| ª×èÍÇÒÃÊÒà : Journal of the American Chemical Society |
| Vol. 120 No.9,11 March 1998 |
| ª×èÍàÃ×èͧ | Mechanism of 2,5 -Dioxopipperazine Formation |
| ¼Ùéáµè§ | Sante Capasso, Alessando Vergara, and Lelio Mazzarella |
| ˹éÒ | 1990 |
|
|
| ª×èÍàÃ×èͧ | Solution- and Solid-Phase Synthesis of N-Protected GlycopeptideEsters of the Benzyl Type as Substrates for Subtilisin-CatalyzedGlycopeptide Couplings |
| ¼Ùéáµè§ | Krista Witte, Oliver Seitz, and Chi-Huey Wong |
| ˹éÒ | 1979 |
|
|
| ª×èÍàÃ×èͧ | Probing the Specificity of Aminoglycoside-Ribosomal RNAInteractions with Designed Synthetic Analogs |
| ¼Ùéáµè§ | Phil B. Alper, Martin Hendrix, Pamela Sears, and Chi-Huey Wong |
| ˹éÒ | 1965 |
|
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| ª×èÍàÃ×èͧ | One-Pot Colorimetric Differentiation of Polynucleotides withSingle Base Imperfections Using Gold Nanoparticle Probes |
| ¼Ùéáµè§ | James J. Storhoff, Robert Elghanian, Robert C. Mucic, Chad A.Mirkin, and Robert L. Letsinger |
| ˹éÒ | 1959 |
|
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| ª×èÍàÃ×èͧ | Intramolecular Triplet Energy Transfer in Bichromophores withLong Flexible Tethers |
| ¼Ùéáµè§ | Petr Klan and Peter J. Wagner |
| ˹éÒ | 2198 |
|
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| ª×èÍàÃ×èͧ | Strategies for Synthesis of Elastomeric Polypropylene: FluxionalMetallocenes with C(,1)-Symmetry |
| ¼Ùéáµè§ | Raisa Kravchenko, Athar Masood, Robert M. Waymouth, and CharlesL. Myers |
| ˹éÒ | 2039 |
|
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| ª×èÍàÃ×èͧ | Order Determinations in Liquid Crystals by Dynamic Director NMRSpectroscopy |
| ¼Ùéáµè§ | Min Zhou, Veronica Frydman, and Lucio Frydman |
| ˹éÒ | 2178 |
|
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| ª×èÍàÃ×èͧ | Trapped Kinetic States, Chiral Amplification and MolecularChaperoning in Synthetic Polymers: Chiral Induction inPolyguanidines through Ion Pair Interactions |
| ¼Ùéáµè§ | David S. Schlitzer and Bruce M. Novak |
| ˹éÒ | 2196 |
|
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| ª×èÍàÃ×èͧ | Metal-Containing Oligonucleotides: Solid-Phase Synthesis andLuminescence Properties |
| ¼Ùéáµè§ | Dennis J. Hurley and Yitzhak Tor |
| ˹éÒ | 2194 |
|
|
| ª×èÍàÃ×èͧ | FR-66979 Covalently Cross-Links the Binding Domain of theHigh-Mobility Group I/Y Proteins to DNA |
| ¼Ùéáµè§ | Scott R. Rajski, Samuel B. Rollins, and Robert M. Williams |
| ˹éÒ | 2192 |
|
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| ª×èÍàÃ×èͧ | Generation of a Mixed- Valent Fe(III)Fe(IV) Form of IntermediateQ in the Reaction Cycle of Soluble Methane Monooxygenase, anAnalog of Intermediate X in Ribonucleotide Reductase R2 Assembly |
| ¼Ùéáµè§ | Ann M. Valentine, Pedro Tavares, Alice S. Pereira, Roman Davydov,Carsten Krebs, Brian M. Hoffman, Dale E. Edmondson, Boi HanhHuynh, and Stephen J. Lippard |
| ˹éÒ | 2190 |
|
|
