Genetics, genomics and –omics of thermophiles

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Editorial

03 April 2017

Editorial: Genetics, Genomics and –Omics of Thermophiles

Kian Mau Goh

,

Kok-Gan Chan

,

Rajesh Kumar Sani

,

Edgardo Rubén Donati

and

Anna-Louise Reysenbach

3,601 views

5 citations

Editors

5

University of Technology Malaysia

Kok Gan Chan FASc

University of Malaya

South Dakota School of Mines and Technology

National University of La Plata

Anna-Louise Reysenbach

Portland State University

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Thermophiles are mainly of prokaryotic origin. Advancement of next-generation sequencing, single cell analyses and combinations of omics and microscopic technologies have elevated the scientific discovery of various thermophilic prokaryotes. Several thermophiles that were previously known to be unculturable can now be grown in laboratory setups. This Research Topic incorporates reviews, new methods, and extraordinary findings on thermophiles through the tools of omics. The aim of this Research Topic of Frontiers in Microbiology is to provide a platform for researchers to describe single cell sequencing, functional genomics, comparative genomics, cell-cell interactions and evolution from genomic perspective, RNA-Seq, meta-transcriptomic, gene regulation and expression, as well as biostatistics of underexplored thermophiles. We welcome contributions studying thermophiles proteomics and discovery as well as genetic analyses of thermophilic viruses. Investigations of complete genomes of new or common thermophilic bacteria, archaea, or viruses will be considered. High quality draft genomes providing important insights on novel thermophilic strains, newly cultured organisms, or ‘unculturable’ microorganisms, should be submitted as full-scale original research papers.

Thermophiles are mainly of prokaryotic origin. Advancement of next-generation sequencing, single cell analyses and combinations of omics and microscopic technologies have elevated the scientific discovery of various thermophilic prokaryotes. Several thermophiles that were previously known to be unculturable can now be grown in laboratory setups. This Research Topic incorporates reviews, new methods, and extraordinary findings on thermophiles through the tools of omics. The aim of this Research Topic of Frontiers in Microbiology is to provide a platform for researchers to describe single cell sequencing, functional genomics, comparative genomics, cell-cell interactions and evolution from genomic perspective, RNA-Seq, meta-transcriptomic, gene regulation and expression, as well as biostatistics of underexplored thermophiles. We welcome contributions studying thermophiles proteomics and discovery as well as genetic analyses of thermophilic viruses. Investigations of complete genomes of new or common thermophilic bacteria, archaea, or viruses will be considered. High quality draft genomes providing important insights on novel thermophilic strains, newly cultured organisms, or ‘unculturable’ microorganisms, should be submitted as full-scale original research papers.

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Editors

University of Technology Malaysia

Kok Gan Chan FASc

University of Malaya

South Dakota School of Mines and Technology

National University of La Plata

Anna-Louise Reysenbach

Portland State University

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91,130 Total views

67,980 Article views

18,981 Article downloads

4,169 Topic views

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Frontiers in Microbiology

Extreme Microbiology

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