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chemolithoautotroph

Overview page. Subjects: Genetics and Genomics.

An autotroph that gets its energy from oxidation of inorganic substances in the absence of light. Many hyperthermophiles use inorganic electron donors and acceptors in their energy...

See overview in Oxford Index

chemolithoautotroph

Overview page. Subjects: Genetics and Genomics.

An autotroph that gets its energy from oxidation of inorganic substances in the absence of light. Many hyperthermophiles use inorganic electron donors and acceptors in their energy...

See overview in Oxford Index

chemolithoautotroph

Robert C. King, William D. Stansfield and Pamela K. Mulligan.

in A Dictionary of Genetics

January 2007; p ublished online January 2007 .

Reference Entry. Subjects: Genetics and Genomics. 39 words.

an autotroph that gets its energy from oxidation of inorganic substances in the absence of light. Many hyperthermophiles use inorganic

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chemolithoautotroph

Robert C. King, Pamela K. Mulligan and William D. Stansfield.

in A Dictionary of Genetics

January 2013; p ublished online January 2014 .

Reference Entry. Subjects: Genetics and Genomics. 39 words.

an autotroph that gets its energy from oxidation of inorganic substances in the absence of light. Many hyperthermophiles use inorganic

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Peculiar citric acid cycle of hydrothermal vent chemolithoautotroph <i>Hydrogenovibrio crunogenus</i>, and insights into carbon metabolism by obligate autotrophs

Ishtiaque Quasem, Alexandra N. Achille, Brittany A. Caddick, Travis A. Carter, Camille Daniels, Jennifer A. Delaney, Vedad Delic, Kimberly A. Denton, Martina C. Duran, Marianne K. Fatica, Christopher M. Ference, Julie P. Galkiewicz, Ana M. Garcia, Jacqueline D. Hendrick, Steven A. Horton, Mey S. Kun, Phoebe W. Koch, Tien Min Lee, Christie R. McCabe, Sean McHale, Lauren D. McDaniel, Damian M. Menning, Kristy J. Menning, Hamed Mirzaei-Souderjani, Salina Mostajabian, David A. Nicholson, Courtney K. Nugent, Nicholas P. Osman, Desiree I. Pappas, Andrea M. Rocha, Karyna Rosario, Haydn Rubelmann, Julie A. Schwartz, Kent W. Seeley, Christopher M. Staley, Elizabeth M. Wallace, Terianne M. Wong, Brian L. Zielinski, Thomas E. Hanson and Kathleen M. Scott.

in FEMS Microbiology Letters

P ublished online July 2017 .

Journal Article. Subjects: Medical Microbiology and Virology; Biotechnology; Genetics and Genomics; Microbiology; Molecular and Cell Biology. 6353 words.

Abstract

The genome sequence of the obligate chemolithoautotroph Hydrogenovibrio crunogenus paradoxically predicts a complete oxidative citric acid cycle...

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Characterization of a two-component signal transduction system that controls arsenite oxidation in the chemolithoautotroph NT-26

Sunita Sardiwal, Joanne M. Santini, Thomas H. Osborne and Snezana Djordjevic.

in FEMS Microbiology Letters

December 2010; p ublished online November 2010 .

Journal Article. 5557 words.

Abstract

NT-26 is a chemolithoautotrophic arsenite oxidizer. Understanding the mechanisms of arsenite signalling, tolerance and oxidation by NT-26 will have...

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chemolithoautotrophic

Elizabeth Martin.

in The New Oxford Dictionary for Scientific Writers and Editors

January 2009; p ublished online January 2009 .

Reference Entry. Subjects: Language Reference. 6 words.

(one word) Noun form: chemolithoautotroph.

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Methanococcus jannaschii

Robert C. King, William D. Stansfield and Pamela K. Mulligan.

in A Dictionary of Genetics

January 2007; p ublished online January 2007 .

Reference Entry. Subjects: Genetics and Genomics. 158 words.

an anaerobic methanogen that lives at high temperatures and extreme pressures in geothermal marine sediments. This archaeon is a chemolithoautotroph

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<i>Methanococcus jannaschii</i>

Robert C. King, Pamela K. Mulligan and William D. Stansfield.

in A Dictionary of Genetics

January 2013; p ublished online January 2014 .

Reference Entry. Subjects: Genetics and Genomics. 165 words.

an anaerobic methanogen that lives at high temperatures and extreme pressures in geothermal marine sediments. This archaeon is a chemolithoautotroph

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Hyperthermophilic procaryotes

Karl O. Stetter.

in FEMS Microbiology Reviews

May 1996; p ublished online January 2006 .

Journal Article. 0 words.

Abstract

Hyperthermophilic Archaea and Bacteria with optimal growth temperatures between 80°C and 110°C have been isolated from geothermal and hydrothermal...

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Variability in microbial community and venting chemistry in a sediment-hosted backarc hydrothermal system: Impacts of subseafloor phase-separation

Satoshi Nakagawa, Ken Takai, Fumio Inagaki, Hitoshi Chiba, Jun-ichiro Ishibashi, Satoshi Kataoka, Hisako Hirayama, Takuro Nunoura, Koki Horikoshi and Yoshihiko Sako.

in FEMS Microbiology Ecology

September 2005; p ublished online January 2006 .

Journal Article. 6973 words.

Abstract

Phase-separation and -segregation (boiling/distillation of subseafloor hydrothermal fluids) represent the primary mechanisms causing intra-field...

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