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Id Subject Object Predicate Lexical cue
TextSentencer_T1 0-72 Sentence denotes Golgi localization of glycosyltransferases: more questions than answers.
T1 0-72 Sentence denotes Golgi localization of glycosyltransferases: more questions than answers.
T1 0-72 Sentence denotes Golgi localization of glycosyltransferases: more questions than answers.
TextSentencer_T2 73-225 Sentence denotes The structures of cellular oligosaccharides are determined by a series of processing reactions catalyzed by Golgi glycosidases and glycosyltransferases.
T2 73-225 Sentence denotes The structures of cellular oligosaccharides are determined by a series of processing reactions catalyzed by Golgi glycosidases and glycosyltransferases.
T2 73-225 Sentence denotes The structures of cellular oligosaccharides are determined by a series of processing reactions catalyzed by Golgi glycosidases and glycosyltransferases.
TextSentencer_T3 226-459 Sentence denotes While there are subtle cell type differences in Golgi enzyme subcompartmentation, in general, glycosylation enzymes are localized within the Golgi cisternae in the same sequence in which they act to modify oligosaccharide substrates.
T3 226-459 Sentence denotes While there are subtle cell type differences in Golgi enzyme subcompartmentation, in general, glycosylation enzymes are localized within the Golgi cisternae in the same sequence in which they act to modify oligosaccharide substrates.
T3 226-459 Sentence denotes While there are subtle cell type differences in Golgi enzyme subcompartmentation, in general, glycosylation enzymes are localized within the Golgi cisternae in the same sequence in which they act to modify oligosaccharide substrates.
TextSentencer_T4 460-681 Sentence denotes The possibility that this enzyme subcompartmentation may control the types of oligosaccharides expressed by a cell has led to an interest in the signals and mechanisms directing enzyme localization in the Golgi cisternae.
T4 460-681 Sentence denotes The possibility that this enzyme subcompartmentation may control the types of oligosaccharides expressed by a cell has led to an interest in the signals and mechanisms directing enzyme localization in the Golgi cisternae.
T4 460-681 Sentence denotes The possibility that this enzyme subcompartmentation may control the types of oligosaccharides expressed by a cell has led to an interest in the signals and mechanisms directing enzyme localization in the Golgi cisternae.
TextSentencer_T5 682-879 Sentence denotes All glycosidases and glycosyltransferases characterized thus far have very little sequence homology that might suggest a common Golgi retention signal, but they do share a similar domain structure.
T5 682-879 Sentence denotes All glycosidases and glycosyltransferases characterized thus far have very little sequence homology that might suggest a common Golgi retention signal, but they do share a similar domain structure.
T5 682-879 Sentence denotes All glycosidases and glycosyltransferases characterized thus far have very little sequence homology that might suggest a common Golgi retention signal, but they do share a similar domain structure.
TextSentencer_T6 880-1064 Sentence denotes They are all type II transmembrane proteins consisting of an amino terminal cytoplasmic tail, a signal anchor transmembrane domain, a stem region, and a large luminal catalytic domain.
T6 880-1064 Sentence denotes They are all type II transmembrane proteins consisting of an amino terminal cytoplasmic tail, a signal anchor transmembrane domain, a stem region, and a large luminal catalytic domain.
T6 880-1064 Sentence denotes They are all type II transmembrane proteins consisting of an amino terminal cytoplasmic tail, a signal anchor transmembrane domain, a stem region, and a large luminal catalytic domain.
TextSentencer_T7 1065-1279 Sentence denotes Their lack of sequence homology suggests that these proteins' Golgi retention signals are not linear amino acid sequences, but most likely involve general characteristics or conformations of larger protein domains.
T7 1065-1279 Sentence denotes Their lack of sequence homology suggests that these proteins' Golgi retention signals are not linear amino acid sequences, but most likely involve general characteristics or conformations of larger protein domains.
T7 1065-1279 Sentence denotes Their lack of sequence homology suggests that these proteins' Golgi retention signals are not linear amino acid sequences, but most likely involve general characteristics or conformations of larger protein domains.
