2018
DOI: 10.1016/j.biombioe.2018.07.018
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Metagenomic analysis and optimization of hydrogen production from sugarcane bagasse

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Cited by 35 publications
(23 citation statements)
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“…As the novelty of our method lies in the recovery of proteins from the phenol phase, typically discarded in the protocol of Griffiths et al (), we further demonstrate that our biomolecule co‐extraction is suitable for metaproteomics analysis of other soil types with varying clay contents. Indeed, the DNA and RNA co‐extraction protocol from Griffiths et al () has been cited to date by over 1,250 papers including many reporting on downstream high‐throughput sequencing, including 16SrRNA and ITS amplicon analysis (Haas et al, ; Morawe et al, ; Sayer et al, ; Whitman et al, ), metagenomics (Malik, Thomson, Whiteley, Bailey, & Griffiths, ; Soares et al, ; Wilhelm, Hanson, Chandra, & Madsen, ) and metatranscriptomics (Alessi et al, ; de Menezes, Clipson, & Doyle, ; Hesse et al, ). Here, 16S rRNA profiling from DNA and cDNA was performed on three samples corresponding to three biological replicates from one soil type (with a clay content of 11.1%) while metaproteomics was conducted for nine samples corresponding to three biological replicates from three soil types (with clay content of 11.1%, 19.4% and 35.1%).…”
Section: Introductionmentioning
confidence: 99%
“…As the novelty of our method lies in the recovery of proteins from the phenol phase, typically discarded in the protocol of Griffiths et al (), we further demonstrate that our biomolecule co‐extraction is suitable for metaproteomics analysis of other soil types with varying clay contents. Indeed, the DNA and RNA co‐extraction protocol from Griffiths et al () has been cited to date by over 1,250 papers including many reporting on downstream high‐throughput sequencing, including 16SrRNA and ITS amplicon analysis (Haas et al, ; Morawe et al, ; Sayer et al, ; Whitman et al, ), metagenomics (Malik, Thomson, Whiteley, Bailey, & Griffiths, ; Soares et al, ; Wilhelm, Hanson, Chandra, & Madsen, ) and metatranscriptomics (Alessi et al, ; de Menezes, Clipson, & Doyle, ; Hesse et al, ). Here, 16S rRNA profiling from DNA and cDNA was performed on three samples corresponding to three biological replicates from one soil type (with a clay content of 11.1%) while metaproteomics was conducted for nine samples corresponding to three biological replicates from three soil types (with clay content of 11.1%, 19.4% and 35.1%).…”
Section: Introductionmentioning
confidence: 99%
“…De modo geral, Universidade de São Paulo Escola de Engenharia de São Carlos Programa de Pós-graduação em Hidráulica e Saneamento em condições de escassez de carboidratos, o lactato é fonte primária de carbono alternativo em sistemas alimentados com vinhaça. Soares et al (2018) avaliaram a comunidade microbiana em reatores em batelada na fermentação de bagaço de cana de açúcar (BCA) com variação da concentração do substrato (3,42 g.L -1 ) e extrato de levedura (0,58-3,42 g.L -1 ). A máxima produção de H2 obtida foi 1,50 mmol.L -1 utilizando 2,77 e 5,84 g.L -1 de extrato de levedura e BCA, respectivamente.…”
Section: Diversidade Microbiana Em Reatores Aplicados Na Produção De H2unclassified
“…Dentre os gêneros com crescimento anaeróbio estrito, tanto Clostridium quanto o Thermoanaerobacterium são produtores de H2 e com potencial celulolítico (Sigurbjornsdottir e Orlygsson, 2012;Soares et al, 2018), o que pode ter contribuído com a conversão do substrato em metabólitos. Entre os gêneros facultativos (Bacillus, Enterobacter, Paenibacillus, Lactobacillus, Enterococcus, Ruminiclostridium e Leuconostoc) aqueles semelhantes a Lactobacillus e Leuconostoc são os principais produtores de ácido lático, no qual pode inferir em baixos rendimento de H2.…”
Section: Diversidade Microbiana Em Reatores Aplicados Na Produção De H2unclassified
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