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Results: 1-20 |
Results: 20
Outcome of liver transplantation for hepatitis B: Report of a single center's experience
Authors: Chu, CJ Fontana, RJ Moore, C Armstrong, DR Punch, JD Su, GL Magee, JC Merion, RM Lok, ASF
Citation: Cj. Chu et al., Outcome of liver transplantation for hepatitis B: Report of a single center's experience, LIVER TRANS, 7(8), 2001, pp. 724-731
Alkali metal and magnesium enamides from metallation of the alkyl ligands [(2-Pyr)(SiMe3)CH2] and [6-Me-(2-Pyr)(SiMe3)CH2]: a solid state and ab initio study
Authors: Andrews, PC Armstrong, DR Raston, CL Roberts, BA Skelton, BW White, AH
Citation: Pc. Andrews et al., Alkali metal and magnesium enamides from metallation of the alkyl ligands [(2-Pyr)(SiMe3)CH2] and [6-Me-(2-Pyr)(SiMe3)CH2]: a solid state and ab initio study, J CHEM S DA, (7), 2001, pp. 996-1006
Synthesis and crystal structure of the new heteroleptic magnesium bis(amide) [{Mg[mu-N(H)Ph][N(SiMe3)(2)]center dot THF}(2)], and density functional MO calculations on model systems
Authors: Armstrong, DR Clegg, W Mulvey, RE Rowlings, RB
Citation: Dr. Armstrong et al., Synthesis and crystal structure of the new heteroleptic magnesium bis(amide) [{Mg[mu-N(H)Ph][N(SiMe3)(2)]center dot THF}(2)], and density functional MO calculations on model systems, J CHEM S DA, (4), 2001, pp. 409-413
The crystallographic observation of molecular lithium oxide: synthesis andsolid-state structure of [Me2AlN(2-C5H4N)Ph]Li-2 center dot 2THF
Authors: Armstrong, DR Davies, RR Linton, DJ Snaith, R Schooler, P Wheatley, AEH
Citation: Dr. Armstrong et al., The crystallographic observation of molecular lithium oxide: synthesis andsolid-state structure of [Me2AlN(2-C5H4N)Ph]Li-2 center dot 2THF, J CHEM S DA, (19), 2001, pp. 2838-2843
Ligand effects in the syntheses of molecular main group metal species containing interstitial hydride
Authors: Armstrong, DR Davies, RP Clegg, W Liddle, ST Linton, DJ Schooler, P Snaith, R Wheatley, AEH
Citation: Dr. Armstrong et al., Ligand effects in the syntheses of molecular main group metal species containing interstitial hydride, PHOSPHOR SU, 168, 2001, pp. 93-98
Need for individualized immunosuppression in elderly renal transplant recipients
Authors: Meier-Kriesche, HU Ojo, AO Arndorfer, JA Leichtman, AB Lake, K Cibrik, DM Punch, JD Armstrong, DR Kaplan, B
Citation: Hu. Meier-kriesche et al., Need for individualized immunosuppression in elderly renal transplant recipients, TRANSPLAN P, 33(1-2), 2001, pp. 1190-1191
Differences in etiology for graft loss in female renal transplant recipients
Authors: Meier-Kriesche, HU Ojo, AO Leavey, SF Cibrik, DM Arndorfer, JA Leichtman, AB Punch, JD Armstrong, DR Kaplan, B
Citation: Hu. Meier-kriesche et al., Differences in etiology for graft loss in female renal transplant recipients, TRANSPLAN P, 33(1-2), 2001, pp. 1288-1290
An investigation of the structural diversities of lithiated HMPA complexesof o-mercaptopyridine and trithiocyanuric acid: Syntheses, crystal structures and model molecular orbital calculations
Authors: Armstrong, DR Davies, JE Feeder, N Lamb, E Longridge, JJ Rawson, JM Snaith, R Wheatley, AEH
Citation: Dr. Armstrong et al., An investigation of the structural diversities of lithiated HMPA complexesof o-mercaptopyridine and trithiocyanuric acid: Syntheses, crystal structures and model molecular orbital calculations, J MOL MODEL, 6(2), 2000, pp. 234-247
Selective oxygen capture by lithium aluminates: a solid state and theoretical structural study
Authors: Armstrong, DR Davies, RP Linton, DJ Schooler, P Shields, GP Snaith, R Wheatley, AEH
Citation: Dr. Armstrong et al., Selective oxygen capture by lithium aluminates: a solid state and theoretical structural study, J CHEM S DA, (23), 2000, pp. 4304-4311
Electrophilic ring-opening of [(RP)(n)As](-) anions; a simple route to functionalised neutral phosphines of the type [((BuP)-P-t)((BuRP)-R-t)(2)]
Authors: Armstrong, DR Feeder, N Hopkins, AD Mays, MJ Moncrieff, D Wood, JA Woods, AD Wright, DS
Citation: Dr. Armstrong et al., Electrophilic ring-opening of [(RP)(n)As](-) anions; a simple route to functionalised neutral phosphines of the type [((BuP)-P-t)((BuRP)-R-t)(2)], CHEM COMMUN, (24), 2000, pp. 2483-2484
