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Id Subject Object Predicate Lexical cue
TextSentencer_T1 0-199 Sentence denotes Oligosaccharide analysis and molecular modeling of soluble forms of glycoproteins belonging to the Ly-6, scavenger receptor, and immunoglobulin superfamilies expressed in Chinese hamster ovary cells.
T1 0-199 Sentence denotes Oligosaccharide analysis and molecular modeling of soluble forms of glycoproteins belonging to the Ly-6, scavenger receptor, and immunoglobulin superfamilies expressed in Chinese hamster ovary cells.
T1 0-199 Sentence denotes Oligosaccharide analysis and molecular modeling of soluble forms of glycoproteins belonging to the Ly-6, scavenger receptor, and immunoglobulin superfamilies expressed in Chinese hamster ovary cells.
TextSentencer_T2 200-385 Sentence denotes Most cell surface molecules are glycoproteins consisting of linear arrays of globular domains containing stretches of amino acid sequence with similarities to regions in other proteins.
T2 200-385 Sentence denotes Most cell surface molecules are glycoproteins consisting of linear arrays of globular domains containing stretches of amino acid sequence with similarities to regions in other proteins.
T2 200-385 Sentence denotes Most cell surface molecules are glycoproteins consisting of linear arrays of globular domains containing stretches of amino acid sequence with similarities to regions in other proteins.
TextSentencer_T3 386-479 Sentence denotes These conserved regions form the basis for the classification of proteins into superfamilies.
T3 386-479 Sentence denotes These conserved regions form the basis for the classification of proteins into superfamilies.
T3 386-479 Sentence denotes These conserved regions form the basis for the classification of proteins into superfamilies.
TextSentencer_T4 480-889 Sentence denotes Recombinant soluble forms of six leukocyte antigens belonging to the Ly-6 (CD59), scavenger receptor (CD5), and immunoglobulin (CD2, CD48, CD4, and Thy-1) superfamilies were expressed in the same Chinese hamster ovary cell line, thus providing an opportunity to examine the extent to which N-linked oligosaccharide processing might vary in a superfamily-, domain-, or protein-dependent manner in a given cell.
T4 480-889 Sentence denotes Recombinant soluble forms of six leukocyte antigens belonging to the Ly-6 (CD59), scavenger receptor (CD5), and immunoglobulin (CD2, CD48, CD4, and Thy-1) superfamilies were expressed in the same Chinese hamster ovary cell line, thus providing an opportunity to examine the extent to which N-linked oligosaccharide processing might vary in a superfamily-, domain-, or protein-dependent manner in a given cell.
T4 480-889 Sentence denotes Recombinant soluble forms of six leukocyte antigens belonging to the Ly-6 (CD59), scavenger receptor (CD5), and immunoglobulin (CD2, CD48, CD4, and Thy-1) superfamilies were expressed in the same Chinese hamster ovary cell line, thus providing an opportunity to examine the extent to which N-linked oligosaccharide processing might vary in a superfamily-, domain-, or protein-dependent manner in a given cell.
TextSentencer_T5 890-1093 Sentence denotes While we found no evidence for superfamily-specific modifications of the glycans, marked differences were seen in the types of oligosaccharides attached to individual proteins within a given superfamily.
T5 890-1093 Sentence denotes While we found no evidence for superfamily-specific modifications of the glycans, marked differences were seen in the types of oligosaccharides attached to individual proteins within a given superfamily.
T5 890-1093 Sentence denotes While we found no evidence for superfamily-specific modifications of the glycans, marked differences were seen in the types of oligosaccharides attached to individual proteins within a given superfamily.
TextSentencer_T6 1094-1302 Sentence denotes The relative importance of local protein surface properties versus the overall tertiary structure of the molecules in directing this protein-specific variation was examined in the context of molecular models.
T6 1094-1302 Sentence denotes The relative importance of local protein surface properties versus the overall tertiary structure of the molecules in directing this protein-specific variation was examined in the context of molecular models.
T6 1094-1302 Sentence denotes The relative importance of local protein surface properties versus the overall tertiary structure of the molecules in directing this protein-specific variation was examined in the context of molecular models.
TextSentencer_T7 1303-1439 Sentence denotes These were constructed using the 3D structures of the proteins, glycan data from this study, and an oligosaccharide structural database.
T7 1303-1439 Sentence denotes These were constructed using the 3D structures of the proteins, glycan data from this study, and an oligosaccharide structural database.
T7 1303-1439 Sentence denotes These were constructed using the 3D structures of the proteins, glycan data from this study, and an oligosaccharide structural database.
TextSentencer_T8 1440-1625 Sentence denotes The results indicated that both the overall organization of the domains and the local protein structure can have a large bearing on site-specific glycan modification of cells in stasis.
T8 1440-1625 Sentence denotes The results indicated that both the overall organization of the domains and the local protein structure can have a large bearing on site-specific glycan modification of cells in stasis.
T8 1440-1625 Sentence denotes The results indicated that both the overall organization of the domains and the local protein structure can have a large bearing on site-specific glycan modification of cells in stasis.
TextSentencer_T9 1626-1833 Sentence denotes This level of control ensures that the surface of a single cell will display a diverse repertoire of glycans and precludes the presentation of multiple copies of a single oligosaccharide on the cell surface.
T9 1626-1833 Sentence denotes This level of control ensures that the surface of a single cell will display a diverse repertoire of glycans and precludes the presentation of multiple copies of a single oligosaccharide on the cell surface.
T9 1626-1833 Sentence denotes This level of control ensures that the surface of a single cell will display a diverse repertoire of glycans and precludes the presentation of multiple copies of a single oligosaccharide on the cell surface.
TextSentencer_T10 1834-2010 Sentence denotes The glycans invariably shield large regions of the protein surfaces although, for the glycoproteins examined here, these did not hinder the known active sites of the molecules.
T10 1834-2010 Sentence denotes The glycans invariably shield large regions of the protein surfaces although, for the glycoproteins examined here, these did not hinder the known active sites of the molecules.
T10 1834-2010 Sentence denotes The glycans invariably shield large regions of the protein surfaces although, for the glycoproteins examined here, these did not hinder the known active sites of the molecules.
TextSentencer_T11 2011-2185 Sentence denotes The models also indicated that sugars are likely to play a role in the packing of the native cell surface glycoproteins and to limit nonspecific protein-protein interactions.
T11 2011-2185 Sentence denotes The models also indicated that sugars are likely to play a role in the packing of the native cell surface glycoproteins and to limit nonspecific protein-protein interactions.
T11 2011-2185 Sentence denotes The models also indicated that sugars are likely to play a role in the packing of the native cell surface glycoproteins and to limit nonspecific protein-protein interactions.
TextSentencer_T12 2186-2337 Sentence denotes In addition, glycans located close to the cell membrane are likely to affect crucially the orientation of the glycoproteins to which they are attached.
T12 2186-2337 Sentence denotes In addition, glycans located close to the cell membrane are likely to affect crucially the orientation of the glycoproteins to which they are attached.
T12 2186-2337 Sentence denotes In addition, glycans located close to the cell membrane are likely to affect crucially the orientation of the glycoproteins to which they are attached.