TextSentencer_T8 1280-1488 Sentence denotes The peptide sequences required for Golgi retention of the N-acetylglucosaminyltransferase I (GlcNAcTI), beta 1,4-galactosyltransferase (GalT) and alpha 2,6-sialytransferase (ST) have been extensively studied.
T8 1280-1488 Sentence denotes The peptide sequences required for Golgi retention of the N-acetylglucosaminyltransferase I (GlcNAcTI), beta 1,4-galactosyltransferase (GalT) and alpha 2,6-sialytransferase (ST) have been extensively studied.
T8 1280-1488 Sentence denotes The peptide sequences required for Golgi retention of the N-acetylglucosaminyltransferase I (GlcNAcTI), beta 1,4-galactosyltransferase (GalT) and alpha 2,6-sialytransferase (ST) have been extensively studied.
TextSentencer_T9 1489-1686 Sentence denotes To do this, researchers created mutant and chimeric proteins, expressed these in tissue culture cells, and localized these proteins using immunofluorescence microscopy or immunoelectron microscopy.
T9 1489-1686 Sentence denotes To do this, researchers created mutant and chimeric proteins, expressed these in tissue culture cells, and localized these proteins using immunofluorescence microscopy or immunoelectron microscopy.
T9 1489-1686 Sentence denotes To do this, researchers created mutant and chimeric proteins, expressed these in tissue culture cells, and localized these proteins using immunofluorescence microscopy or immunoelectron microscopy.
TextSentencer_T10 1687-1807 Sentence denotes The cell surface expression of deletion mutants suggested that the deleted sequences were necessary for Golgi retention.
T10 1687-1807 Sentence denotes The cell surface expression of deletion mutants suggested that the deleted sequences were necessary for Golgi retention.
T10 1687-1807 Sentence denotes The cell surface expression of deletion mutants suggested that the deleted sequences were necessary for Golgi retention.
TextSentencer_T11 1808-2001 Sentence denotes Then, if these sequences were fused to a non-Golgi reporter protein and this chimeric or hybrid protein was retained in the Golgi, then these sequences were also sufficient for Golgi retention.
T11 1808-2001 Sentence denotes Then, if these sequences were fused to a non-Golgi reporter protein and this chimeric or hybrid protein was retained in the Golgi, then these sequences were also sufficient for Golgi retention.
T11 1808-2001 Sentence denotes Then, if these sequences were fused to a non-Golgi reporter protein and this chimeric or hybrid protein was retained in the Golgi, then these sequences were also sufficient for Golgi retention.
TextSentencer_T12 2002-2289 Sentence denotes Due to differences in reporter proteins used to construct these chimeric proteins, different cell types used for protein expression, different levels of protein expression, and different methods of cell surface protein detection, these experiments have led to somewhat confusing results.
T12 2002-2289 Sentence denotes Due to differences in reporter proteins used to construct these chimeric proteins, different cell types used for protein expression, different levels of protein expression, and different methods of cell surface protein detection, these experiments have led to somewhat confusing results.
T12 2002-2289 Sentence denotes Due to differences in reporter proteins used to construct these chimeric proteins, different cell types used for protein expression, different levels of protein expression, and different methods of cell surface protein detection, these experiments have led to somewhat confusing results.
TextSentencer_T13 2290-2540 Sentence denotes However, in general, it appears that the GalT relies primarily on its transmembrane domain for Golgi retention, while the GlcNAcTI and ST have requirements for their transmembrane regions, sequences flanking these regions, and luminal stem sequences.
T13 2290-2540 Sentence denotes However, in general, it appears that the GalT relies primarily on its transmembrane domain for Golgi retention, while the GlcNAcTI and ST have requirements for their transmembrane regions, sequences flanking these regions, and luminal stem sequences.
T13 2290-2540 Sentence denotes However, in general, it appears that the GalT relies primarily on its transmembrane domain for Golgi retention, while the GlcNAcTI and ST have requirements for their transmembrane regions, sequences flanking these regions, and luminal stem sequences.
TextSentencer_T14 2541-2650 Sentence denotes Based on these results, two potential Golgi retention mechanisms have been proposed and are now being tested.
T14 2541-2650 Sentence denotes Based on these results, two potential Golgi retention mechanisms have been proposed and are now being tested.
