22 research outputs found
Providing oral health care to underserved population of pregnant women: retrospective review of 320 patients treated in private practice setting.
This article aims to quantify the impact of a novel partnership between a fee-for-service private practice and a teaching hospital dental service intended to provide oral care to an underserved population of pregnant women. Further, it seeks to ascertain the oral needs of this high-risk and diverse population. Data is presented that suggests the dire need for oral care among this pregnant population and the efficacy of treating these women in a private practice setting
Ein bimodales Verkehrssystem fuer den Transport von temperierten Lebensmitteln Oekonomische und Oekologische Gesamtbetrachtung
SIGLEAvailable from TIB Hannover: F00B1492 / FIZ - Fachinformationszzentrum Karlsruhe / TIB - Technische InformationsbibliothekDeutsche Bundesstiftung Umwelt, Osnabrueck (Germany)DEGerman
Nickel(II) Cyanoborates and Cyanoborate-Ligated Nickel(II) Complexes
Nickel(II) cyanoborates Ni[BH2(CN)2]2路H2O (1b路H2O),
Ni[BH(CN)3]2路0.5H2O (1c路0.5H2O), and Ni[B(CN)4]2路0.5H2O (1d路0.5H2O) were synthesized,
and their reactivity with respect to dppeO2 (=1,2-bis-(diphenylphosphinoethane dioxide)), pyNO (=pyridine-N-oxide), dppe (=1,2-bis-(diphenylphosphinoethane),
and DMSO (=dimethyl sulfoxide) was examined. Using these ligands,
either cyanoborate (CB) complex salts of [Ni(dppe)2]2+ (2b鈥揹) and [Ni(pyNO)6]2+ (3c鈥揹) were
isolated or complexes [Ni(DMSO)4{NC-B(CN)3}2] (1dDMSO) and [Ni(dppeO2)2{NC-B(CN)3}2] (1ddppeO2) were formed. Salt metathesis of [Ni(dppe)Cl2] with alkali metal cyanoborates resulted in mono- and disubstituted
coordination compounds [Ni(dppe){NC-BH(CN)2}Cl] (5c) and [Ni(dppe){NC-BH2CN)2}] (4b), which decomposed to salts 2b鈥揹. The synthetical pathways explored offer convenient routes
to nickel(II) cyanoborates, nickel(II) complexes ligated with cyanoborates,
and nickel(II) complex salts of cyanoborates. Further, our studies
demonstrate the diverse character of cyanoborates in coordination
chemistry as noncoordinating counteranions and also as medium coordinating
anions forming novel transition-metal complexes and salts