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Id Subject Object Predicate Lexical cue
TextSentencer_T1 0-88 Sentence denotes Proteome responses to nitrate in bioethanol production contaminant Dekkera bruxellensis.
T1 0-88 Sentence denotes Proteome responses to nitrate in bioethanol production contaminant Dekkera bruxellensis.
TextSentencer_T2 89-100 Sentence denotes UNLABELLED:
T2 89-100 Sentence denotes UNLABELLED:
TextSentencer_T3 101-193 Sentence denotes Dekkera bruxellensis is an industrially relevant yeast, especially in bioethanol production.
T3 101-193 Sentence denotes Dekkera bruxellensis is an industrially relevant yeast, especially in bioethanol production.
TextSentencer_T4 194-339 Sentence denotes The capacity of D. bruxellensis to assimilate nitrate can confer advantages of this yeast over Saccharomyces cerevisiae at industrial conditions.
T4 194-339 Sentence denotes The capacity of D. bruxellensis to assimilate nitrate can confer advantages of this yeast over Saccharomyces cerevisiae at industrial conditions.
TextSentencer_T5 340-479 Sentence denotes In the present work we present the consequences of nitrate assimilation, using ammonium as reference, to the proteomics of D. bruxellensis.
T5 340-479 Sentence denotes In the present work we present the consequences of nitrate assimilation, using ammonium as reference, to the proteomics of D. bruxellensis.
TextSentencer_T6 480-647 Sentence denotes Thirty-four protein spots were overproduced in nitrate medium and were identified by MS-TOF/TOF analysis and were putatively identified by using local Mascot software.
T6 480-647 Sentence denotes Thirty-four protein spots were overproduced in nitrate medium and were identified by MS-TOF/TOF analysis and were putatively identified by using local Mascot software.
TextSentencer_T7 648-927 Sentence denotes Apart from the overexpression of genes of nitrate metabolism, ATP synthesis and PPP and TCA pathways previously reported, cultivation on nitrate induced overproduction of glycolytic enzymes, which corroborate the high energy demand and NADH availability for nitrate assimilation.
T7 648-927 Sentence denotes Apart from the overexpression of genes of nitrate metabolism, ATP synthesis and PPP and TCA pathways previously reported, cultivation on nitrate induced overproduction of glycolytic enzymes, which corroborate the high energy demand and NADH availability for nitrate assimilation.
TextSentencer_T8 928-1000 Sentence denotes Overproduction of alcohol dehydrogenase (Adh) protein was also observed.
T8 928-1000 Sentence denotes Overproduction of alcohol dehydrogenase (Adh) protein was also observed.
TextSentencer_T9 1001-1231 Sentence denotes Proteomic profile of D. bruxellensis cultivated in nitrate and described in the present work agrees with the hypothesis of metabolic flux regulation, making available the energy in the form of NADH to support nitrate assimilation.
T9 1001-1231 Sentence denotes Proteomic profile of D. bruxellensis cultivated in nitrate and described in the present work agrees with the hypothesis of metabolic flux regulation, making available the energy in the form of NADH to support nitrate assimilation.
TextSentencer_T10 1232-1473 Sentence denotes This work contributes with an initial picture of proteins presenting differential accumulation in industrial contaminant yeast, in strict association with possible metabolic responses to nitrate as sole nitrogen source in cultivation medium.
T10 1232-1473 Sentence denotes This work contributes with an initial picture of proteins presenting differential accumulation in industrial contaminant yeast, in strict association with possible metabolic responses to nitrate as sole nitrogen source in cultivation medium.
TextSentencer_T11 1474-1498 Sentence denotes BIOLOGICAL SIGNIFICANCE:
T11 1474-1498 Sentence denotes BIOLOGICAL SIGNIFICANCE:
TextSentencer_T12 1499-1623 Sentence denotes The present study investigated the gene expression at translational level of yeast D. bruxellensis for nitrate assimilation.
T12 1499-1623 Sentence denotes The present study investigated the gene expression at translational level of yeast D. bruxellensis for nitrate assimilation.
TextSentencer_T13 1624-1806 Sentence denotes This study corroborated with biological models that consider the ability to assimilate this nitrogen source confers advantages on this yeast during the fermentation process industry.
T13 1624-1806 Sentence denotes This study corroborated with biological models that consider the ability to assimilate this nitrogen source confers advantages on this yeast during the fermentation process industry.
TextSentencer_T14 1807-1921 Sentence denotes However, larger studies are needed in this way as our group is investigating new proteins under LC-MS/MS approach.
T14 1807-1921 Sentence denotes However, larger studies are needed in this way as our group is investigating new proteins under LC-MS/MS approach.
TextSentencer_T15 1922-2177 Sentence denotes Together, these studies will help in understanding the operation of networks and cellular regulation of the process of assimilation of nitrogen sources for the D. bruxellensis, unravelling new aspects of the physiology of this yeast by proteomic analysis.
T15 1922-2177 Sentence denotes Together, these studies will help in understanding the operation of networks and cellular regulation of the process of assimilation of nitrogen sources for the D. bruxellensis, unravelling new aspects of the physiology of this yeast by proteomic analysis.
TextSentencer_T16 2178-2227 Sentence denotes This article is part of a Special Issue entitled:
T16 2178-2227 Sentence denotes This article is part of a Special Issue entitled:
TextSentencer_T17 2228-2268 Sentence denotes Environmental and structural proteomics.
T17 2228-2268 Sentence denotes Environmental and structural proteomics.