REVIEW: Species definition of procaryotes based on 16S rRNA and protein coding genes sequence

Until now it is complicated for demarcating species of prokaryotes. The 16S rRNA gene sequence provide phylogenetic basis for classification. It has been widely accepted that more than 97% similarity in 16S rRNA gene sequence is a species definition for prokaryotes. However, this criterion can not c...

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Main Author: ARTINI PANGASTUTI
Format: Article
Language:English
Published: MBI & UNS Solo 2006-07-01
Series:Biodiversitas
Subjects:
Online Access:http://biodiversitas.mipa.uns.ac.id/D/D0703/D070319.pdf
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spelling doaj-f9477c00eac349b8bedeef3802f7928f2020-11-24T21:12:32ZengMBI & UNS SoloBiodiversitas1412-033X2085-47222006-07-0173292296REVIEW: Species definition of procaryotes based on 16S rRNA and protein coding genes sequenceARTINI PANGASTUTIUntil now it is complicated for demarcating species of prokaryotes. The 16S rRNA gene sequence provide phylogenetic basis for classification. It has been widely accepted that more than 97% similarity in 16S rRNA gene sequence is a species definition for prokaryotes. However, this criterion can not correspond to real ecological unit, thus can not reveal the functional diversity in nature. The interaction with the environment is defined at the level of functional genes, not 16S rRNA gene. Protein-coding genes sequence can be expected to disclose much previously unknown ecological population of prokaryotes. These are the genes that determine the role of the species. Sequence similarity in multiple protein-coding genes is recommended as a primary criterion for demarcating taxa. http://biodiversitas.mipa.uns.ac.id/D/D0703/D070319.pdfspecies definition16S rRNAprocaryotessystematics
collection DOAJ
language English
format Article
sources DOAJ
author ARTINI PANGASTUTI
spellingShingle ARTINI PANGASTUTI
REVIEW: Species definition of procaryotes based on 16S rRNA and protein coding genes sequence
Biodiversitas
species definition
16S rRNA
procaryotes
systematics
author_facet ARTINI PANGASTUTI
author_sort ARTINI PANGASTUTI
title REVIEW: Species definition of procaryotes based on 16S rRNA and protein coding genes sequence
title_short REVIEW: Species definition of procaryotes based on 16S rRNA and protein coding genes sequence
title_full REVIEW: Species definition of procaryotes based on 16S rRNA and protein coding genes sequence
title_fullStr REVIEW: Species definition of procaryotes based on 16S rRNA and protein coding genes sequence
title_full_unstemmed REVIEW: Species definition of procaryotes based on 16S rRNA and protein coding genes sequence
title_sort review: species definition of procaryotes based on 16s rrna and protein coding genes sequence
publisher MBI & UNS Solo
series Biodiversitas
issn 1412-033X
2085-4722
publishDate 2006-07-01
description Until now it is complicated for demarcating species of prokaryotes. The 16S rRNA gene sequence provide phylogenetic basis for classification. It has been widely accepted that more than 97% similarity in 16S rRNA gene sequence is a species definition for prokaryotes. However, this criterion can not correspond to real ecological unit, thus can not reveal the functional diversity in nature. The interaction with the environment is defined at the level of functional genes, not 16S rRNA gene. Protein-coding genes sequence can be expected to disclose much previously unknown ecological population of prokaryotes. These are the genes that determine the role of the species. Sequence similarity in multiple protein-coding genes is recommended as a primary criterion for demarcating taxa.
topic species definition
16S rRNA
procaryotes
systematics
url http://biodiversitas.mipa.uns.ac.id/D/D0703/D070319.pdf
work_keys_str_mv AT artinipangastuti reviewspeciesdefinitionofprocaryotesbasedon16srrnaandproteincodinggenessequence
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