| ª×èÍàÃ×èͧ | A Novel Template Method for Prepararing UnidirectionalKinetically Inert Metal Complexes |
| ¼Ùéáµè§ | Haim Weizman, Jacqueline Libman, and Abraham Shanzer |
| ˹éÒ | 2188 |
|
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| ª×èÍàÃ×èͧ | Coordinatively Unsaturated Metal Centers in the Extended PorousFramework of Zn(,3)(BDC)(,3)(...)6CH(,3)OH (BDE =1,4-Benzenedicarboxylate) |
| ¼Ùéáµè§ | Hailian Li, Charles E. Davis, Thomas L. Groy, Douglas G. Kelley,and O.M. Yaghi |
| ˹éÒ | 2186 |
|
|
| ª×èÍàÃ×èͧ | Origin of (...)-Hairpin Stability in Solution: Structural andThermodunamic Analysis of the Folding of a Model Peptide SupportsHydrophobic Stabilization in Water |
| ¼Ùéáµè§ | Allister J. Maynard, Gary J. Sharman, and Mark S. Searle |
| ˹éÒ | 1996 |
|
|
| ª×èÍàÃ×èͧ | Spiropentylacetyl-CoA, A Mechanism-Based Inactivator of Acyl-CoAA Dehydrogenases |
| ¼Ùéáµè§ | Ding Li, Hui-qiang Zhou, Srikanth Dakoji, Injae Shin, Eugene Oh,and Hung-wen Liu |
| ˹éÒ | 2008 |
|
|
| ª×èÍàÃ×èͧ | E and Z Conformations of Esters, Thiol Esters, and Amides |
| ¼Ùéáµè§ | Diwakar M. Pawar, Abdelnaser A. Khalil, Denise R. Hooks, KennethCollins, Tijuana Elliott, Jefforey Stafford, Lucille Smith, andEric A. Noe |
| ˹éÒ | 2108 |
|
|
| ª×èÍàÃ×èͧ | Pyranose Ring Flexibility. Mapping of Physical Data for Iduronatein Continuous Conformational Space |
| ¼Ùéáµè§ | Steffen Ernst, Ganesh Venkataraman, V. Sasisekharan, RobertLanger, Charles L. Cooney, and Ram Sasisekharan |
| ˹éÒ | 2099 |
|
|
| ª×èÍàÃ×èͧ | A New Mechanism for Nucleation Beneath Monolayer Films? |
| ¼Ùéáµè§ | S. J. Cooper, R. B. Sessions, and S. D. Lubetkin |
| ˹éÒ | 2090 |
|
|
| ª×èÍàÃ×èͧ | EPR, Electronic Spectra, and Electron Transfer Properties of the17 Electron Carbonylhydrotris(triphenylphosphine)rhodium (II)Cation |
| ¼Ùéáµè§ | Dmitri Menglet, Alan M. Bond, Kevin Coutinho, Ron S. Dickson,Georgii G. Lazarev, Scott A. Olsen, and John R. Pilbrow |
| ˹éÒ | 2086 |
|
|
| ª×èÍàÃ×èͧ | Four-Coordinate Molybdenum Chalcogenide Complexes Relevant toNitrous Oxide N-N Bond Cleavage by Three-CoordinateMolybdenum(III): Synthesis, Characterization, Reactivity, andThermochemistry |
| ¼Ùéáµè§ | Adam R. Johnson, William M. Davis, Christopher C. Cummins,Scafford Serron, Steven P. Nolan, Djamaladdin G. Musaev, andKeiji Morokuma |
| ˹éÒ | 2071 |
|
|
| ª×èÍàÃ×èͧ | Monomeric InC(,6)H(,3)-2,6-Trip(,2) (Trip =C9,6)H(,2)-2,4,6-i-Pr(,3)) and Its Manganese Complex(n('5)-C(,5)H(,5))(CO)(,2)MnInC(,6)H(,3)-2,6-Trip(,2):One-Coordinate Indium in the Solid State |
| ¼Ùéáµè§ | Scott T. Haubrich and Philip P. Power |
| ˹éÒ | 2202 |
|
|
| ª×èÍàÃ×èͧ | Theory-Assisted Determination of Absolute Sterochemistry forComplex Natural Products via Computation of Molar Rotation Angles |
| ¼Ùéáµè§ | Rama K. Kondru, Peter Wipf, and David N. Beratan |
| ˹éÒ | 2204 |
|
|
| ª×èÍàÃ×èͧ | A Highly (...)-Stacked Organic Semiconductor for Thin FilmTransistors Based on Fused Thiophenes |
