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PubMed:23464874 JSONTXT 41 Projects

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Id Subject Object Predicate Lexical cue
TextSentencer_T1 0-122 Sentence denotes Proteomic analysis of cow, yak, buffalo, goat and camel milk whey proteins: quantitative differential expression patterns.
T1 0-122 Sentence denotes Proteomic analysis of cow, yak, buffalo, goat and camel milk whey proteins: quantitative differential expression patterns.
TextSentencer_T2 123-373 Sentence denotes To aid in unraveling diverse genetic and biological unknowns, a proteomic approach was used to analyze the whey proteome in cow, yak, buffalo, goat, and camel milk based on the isobaric tag for relative and absolute quantification (iTRAQ) techniques.
T2 123-373 Sentence denotes To aid in unraveling diverse genetic and biological unknowns, a proteomic approach was used to analyze the whey proteome in cow, yak, buffalo, goat, and camel milk based on the isobaric tag for relative and absolute quantification (iTRAQ) techniques.
TextSentencer_T3 374-480 Sentence denotes This analysis is the first to produce proteomic data for the milk from the above-mentioned animal species:
T3 374-480 Sentence denotes This analysis is the first to produce proteomic data for the milk from the above-mentioned animal species:
TextSentencer_T4 481-667 Sentence denotes 211 proteins have been identified and 113 proteins have been categorized according to molecular function, cellular components, and biological processes based on gene ontology annotation.
T4 481-667 Sentence denotes 211 proteins have been identified and 113 proteins have been categorized according to molecular function, cellular components, and biological processes based on gene ontology annotation.
TextSentencer_T5 668-811 Sentence denotes The results of principal component analysis showed significant differences in proteomic patterns among goat, camel, cow, buffalo, and yak milk.
T5 668-811 Sentence denotes The results of principal component analysis showed significant differences in proteomic patterns among goat, camel, cow, buffalo, and yak milk.
TextSentencer_T6 812-914 Sentence denotes Furthermore, 177 differentially expressed proteins were submitted to advanced hierarchical clustering.
T6 812-914 Sentence denotes Furthermore, 177 differentially expressed proteins were submitted to advanced hierarchical clustering.
TextSentencer_T7 915-1075 Sentence denotes The resulting clustering pattern included three major sample clusters: (1) cow, buffalo, and yak milk; (2) goat, cow, buffalo, and yak milk; and (3) camel milk.
T7 915-1075 Sentence denotes The resulting clustering pattern included three major sample clusters: (1) cow, buffalo, and yak milk; (2) goat, cow, buffalo, and yak milk; and (3) camel milk.
TextSentencer_T8 1076-1373 Sentence denotes Certain proteins were chosen as characterization traits for a given species: whey acidic protein and quinone oxidoreductase for camel milk, biglycan for goat milk, uncharacterized protein (Accession Number: F1MK50 ) for yak milk, clusterin for buffalo milk, and primary amine oxidase for cow milk.
T8 1076-1373 Sentence denotes Certain proteins were chosen as characterization traits for a given species: whey acidic protein and quinone oxidoreductase for camel milk, biglycan for goat milk, uncharacterized protein (Accession Number: F1MK50 ) for yak milk, clusterin for buffalo milk, and primary amine oxidase for cow milk.
TextSentencer_T9 1374-1465 Sentence denotes These results help reveal the quantitative milk whey proteome pattern for analyzed species.
T9 1374-1465 Sentence denotes These results help reveal the quantitative milk whey proteome pattern for analyzed species.
TextSentencer_T10 1466-1689 Sentence denotes This provides information for evaluating adulteration of specific specie milk and may provide potential directions for application of specific milk protein production based on physiological differences among animal species.
T10 1466-1689 Sentence denotes This provides information for evaluating adulteration of specific specie milk and may provide potential directions for application of specific milk protein production based on physiological differences among animal species.