PMID-sentid Pub_year Sent_text compound_name comp_offset prot_official_name organism prot_offset 28952645-4 2017 The significant structural differences between the two isomers, as revealed by the solid-state structures, derives from the regiospecific cleavage of one of the three Os-Os bonds in the intermediate alkenyl cluster Os3(CO)9(mu-C7H4NS)(eta1-EtO2CCCHCO2Et), which follows hydride transfer to the coordinated alkyne ligand in the pi compound HOs3(CO)9(mu-C7H4NS)(eta2-DEAD). mu-c7h4ns 349-358 secreted phosphoprotein 1 Homo sapiens 235-239 28952645-4 2017 The significant structural differences between the two isomers, as revealed by the solid-state structures, derives from the regiospecific cleavage of one of the three Os-Os bonds in the intermediate alkenyl cluster Os3(CO)9(mu-C7H4NS)(eta1-EtO2CCCHCO2Et), which follows hydride transfer to the coordinated alkyne ligand in the pi compound HOs3(CO)9(mu-C7H4NS)(eta2-DEAD). mu-c7h4ns 349-358 DNA polymerase iota Homo sapiens 360-364 28952645-4 2017 The significant structural differences between the two isomers, as revealed by the solid-state structures, derives from the regiospecific cleavage of one of the three Os-Os bonds in the intermediate alkenyl cluster Os3(CO)9(mu-C7H4NS)(eta1-EtO2CCCHCO2Et), which follows hydride transfer to the coordinated alkyne ligand in the pi compound HOs3(CO)9(mu-C7H4NS)(eta2-DEAD). mu-c7h4ns 224-233 secreted phosphoprotein 1 Homo sapiens 235-239 28952645-4 2017 The significant structural differences between the two isomers, as revealed by the solid-state structures, derives from the regiospecific cleavage of one of the three Os-Os bonds in the intermediate alkenyl cluster Os3(CO)9(mu-C7H4NS)(eta1-EtO2CCCHCO2Et), which follows hydride transfer to the coordinated alkyne ligand in the pi compound HOs3(CO)9(mu-C7H4NS)(eta2-DEAD). mu-c7h4ns 224-233 DNA polymerase iota Homo sapiens 360-364