| ¼Ùéáµè§ | Xiao-Chang Li, Henning Sirringhaus, Francis Garnier, Andrew B.Holmes, Stephen C. Moratti, Neil Feeder, William Clegg, Simon J.Teat, and Richard H. Friend |
| ˹éÒ | 2206 |
|
|
| ª×èÍàÃ×èͧ | NMR Motional Averaging in the Isotopically Perturbed CopeRearrangement |
| ¼Ùéáµè§ | Eric R. Johnston, Jodi S. Barber,Marc Jacomet, and James C.Barborak |
| ˹éÒ | 2208 |
|
|
| ª×èÍàÃ×èͧ | Control of Dispersion of Ni('2)('+) Ions via Chelate Ligands inthe Preparation of Ni/SiO(,2) Materials. A XAFS Study |
| ¼Ùéáµè§ | J. Y. Carriat, M. Che, M. Kermarec, M. Verdaguer, and A.Michalowicz |
| ˹éÒ | 2059 |
|
|
| ª×èÍàÃ×èͧ | Extensive Studies on (...)-Stacking of Poly(3-alkylthiophene-2,5-diyl)s and Poly (4-alkylthiazole-2,5-diyl)(s by OpticalSpectroscopy, NMR Analysis, Light Scattering Analysis, and X-rayCrystallography |
| ¼Ùéáµè§ | Takakazu Yamamoto, Dharma Komarudin, Minoru Arai, Bang-Lin Lee,Hajime Suganuma, Naoki Asakawa, Yoshio Inoue, Kenji Kubota,Shintaro Sasaki, Takashi Fukuda, and Hiro Matsuda |
| ˹éÒ | 2047 |
|
|
| ª×èÍàÃ×èͧ | Lithium Ephedrate-Mediated Addition of a Lithium Acetylide to aKetone: Solution Structures and Relative Reactivities of MixedAgregates Underlying the High Enantioselectivities |
| ¼Ùéáµè§ | Andrew Thompson, Edward G. Corley, Martha F. Huntington, EdwardJ. J. Grabowski, Julius F. Remenar, and David B. Collum |
| ˹éÒ | 2028 |
|
|
| ª×èÍàÃ×èͧ | Mechanistic Crossover Induced by Steric Hindrance: A TheoreticalStudy of Electron Transfer and Substitution Mechanisms ofCyanoformaldehyde Anion Radical and Alkyl Halides |
| ¼Ùéáµè§ | G. Narahari Sastry and Sason Shaik |
| ˹éÒ | 2131 |
|
|
| ª×èÍàÃ×èͧ | Solution ('1)H NMR Study of the Electronic Structure and MagneticProperties of High-Spin Ferrous or Deoxy Myoglobins |
| ¼Ùéáµè§ | Catherine M. Bougault, Yi Dou, Masao Ikeda-Saito, Kevin C.Langry, Kevin M. Smitt, and Gered N. La Mar |
| ˹éÒ | 2113 |
|
|
| ª×èÍàÃ×èͧ | Reactions of Olefin Polymerization Activators with ComplexedPentamethylcyclopentadienyl Ligands: Abstraction ofTetramethylfulvalene |
| ¼Ùéáµè§ | William J. Evans, Kevin J. Forrestal, Mohammad A. Ansari, andJoseph W. Ziller |
| ˹éÒ | 2180 |
|
|
| ª×èÍàÃ×èͧ | A Computational Study of the Proton-Transfer Chemistry of theSilaformyl Anion |
| ¼Ùéáµè§ | Jon A. Rusho, Mark S. Gordon, Niels H. Damrauer, and RobertDamrauer |
| ˹éÒ | 2124 |
|
|
| ª×èÍàÃ×èͧ | Unexpected Enzymatic Fucosylation of the Hindered TertiaryAlcohol of 3-C-Methyl-N-Acetyllactosamine Produces a NovelAnalogue of the LeX- Trisaccharide |
| ¼Ùéáµè§ | Xiangping Qian, Ole Hindsgaul, Hong Li, and Monica M. Palcic |
| ˹éÒ | 2184 |
|
|
| ª×èÍàÃ×èͧ | Mechanistic Studies of an Antibody-Catalyzed PericyclicRearrangement |
| ¼Ùéáµè§ | Edwaed M. Driggers, Ho S. Cho, Corey W. Liu, Catherine P. Katzka,Andrew C. Braisted, Helle D. Ulrich, David E. Wemmer and Peter G.Schultz |
| ˹éÒ | 1945 |
|
|
| ª×èÍàÃ×èͧ | Strand Invasion of Supercoiled DNA by Oligonucleotides with aTriplex Guide Sequence |
| ¼Ùéáµè§ | Howard B. Gamper, Jr., Ya-Ming Hou, Michael R. Stamm, Mikhail A.Podyminogin, and Rich B. Meyer |
| ˹éÒ | 2182 |
|
|
| ª×èÍàÃ×èͧ | Comparison of the Singlet, Triplet Energy Gap of a SymmetricalDiradical Dication with ET Parameters Derived from Its OpticalSpectrum |
| ¼Ùéáµè§ | Stephen F. Nelsen, Rustem F. Ismagilov, and Yoshio Teki |
| ˹éÒ | 2200 |
|
|
| ª×èÍàÃ×èͧ | Analysis of Amidinium Guest Complexation by Comparison of TwoClasses of Dendrimer Hosts Containing a Hydrogen Bonding Unit atthe Core |
| ¼Ùéáµè§ | Steven C. Zimmerman, Yue Wang, P. Bharathi, and Jeffrey S. Moore |
| ˹éÒ | 2172 |
|
|
| ª×èÍàÃ×èͧ | Glucose in Aqueors Solution by Fist Principles Molecular Dynamics |
| ¼Ùéáµè§ | C. Moliteni and M. Parrinello |
| ˹éÒ | 2168 |
|
|
| ª×èÍàÃ×èͧ | NMR Structure of Two Cyclic Oligonucleotides. A Monomer-DimerEquilibrium between Dumbbell and Quadruplex Structures |
| ¼Ùéáµè§ | Carlos Gonzalez, Nuria Escaja, Manuel Rico, and Enrique Pedroso |
| ˹éÒ | 2176 |
|
|
| ª×èÍàÃ×èͧ | Neutral and Alkaline Hydrolyses of Model (...)-LactamAntibiotics. An ab Initio Study of Water Catalysis |
| ¼Ùéáµè§ | Jesus Pitarch, Manuel F. Ruiz-Lopez, Estanislao Silla, Juan-LuisPascual-Ahuir, and Inaki Tunon |
| ˹éÒ | 2146 |
|
|
| ª×èÍàÃ×èͧ | Evidence for a Stable Ti(IV) Metallocene Dihydrogen Complex fromab Initio Molecular Dynamics |
| ¼Ùéáµè§ | Peter M. Margl, Tom K, Woo, Peter E. Blochl, and Tom Ziegler |
| ˹éÒ | 2174 |
|
|
| ª×èÍàÃ×èͧ | Factors Governing the Enhanced Reactivity of Five-Membered CyclicPhosphate Esters |
| ¼Ùéáµè§ | Nai-yuan Chang and Carmay Lim |
| ˹éÒ | 2156 |
|
|
| Vol. 120 No.8,4 March 1998 |
| ª×èÍàÃ×èͧ | Effects of Bridge Redox State Levels on the Electron Transfer andOptical Properties of Intervalence Compounds with HydrazineCharge-Bearing Units |
| ¼Ùéáµè§ | Stephen F. Nelsen Rustem F.Ismagilov and Douglas R. Powell |
| ˹éÒ | 1924 |
|
|
| ª×èÍàÃ×èͧ | Structures and Spectroscopic Characteristics of 5,6 - Dihydro-6-thymyl and 5,6 - Dihydro -5- thymyl Radicals by an IntegratedQuantum Mechanical Approach Including Electronic, Vibrational,and Solvent Effects |
| ¼Ùéáµè§ | F. Jolibois, J. Cadet, A. Grand, R. Subra, N. Rega, and V. Barone |
| ˹éÒ | 1864 |
|
|
| ª×èÍàÃ×èͧ | Rapid Screening of Binding Affinities: Application of the(...)-Dynamics Method to a Trypsin-Inhibitor System |
| ¼Ùéáµè§ | Zhuyan Guo and Charles L. Brooks, III |
| ˹éÒ | 1920 |
|
|
| ª×èÍàÃ×èͧ | Synthesis of the Unusual Diterpenoid Tropones Hainanolidol andHarringtonolide |
| ¼Ùéáµè§ | Barbara Frey, Adam P. Wells, Daniel H. Rogers and Lewis N. Mander |
| ˹éÒ | 1914 |
|
|
| ª×èÍàÃ×èͧ | Asymmetric Arylation of Ketone Enolates |
| ¼Ùéáµè§ | Jens Ahman, John P. Wolfe, Malisa V. Troutman, Michael Palucki,Stephen L. Buchwald |
| ˹éÒ | 1918 |
|
|
| ª×èÍàÃ×èͧ | Dimerization of Soilaethylene: Computational Evidence for a NovelMechanism for the Formation of 1,3-Disilacyclobutane via a 1,2Approach |
| ¼Ùéáµè§ | Alessandro Venturini, Fernando Bernardi, Massimo Olivucci,Michael A. Robb and Ivan Rossici |
| ˹éÒ | 1912 |
|
|
| ª×èÍàÃ×èͧ | The First Total Synthesis of Bacterial Cell Wall PrecursorUDP-N_Acetylmuramyl-Pentapeptide (Park Nucleotide) |
| ¼Ùéáµè§ | Stephen A. Hitchcock, Clark N. Eid, James A. Aikins, MohammadZia-Ebrahimi and Larry C.Blaszczak |
| ˹éÒ | 1916 |
|
|
| ª×èÍàÃ×èͧ | W(CO)(,5).THF-Catalyzed Endo-selective Cyclization of(...)-Acetylenic Silyl Enol Ethers |
| ¼Ùéáµè§ | Katsuya Maeyama and Nobuharu Iwasawa |
| ˹éÒ | 1928 |
|
|
| ª×èÍàÃ×èͧ | Stereospecific Cationic [1,2] Silyl Shife with Retention ofConfiguration at the Migrating Terminus |
| ¼Ùéáµè§ | Michinori Suginome, Akira Takama and Yoshihiko Ito |
| ˹éÒ | 1930 |
|
|
| ª×èÍàÃ×èͧ | Novel Nickel(II)- and Palladium(II)-Based Catalytic Systems forthe Synthesis of Hyperbranched Polymers from Ethene |
| ¼Ùéáµè§ | Jang Sub Kim, James H. Pawlow, Louis M. Wojcinski II, ShahidMurtuza, Smita Kacker and Ayusman Sen |
| ˹éÒ | 1932 |
|
|
| ª×èÍàÃ×èͧ | Cycloaddition Reaction of Zirconacyclopentadienes to Alkynes:Highlh Selective Formation of Benzene Derivatives from ThreeDifferent Alkynes |
| ¼Ùéáµè§ | Tamotsu Takahashi, Zhenfeng Xi, Akiko Yamazaki, Yuanhong Liu,Kiyohiko Nakajima, and Martin Kotora |
| ˹éÒ | 1672 |
|
|
| ª×èÍàÃ×èͧ | Constitution, Configuration, and the Optical Activity of ChiralDendrimers |
| ¼Ùéáµè§ | James R. McElhanon and Dominic V. McGrath |
| ˹éÒ | 1647 |
|
|
| ª×èÍàÃ×èͧ | Retention of Regiochemistry of Allylic Esters in Palladium -Catalyzed Allylic Alkylation in the Presence of a MOP Ligand |
| ¼Ùéáµè§ | ]Tamio Hayashi, Motoi Kawatsura, and Yasuhiro Uozumi |
| ˹éÒ | 1681 |
|
|
| ª×èÍàÃ×èͧ | Molecular Orientation Distributions in Protein Films. 4. AMultilayer Composed of Yeast Cytochrome c Bound through anIntermediate Streptavidin Layer to a Planar SupportedPhospholipid Bilayer |
| ¼Ùéáµè§ | Paul L. Edmiston and S. Scott Saavedra |
| ˹éÒ | 1665 |
|
|
| ª×èÍàÃ×èͧ | Preduction of Rate Constants for Cyanohydrin Formation UsingEquilibrium Constants and Distortion Energes |
| ¼Ùéáµè§ | J. Peter Guthrie |
| ˹éÒ | 1688 |
|
|
| ª×èÍàÃ×èͧ | Electronic Structure Studies of 1,2- Didehydrogenation of Arenesand Rearrangement of Arynes to AnnelatedCyclopentadienylidenecarbenes |
| ¼Ùéáµè§ | Jerzy Cioslowski, Pawel Piskorz, and David Moncrieff |
| ˹éÒ | 1695 |
|
|
| ª×èÍàÃ×èͧ | Facile 1,3 - Shift of Chlorine in a Chlorocarbonylketene |
| ¼Ùéáµè§ | Justin Finnerty, John Andraos, Yohsuke Yamamoto, Ming Wah Wong,and Curt Wentrup |
| ˹éÒ | 1701 |
|
|
| ª×èÍàÃ×èͧ | Cyanine Borate Penetrated Ion Pair Structures in Solution and theSolid State: Induced Circular Dichroism |
| ¼Ùéáµè§ | David J. Owen, Donald VanDerveer, and Gary B. Schuster |
| ˹éÒ | 1705 |
|
|
| ª×èÍàÃ×èͧ | Ion Pair Properties of Lithium and Cesium Salts of Carbazole |
| ¼Ùéáµè§ | Alessandro Abbotto, Andrew Streitwieser, Manolis Stratakis, andJames A. Krom |
| ˹éÒ | 1718 |
|
|
| ª×èÍàÃ×èͧ | Highly Regio - and Stereoselective [3+2] CyclopentanoneAnnulation Using a 3- (Alkylthio) -2 siloxyallyl Cationic Species |
| ¼Ùéáµè§ | Keiichichi Masuya, Kei Domon, Keiji Tanino, and Isao Kromajima |
| ˹éÒ | 1724 |
|
|
| ª×èÍàÃ×èͧ | Design, Synthesis, and Photochemical Properties of aPhotoreleasable Ubiquinol - 2: A Novel Compound for StudyingRapid Electron - Transfer Kinetics in Ubiquinol - OxidizingEnzymes |
| ¼Ùéáµè§ | Michael H. B. Stowell, Guangyang Wang, Michael W. Day, and SunneyI. Chan |
| ˹éÒ | 1657 |
|
|
| ª×èÍàÃ×èͧ | Biosynthesis of Vitamin B(,6): The Oxidation of4-(Phosphohydroxy)-L-threonine by PdxA |
| ¼Ùéáµè§ | David E. Cane, Yuju Hsiung, Julie A. Cornish, J. KennethRobinson and Ian D. Spenser |
| ˹éÒ | 1936 |
|
|
| ª×èÍàÃ×èͧ | Determination of the Internal Rotation Barrier of[('15)N]Formamide from Gas-Phase ('1)H NMR Spectra |
| ¼Ùéáµè§ | Angela N. Taha, Susan M. Neugebauer Crawford and Nancy S. True |
| ˹éÒ | 1934 |
|
|
| ª×èÍàÃ×èͧ | Synthesis, Structure, and Reactivity of Neutral(...)('3)-Propargylpalladium Complexes |
| ¼Ùéáµè§ | Ken Tsutsumi, Sensuke Ogoshi, Shinji Nishiguchi and Hideo Kurosawa |
| ˹éÒ | 1938 |
|
|
| ª×èÍàÃ×èͧ | Structure and Morphology of Helicene Fibers |
| ¼Ùéáµè§ | Andrew J. Lovinger, Colin Nuckolls and Thomas J. Katz |
| ˹éÒ | 1944 |
|
|
| ª×èÍàÃ×èͧ | Studies on the Electroactive Helterocycles C(,6)S(,8)(,0/2)- andC(,6)S(,6)O(,2)('1/2) Related Metal Complexes |
| ¼Ùéáµè§ | Jun - Hong Chou, Thomas B. Rauchfuss, and Lisa F. Szczepura |
| ˹éÒ | 1805 |
|
|
| ª×èÍàÃ×èͧ | The Synthesis, Aromaticity, and NMR Properties of [14] AnnuleneFused Organometallics. Determination of the Effective BondLocalizing Ability ('Relative Aromaticity') and DiamagneticAnisotropy of Several Organometallic Moieties |
| ¼Ùéáµè§ | Reginald H. Mitchell, Yongsheng Chen, Nasr Khalifa, and PengzuZhou |
| ˹éÒ | 1785 |
|
|
| ª×èÍàÃ×èͧ | The Use of Density Functional Theory To Understand and PredictStructures and Bonding in Main Group Compounds with MultipleBonds |
| ¼Ùéáµè§ | F. Albert Cotton, Alan H. Cowley, and Xuejun Feng |
| ˹éÒ | 1795 |
|
|
| ª×èÍàÃ×èͧ | On the Possible Structures of Mn(,2)(CO)(,8): Theoretical Supportfor an Unprecedented Asymmetric Unbridged Isomer |
| ¼Ùéáµè§ | Timothy A. Barckholtz and Bruce E. Bursten |
| ˹éÒ | 1926 |
|
|
| ª×èÍàÃ×èͧ | Temperature Dependence of Cation Distribution and Oxidation Statein Magnetic Mn- Fe Ferrite Nanocrystals |
| ¼Ùéáµè§ | Z. John Zhang, Zhong L. Wang, Bryan C. Chakoumakos, and Jin S.Yin |
| ˹éÒ | 1800 |
|
|
| ª×èÍàÃ×èͧ | Orbital Overlap and Antiferromagnetic Coupling in SubstitutedTetraphenylporphinatomanganate (III) Tetracyanoethenide BasedMagnets. The Importance of Q-d(,z)('2)('-)p(,z) Overlap |
| ¼Ùéáµè§ | Erik J. Brandon, Christian Kollmar, and Joel S. Miller |
| ˹éÒ | 1822 |
|
|
| ª×èÍàÃ×èͧ | First Studies of the Transition Metal-Catalyzed [5+2]Cycloadditions of Alkenes and Vinylcyclopropanes: Scope andStereochemistry |
| ¼Ùéáµè§ | Paul A. Wender, Craig O. Husfeld, Elke Langkopf and Jennifer A. Love |
| ˹éÒ | 1940 |
|
|
| ª×èÍàÃ×èͧ | Highly Electrophilic Olefin Polymerization Catalysts. QuantitativeReaction Coordinates for Fluoroarylborane/Alumoxane MethideAbstraction and Ion - Pair Reorganization in Group 4 Metalloceneand 'Constrained Geomety' Catalysts |
| ¼Ùéáµè§ | Paul A. Deck, Colin L. Beswick, and Tobin J.Marks |
| ˹éÒ | 1772 |
|
|
| ª×èÍàÃ×èͧ | Organolanthanide - Catalyzed Intra - and Intermolecular Tandem C- N and C - C Bond - Forming Processes of AminodialkenesAminodialkynes, Aminoalkeneynes, and Aminolkynes. New RegiospecificApproaches to Pyrrolizidine, Indolizidine, Pyrrole, and PyrazineSkel |
| ¼Ùéáµè§ | Yanwu Li and Tobin J. Marks |
| ˹éÒ | 1757 |
|
|
| ª×èÍàÃ×èͧ | Double Diastereoselection in Intramolecular Phtocycloadditions: ARadical Rearrangement Approach to the Total Synthesis of theSpirovetivane Phytoalexin (...) - Lubiminol |
| ¼Ùéáµè§ | Michael T. Crimmins, Zhuo Wand, and Lynne A. McKerlie |
| ˹éÒ | 1747 |
|
|
| ª×èÍàÃ×èͧ | A New Route to Dihydrodithiins by a Catalytic Reaction ofVinylthiiranes with W(CO)(,5)(NCMe) |
| ¼Ùéáµè§ | Richard D. Adams, J. W. Long, IV and Joseph L. Perrin |
| ˹éÒ | 1922 |
|
|
| ª×èÍàÃ×èͧ | Spectroscopy and Absolute Reactivity of Ketenes in AcetonitrileStudied by Laser Flash Photolysis with Time - Resolved InfraredDetection |
| ¼Ùéáµè§ | Brian D. Wagner, Bradley R. Arnold, Gerald S. Brown, and JanuszLusztyk |
| ˹éÒ | 1827 |
|
|
| ª×èÍàÃ×èͧ | Transition-Metal Ethene Bonds: Thermochemistry of M(,+)(C(,2)H(,4))(,n) (M =Ti-Cu, n = 1 and 2) Complexes |
| ¼Ùéáµè§ | M. R. Sievers, L. M. Jarvis and P. B. Armentrout |
| ˹éÒ | 1891 |
|
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| ª×èÍàÃ×èͧ | Synthesis and Properties of Ring - Deactivated Deuterated(Hydroxymethyl) pyrroles |
| ¼Ùéáµè§ | Andrew D. Abell, Brent K. Nabbs, and Alan R. Battersby |
| ˹éÒ | 1741 |
|
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| ª×èÍàÃ×èͧ | Total Synthesis of (...) - and (+) - Valienamine via a StrategyDerived from New Palladium - Catalyzed Reactions |
| ¼Ùéáµè§ | Barry M. Trost, Louis S. Chupak, and Thomas Lubbers |
| ˹éÒ | 1732 |
|
|
| ª×èÍàÃ×èͧ | Optical Transformation and Fission of Single Giant Vesicles inWater by Radiation Pressure |
| ¼Ùéáµè§ | Noboru Kitamura, Naomi Sekiguchi and Haeng-Boo Kim |
| ˹éÒ | 1942 |
|
|
| ª×èÍàÃ×èͧ | A Valence Bond Perspective on the Molecular Shapes of SimpleMetal Alkyls and Hydrides |
| ¼Ùéáµè§ | Clark R. Landis, Timothy K. Firman, Daniel M. Root, and ThomasCleveland |
| ˹éÒ | 1842 |
|
|
| ª×èÍàÃ×èͧ | Effect of Ancillary Ligands on Ru(II) on ElectronicDelocalization in Ruthenium (II) Bisferrocenylacetylide Complexes |
| ¼Ùéáµè§ | Youngbao Zhu, Olivier Clot, Michael O. Wolf, and Glenn P. A. Yap |
| ˹éÒ | 1812 |
|
|
| ª×èÍàÃ×èͧ | Acid-Base Catalyzed Reactions in Ionic Water Clusters |
| ¼Ùéáµè§ | Uwe Achatz, Stefan Joos, Christian Berg, Thomas Schindler, MartinBeyer, Gerhard Albert, Gereon Niedner-Schatteburg, and Vladimir E.Bondybey |
| ˹éÒ | 1876 |
|
|
| ª×èÍàÃ×èͧ | Epoxidation by Dimethyldioxirane: Effects of Intramolecular andIntermolecular Interactions |
| ¼Ùéáµè§ | Karol Miaskiewicz and Douglas A. Smith |
| ˹éÒ | 1872 |
|
|
| ª×èÍàÃ×èͧ | Isotopomer Selective Spectroscopy on Pentacene |
| ¼Ùéáµè§ | Jurgen Kohler, Albert-Jan C. Brouwer, Edgar J. J Groenen and JanSchmidt |
| ˹éÒ | 1900 |
|
|
| ª×èÍàÃ×èͧ | First - Principle Determination of Peptide Conformations inSolvents: Combination of Monte Carlo Simulated Annealing and RISMTheory |
| ¼Ùéáµè§ | Masahiro Kinoshita, Yuko Okamoto, and Fumio Hirata |
| ˹éÒ | 1855 |
|
|
| ª×èÍàÃ×èͧ | Photochemical Rearrangement of Enediynes: Is a 'Photo - Bergman'Cyclization a Possibility? |
| ¼Ùéáµè§ | Ariella Evenzahav and Nicholas J. Turro |
| ˹éÒ | 1835 |
|
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| ª×èÍàÃ×èͧ | Reactivity of Monolayer-Protected Gold Cluster Molecules StericEffects |
| ¼Ùéáµè§ | Allen C. Templeton, Michael J. Hostetler, Cynthia T. Kraft and RoyceW. Murray |
| ˹éÒ | 1906 |
|
|
| Vol. 120 No.7,25 February 1998 |
| ª×èÍàÃ×èͧ | Synthesis of Novel Poly ((...) - caprolactone) a Functionalizedwith a Thioester End - Group via a Living Ring OpeningPolymerization and Their Application in Chemoselective Ligationwith Compounds Containing a Cysteine Terminal |
| ¼Ùéáµè§ | Qiang Ni and Luping Yu |
| ˹éÒ | 1645 |
|
|
| ª×èÍàÃ×èͧ | Nitrenium Ions from Food - Derived Heterocyclic ArylamineMutagens |
| ¼Ùéáµè§ | Michael Novak, Lulu Xu, and Rebecca A. Wolf |
| ˹éÒ | 1643 |
|
|
| ª×èÍàÃ×èͧ | Evidence for Interception of Nonstatistical Reactive Trajectoriesfor a Singlet Biradical in Supercritical Propane |
| ¼Ùéáµè§ | Mayra B. Reyes and Barry K. Carpenter |
| ˹éÒ | 1641 |
|
|
| ª×èÍàÃ×èͧ | Chemical Shift Tensons and NICS Calculations for Stable Silylenes |
| ¼Ùéáµè§ | Robert West, Jarrod J. Buffy, Michael Haaf, Thomas Muller,Barbara Gehrhus, Michael F. Lappert, and Yitzhak Apeloig |
| ˹éÒ | 1639 |
|
|
| ª×èÍàÃ×èͧ | Highly Diastereoselective Cyclizations of Bishomoallylic TertiaryAlcohols Promoted by Rhenium (VII) Oxide. Critical Steric versusChelation Effects in Alkoxyrthenium Intermediates |
| ¼Ùéáµè§ | Yoshiki Morimoto and Toshiyuki Iwai |
| ˹éÒ | 1633 |
|
|
| ª×èÍàÃ×èͧ | Acidic and Basic Hydrolysis of an Optically Pure Spiro -(...)('4) - sulfurane: Completely Opposite Stereochemical Outcome |
| ¼Ùéáµè§ | Jian Zhang, Shinichi Saito, and Toru Koizumi |
| ˹éÒ | 1631 |
|
|
| ª×èÍàÃ×èͧ | P - Chiral Bis (trialkylphosphine) Ligands and Their Use inHighli Enantioselective Hydrogenation Reactions |
| ¼Ùéáµè§ | Tsuneo Imamoto, Junko Watanabe, Yoshiyuki Wada, