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Id Subject Object Predicate Lexical cue
T1 45-59 go:GO:0005811 denotes lipid particle
T2 76-81 taxonomy:4932 denotes yeast
T3 82-106 taxonomy:4932 denotes Saccharomyces cerevisiae
T4 108-123 go:GO:0005811 denotes Lipid particles
T5 131-136 taxonomy:4932 denotes yeast
T6 137-161 taxonomy:4932 denotes Saccharomyces cerevisiae
T7 294-308 go:GO:0005811 denotes lipid particle
T8 467-481 go:GO:0005811 denotes lipid particle
T9 563-576 go:GO:0016020 denotes transmembrane
T10 599-613 go:GO:0005811 denotes lipid particle
T11 662-667 uniprot:Q12809 denotes Erg1p
T12 669-674 uniprot:P25087 denotes Erg6p
T13 680-685 uniprot:P38604 denotes Erg7p
T14 716-721 uniprot:P30624 denotes Faa1p
T15 723-728 uniprot:P47912 denotes Faa4p
T16 734-739 uniprot:P38225 denotes Fat1p
T17 850-864 go:GO:0005811 denotes lipid particle
T18 931-945 go:GO:0005811 denotes lipid particle
T19 1132-1139 uniprot:Q12063 denotes YDL193w
T20 1327-1334 uniprot:P38295 denotes YBR177c
T21 1336-1343 uniprot:P40308 denotes YMR313c
T22 1349-1356 uniprot:P34163 denotes YKL140w
T23 1515-1520 taxonomy:4932 denotes yeast
R1 T11 T10 localizeTo Erg1p,lipid particle
R2 T12 T10 localizeTo Erg6p,lipid particle
R3 T13 T10 localizeTo Erg7p,lipid particle
R4 T14 T10 localizeTo Faa1p,lipid particle
R5 T15 T10 localizeTo Faa4p,lipid particle
R6 T16 T10 localizeTo Fat1p,lipid particle
R7 T21 T18 localizeTo YMR313c,lipid particle
R8 T22 T18 localizeTo YKL140w,lipid particle
R9 T19 T18 localizeTo YDL193w,lipid particle
R10 T20 T18 localizeTo YBR177c,lipid particle

PubmedHPO

Id Subject Object Predicate Lexical cue
T1 769-797 HP_0003119 denotes involved in lipid metabolism

PMID_GLOBAL

Id Subject Object Predicate Lexical cue
T1 0-107 Sentence denotes Identification and characterization of major lipid particle proteins of the yeast Saccharomyces cerevisiae.
T2 108-287 Sentence denotes Lipid particles of the yeast Saccharomyces cerevisiae were isolated at high purity, and their proteins were separated by sodium dodecyl sulfate-polyacrylamide gel electrophoresis.
T3 288-428 Sentence denotes Major lipid particle proteins were identified by mass spectrometric analysis, and the corresponding open reading frames (ORFs) were deduced.
T4 429-594 Sentence denotes In silicio analysis revealed that all lipid particle proteins contain several hydrophobic domains but none or only few (hypothetical) transmembrane spanning regions.
T5 595-798 Sentence denotes All lipid particle proteins identified by function so far, such as Erg1p, Erg6p, and Erg7p (ergosterol biosynthesis) and Faa1p, Faa4p, and Fat1p (fatty acid metabolism), are involved in lipid metabolism.
T6 799-911 Sentence denotes Based on sequence homology, another group of three lipid particle proteins may be involved in lipid degradation.
T7 912-1119 Sentence denotes To examine whether lipid particle proteins of unknown function are also involved in lipid synthesis, mutants with deletions of the respective ORFs were constructed and subjected to systematic lipid analysis.
T8 1120-1251 Sentence denotes Deletion of YDL193w resulted in a lethal phenotype which could not be suppressed by supplementation with ergosterol or fatty acids.
T9 1252-1313 Sentence denotes Other deletion mutants were viable under standard conditions.
T10 1314-1538 Sentence denotes Strains with YBR177c, YMR313c, and YKL140w deleted exhibited phospholipid and/or neutral lipid patterns that were different from the wild-type strain and thus may be further candidate ORFs involved in yeast lipid metabolism.