Zirconocene ketimides: Synthesis, structural characterization, ethylene polymerization activity, and ab initio computational studies
Authors: Armstrong, DR Henderson, KW Little, I Jenny, C Kennedy, AR McKeown, AE Mulvey, RE
Citation: Dr. Armstrong et al., Zirconocene ketimides: Synthesis, structural characterization, ethylene polymerization activity, and ab initio computational studies, ORGANOMETAL, 19(21), 2000, pp. 4369-4375
A remarkable isostructural homologous series of mixed lithium-heavier alkali metal tert-butoxides [(t-BuO)(8)Li4M4] (M = Na, K, Rb or Cs)
Authors: Armstrong, DR Clegg, W Drummond, AM Liddle, ST Mulvey, RE
Citation: Dr. Armstrong et al., A remarkable isostructural homologous series of mixed lithium-heavier alkali metal tert-butoxides [(t-BuO)(8)Li4M4] (M = Na, K, Rb or Cs), J AM CHEM S, 122(45), 2000, pp. 11117-11124
The first molecular main group metal species containing interstitial hydride
Authors: Armstrong, DR Clegg, W Davies, RP Liddle, ST Linton, DJ Raithby, PR Snaith, R Wheatley, AEH
Citation: Dr. Armstrong et al., The first molecular main group metal species containing interstitial hydride, ANGEW CHEM, 38(22), 1999, pp. 3367-3370
Mixed-metal sodium-magnesium macrocyclic amide chemistry: A template reaction for the site selective dideprotonation of arene molecules
Authors: Armstrong, DR Kennedy, AR Mulvey, RE Rowlings, RB
Citation: Dr. Armstrong et al., Mixed-metal sodium-magnesium macrocyclic amide chemistry: A template reaction for the site selective dideprotonation of arene molecules, ANGEW CHEM, 38(1-2), 1999, pp. 131-133
Hexameric chiral alpha-amino lithium alkoxides: a solid-state and theoretical structural investigation
Authors: Armstrong, DR Davies, RP Raithby, PR Snaith, R Wheatley, AEH
Citation: Dr. Armstrong et al., Hexameric chiral alpha-amino lithium alkoxides: a solid-state and theoretical structural investigation, NEW J CHEM, 23(5), 1999, pp. 499-507
Dynamic processes in organolithium chemistry: tetrameric and 'open' tetrameric chiral alpha-amino lithium alkoxides
Authors: Armstrong, DR Davies, JE Davies, RP Raithby, PR Snaith, R Wheatley, AEH
Citation: Dr. Armstrong et al., Dynamic processes in organolithium chemistry: tetrameric and 'open' tetrameric chiral alpha-amino lithium alkoxides, NEW J CHEM, 23(1), 1999, pp. 35-41
Structural studies of the chiral lithium amides [{PhC(H)Me}(2)NLi] and [PhCH2{PhC(H)Me}NLi center dot THF] derived from alpha-methylbenzylamine
Authors: Armstrong, DR Henderson, KW Kennedy, AR Kerr, WJ Mair, FS Moir, JH Moran, PH Snaith, R
Citation: Dr. Armstrong et al., Structural studies of the chiral lithium amides [{PhC(H)Me}(2)NLi] and [PhCH2{PhC(H)Me}NLi center dot THF] derived from alpha-methylbenzylamine, J CHEM S DA, (22), 1999, pp. 4063-4068
Sodium hydrotris(methimazolyl)borate, a novel soft, tridentate ligand: preparation, structure and comparisons with sodium hydrotris(pyrazolyl)borate
Authors: Reglinski, J Garner, M Cassidy, ID Slavin, PA Spicer, MD Armstrong, DR
Citation: J. Reglinski et al., Sodium hydrotris(methimazolyl)borate, a novel soft, tridentate ligand: preparation, structure and comparisons with sodium hydrotris(pyrazolyl)borate, J CHEM S DA, (13), 1999, pp. 2119-2126
Lithiation selectivity in monoalkylamine/dialkylamine mixtures: A synthetic and ab initio molecular orbital study
Authors: Armstrong, DR Carstairs, A Henderson, KW
Citation: Dr. Armstrong et al., Lithiation selectivity in monoalkylamine/dialkylamine mixtures: A synthetic and ab initio molecular orbital study, ORGANOMETAL, 18(18), 1999, pp. 3589-3596
N-nitrosohydroxylamine-N-sulfonate: A redetermination of its X-ray crystalstructure and an analysis of its formation from NO and SO32- using ab initio molecular orbital calculations
Authors: Reglinski, J Armstrong, DR Sealey, K Spicer, MD
Citation: J. Reglinski et al., N-nitrosohydroxylamine-N-sulfonate: A redetermination of its X-ray crystalstructure and an analysis of its formation from NO and SO32- using ab initio molecular orbital calculations, INORG CHEM, 38(4), 1999, pp. 733-737
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