T14 2541-2650 Sentence denotes Based on these results, two potential Golgi retention mechanisms have been proposed and are now being tested.
TextSentencer_T15 2651-2826 Sentence denotes The observation that glycosyltransferase transmembrane domains are frequently sufficient for Golgi retention has led to the first of these models, the bilayer thickness model.
T15 2651-2826 Sentence denotes The observation that glycosyltransferase transmembrane domains are frequently sufficient for Golgi retention has led to the first of these models, the bilayer thickness model.
T15 2651-2826 Sentence denotes The observation that glycosyltransferase transmembrane domains are frequently sufficient for Golgi retention has led to the first of these models, the bilayer thickness model.
TextSentencer_T16 2827-3040 Sentence denotes This model proposes that the shorter transmembrane domains of Golgi proteins prevent them from entering cholesterol-rich transport vesicles destined for the plasma membrane, and that this leads to Golgi retention.
T16 2827-3040 Sentence denotes This model proposes that the shorter transmembrane domains of Golgi proteins prevent them from entering cholesterol-rich transport vesicles destined for the plasma membrane, and that this leads to Golgi retention.
T16 2827-3040 Sentence denotes This model proposes that the shorter transmembrane domains of Golgi proteins prevent them from entering cholesterol-rich transport vesicles destined for the plasma membrane, and that this leads to Golgi retention.
TextSentencer_T17 3041-3161 Sentence denotes The second of these models is supported by the role of multiple protein domains in the Golgi retention of some proteins.
T17 3041-3161 Sentence denotes The second of these models is supported by the role of multiple protein domains in the Golgi retention of some proteins.
T17 3041-3161 Sentence denotes The second of these models is supported by the role of multiple protein domains in the Golgi retention of some proteins.
TextSentencer_T18 3162-3414 Sentence denotes This model, the oligomerization/ kin recognition model of Golgi retention, proposes that the formation of insoluble protein homo-oligomers or very large hetero-oligomers prevents protein movement into transport vesicles destined for later compartments.
T18 3162-3414 Sentence denotes This model, the oligomerization/ kin recognition model of Golgi retention, proposes that the formation of insoluble protein homo-oligomers or very large hetero-oligomers prevents protein movement into transport vesicles destined for later compartments.
T18 3162-3414 Sentence denotes This model, the oligomerization/ kin recognition model of Golgi retention, proposes that the formation of insoluble protein homo-oligomers or very large hetero-oligomers prevents protein movement into transport vesicles destined for later compartments.
TextSentencer_T19 3415-3588 Sentence denotes Initial work suggests that the bilayer thickness mechanism may play a role in the retention of some Golgi retained proteins; however, it is not the sole retention mechanism.
T19 3415-3588 Sentence denotes Initial work suggests that the bilayer thickness mechanism may play a role in the retention of some Golgi retained proteins; however, it is not the sole retention mechanism.
T19 3415-3588 Sentence denotes Initial work suggests that the bilayer thickness mechanism may play a role in the retention of some Golgi retained proteins; however, it is not the sole retention mechanism.
TextSentencer_T20 3589-3762 Sentence denotes Other evidence suggests that an oligomerization/kin recognition mechanism may be more common, but definitive proof for its general use in Golgi protein retention is lacking.
T20 3589-3762 Sentence denotes Other evidence suggests that an oligomerization/kin recognition mechanism may be more common, but definitive proof for its general use in Golgi protein retention is lacking.
T20 3589-3762 Sentence denotes Other evidence suggests that an oligomerization/kin recognition mechanism may be more common, but definitive proof for its general use in Golgi protein retention is lacking.
TextSentencer_T21 3763-3896 Sentence denotes More research is required to further elucidate the sequences and particularly the mechanisms of Golgi retention. (ABSTRACT TRUNCATED)
T21 3763-3896 Sentence denotes More research is required to further elucidate the sequences and particularly the mechanisms of Golgi retention. (ABSTRACT TRUNCATED)
T21 3763-3896 Sentence denotes More research is required to further elucidate the sequences and particularly the mechanisms of Golgi retention. (ABSTRACT TRUNCATED)