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Genomics, Exometabolomics, and Metabolic Probing Reveal Conserved Proteolytic Metabolism of <i>Thermoflexus hugenholtzii</i> and Three Candidate Species From China and Japan.
Front Microbiol
5
2021
13C, ABC transporters, Adenine, Candidatus, MAGs, Metallo- and Serine peptidase families, Serine, T, T. hugenholtzii, TCA, Thermoflexus, Thermoflexus genomes, Thermoflexus hugenholtzii, Thermoflexus sinensis, Thermoflexus tengchongensis, adenosine, amino acids, carbon, citrate, cysteine, geothermal, glucose, metagenome-assembled genomes, nicotinic acid, pentose-phosphate, pyruvate, thymine, tricarboxylic acid
Author NameAffiliation
Benjamin P BowenThe Department of Energy Joint Genome Institute
Benjamin P BowenLawrence Berkeley National Laboratory
Katherine B LouieThe Department of Energy Joint Genome Institute
Katherine B LouieLawrence Berkeley National Laboratory
Marcel HuntemannThe Department of Energy Joint Genome Institute
Marcel HuntemannLawrence Berkeley National Laboratory
Neha VargheseThe Department of Energy Joint Genome Institute
Neha VargheseLawrence Berkeley National Laboratory
Tbk ReddyThe Department of Energy Joint Genome Institute
Tbk ReddyLawrence Berkeley National Laboratory
Nicole ShapiroThe Department of Energy Joint Genome Institute
Nicole ShapiroLawrence Berkeley National Laboratory
Nikos C KyrpidesThe Department of Energy Joint Genome Institute
Nikos C KyrpidesLawrence Berkeley National Laboratory
Tanja WoykeThe Department of Energy Joint Genome Institute
Tanja WoykeLawrence Berkeley National Laboratory
Emiley A Eloe-FadroshThe Department of Energy Joint Genome Institute
Emiley A Eloe-FadroshLawrence Berkeley National Laboratory
Trent R NorthenThe Department of Energy Joint Genome Institute
Trent R NorthenLawrence Berkeley National Laboratory
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