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PubMed:7890768 JSONTXT 23 Projects

Annnotations TAB TSV DIC JSON TextAE Lectin_function IAV-Glycan

Id Subject Object Predicate Lexical cue
T1 0-96 Sentence denotes Inhibin antagonizes inhibition of liver cell growth by activin by a dominant-negative mechanism.
T1 0-96 Sentence denotes Inhibin antagonizes inhibition of liver cell growth by activin by a dominant-negative mechanism.
T2 97-221 Sentence denotes The beta:beta activin homodimer and alpha:beta inhibin heterodimer are mutual antagonists which share a common beta subunit.
T2 97-221 Sentence denotes The beta:beta activin homodimer and alpha:beta inhibin heterodimer are mutual antagonists which share a common beta subunit.
T3 222-354 Sentence denotes Recently, it has been shown that, similar to transforming growth factor-beta 1, activin is an inhibitor of hepatocyte DNA synthesis.
T3 222-354 Sentence denotes Recently, it has been shown that, similar to transforming growth factor-beta 1, activin is an inhibitor of hepatocyte DNA synthesis.
T4 355-489 Sentence denotes The activin receptor appears to be an obligatory complex of genetically distinct type I and II transmembrane serine/threonine kinases.
T4 355-489 Sentence denotes The activin receptor appears to be an obligatory complex of genetically distinct type I and II transmembrane serine/threonine kinases.
T5 490-603 Sentence denotes Activin type I receptors, SKR1 and SKR2, were first cloned from well differentiated human hepatoma cells (HepG2).
T5 490-603 Sentence denotes Activin type I receptors, SKR1 and SKR2, were first cloned from well differentiated human hepatoma cells (HepG2).
T6 604-752 Sentence denotes This prompted us to investigate the binding of activin and inhibin to receptors from HepG2 cells and the effect of the two ligands on DNA synthesis.
T6 604-752 Sentence denotes This prompted us to investigate the binding of activin and inhibin to receptors from HepG2 cells and the effect of the two ligands on DNA synthesis.
T7 753-1010 Sentence denotes Here we show that beta:beta activin binds to the activin type II receptor kinase (ActRII) which induces activin binding to the type I receptor kinase SKR2 to form ActRII.beta:beta.SKR2 complexes in which an activin beta chain occupies each receptor subunit.
T7 753-1010 Sentence denotes Here we show that beta:beta activin binds to the activin type II receptor kinase (ActRII) which induces activin binding to the type I receptor kinase SKR2 to form ActRII.beta:beta.SKR2 complexes in which an activin beta chain occupies each receptor subunit.
T8 1011-1156 Sentence denotes Inhibin also binds to ActRII through its beta subunit, competes with the binding of activin to ActRII, but fails to form the ActRII.SKR2 complex.
T8 1011-1156 Sentence denotes Inhibin also binds to ActRII through its beta subunit, competes with the binding of activin to ActRII, but fails to form the ActRII.SKR2 complex.
T9 1157-1231 Sentence denotes No specific binding site for inhibin could be demonstrated in HepG2 cells.
T9 1157-1231 Sentence denotes No specific binding site for inhibin could be demonstrated in HepG2 cells.
T10 1232-1337 Sentence denotes Inhibin, which had no activity of its own, antagonized the inhibitory effect of activin on DNA synthesis.
T10 1232-1337 Sentence denotes Inhibin, which had no activity of its own, antagonized the inhibitory effect of activin on DNA synthesis.
T11 1338-1495 Sentence denotes The results suggest that inhibin may be a natural antagonist of assembly of the heterodimeric activin receptor complex through a dominant-negative mechanism.
T11 1338-1495 Sentence denotes The results suggest that inhibin may be a natural antagonist of assembly of the heterodimeric activin receptor complex through a dominant-negative mechanism.