil submitted to the DNA extraction procedure is sieved thoroughly (2 mm mesh, procedure described in 5.1), plant residues can still remain in soil samples and, as a result, traces of plant DNA can contaminate the soil DNA extract.

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Main informations

Collections

National standards and national normative documents

Publication date

May 2013

Number of pages

34 p.

Reference

NF EN ISO 11063

ICS Codes

13.080.30   Biological properties of soils

Classification index

X31-263

Print number

1 - 12/04/2013

International kinship

ISO 11063:2012

European kinship

EN ISO 11063:2013
Sumary
Soil quality - Method to directly extract DNA from soil samples

This International Standard specifies a method for direct extraction of DNA from soil samples to analyse the

global structure and the abundance of soil bacterial communities using PCR-based technologies. This method

is mainly dedicated to agricultural and forest soils. This method can possibly not be suitable for soils rich in

organic matter (e.g. peat soils) or soils heavily polluted with organic pollutants or heavy metals.

The direct extraction of DNA from soil samples provides unique insight into the richness and structure of

microbial communities which are key parameters to estimate the biodiversity of soil microbiota. Molecular

approaches based on PCR (polymerase chain reaction) amplification of soil DNA constitute a promising

domain and can contribute in the near future to the development of routine tools to monitor the microbiota of

soil environments.

Users of the method ought to be aware that although soil submitted to the DNA extraction procedure is sieved

thoroughly (2 mm mesh, procedure described in 5.1), plant residues can still remain in soil samples and, as a

result, traces of plant DNA can contaminate the soil DNA extract.

Replaced standards (1)
NF ISO 11063
April 2012
Standard Cancelled
Soil quality - Method to directly extract DNA from soil samples

<p>This International Standard specifies a method for direct extraction of DNA from soil samples to analyse the</p> <p>global structure and the abundance of soil bacterial communities using PCR-based technologies. This method</p> <p>is mainly dedicated to agricultural and forest soils. This method can possibly not be suitable for soils rich in</p> <p>organic matter (e.g. peat soils) or soils heavily polluted with organic pollutants or heavy metals.</p> <p>The direct extraction of DNA from soil samples provides unique insight into the richness and structure of</p> <p>microbial communities which are key parameters to estimate the biodiversity of soil microbiota. Molecular</p> <p>approaches based on PCR (polymerase chain reaction) amplification of soil DNA constitute a promising</p> <p>domain and can contribute in the near future to the development of routine tools to monitor the microbiota of</p> <p>soil environments.</p> <p>Users of the method ought to be aware that although soil submitted to the DNA extraction procedure is sieved</p> <p>thoroughly (2 mm mesh, procedure described in 5.1), plant residues can still remain in soil samples and, as a</p> <p>result, traces of plant DNA can contaminate the soil DNA extract.</p>

Standard replaced by (1)
NF EN ISO 11063
October 2020
Standard Current
Soil quality - Direct extraction of soil DNA

<p>The present document specifies a method for direct extraction of DNA from soil samples to analyse the abundance and composition of microbial communities by various techniques of molecular biology including real-time quantitative PCR (qPCR). This method is mainly dedicated to agricultural and forest soils. This method can possibly not be suitable for soils rich in organic matter (e.g. peat soils) or soils heavily polluted with organic pollutants or heavy metals.</p> <p>The direct extraction of DNA from soil samples provides unique insight into the α- and β-diversity of microbial communities. Next-generation sequencing of amplicons obtained by PCR (polymerase chain reaction) amplification of soil DNA constitutes a promising domain which will in the near future contribute to the development of routine tools to monitor microbial communities in soil environments.</p>

Table of contents
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  • Avant-propos
    iv
  • Introduction
    v
  • 1 Domaine d'application
    1
  • 2 Références normatives
    1
  • 3 Termes et définitions
    1
  • 4 Principe
    1
  • 5 Matériel d'essai
    2
  • 5.1 Sol
    2
  • 5.2 Substances chimiques
    2
  • 5.3 Tampons et réactifs
    3
  • 6 Appareillage
    4
  • 7 Modes opératoires
    4
  • 7.1 Préparation des échantillons de sol
    4
  • 7.2 Lyse mécano-chimique
    4
  • 7.3 Précipitation des protéines
    4
  • 7.4 Précipitation et rinçage des acides nucléiques
    4
  • 7.5 Conservation des acides nucléiques
    4
  • 8 Estimation de la qualité et de la quantité d'ADN du sol
    5
  • 8.1 Qualité et pureté de l'ADN du sol
    5
  • 8.2 Quantité d'ADN du sol
    5
  • 9 Validation du mode opératoire d'extraction
    5
  • 10 Étude interlaboratoires internationale
    5
  • 11 Rapport d'essai
    5
  • Annexe A (informative) Étude interlaboratoires internationale pour évaluer le mode opératoire d'extraction de l'ADN du sol
    7
  • Bibliographie
    22
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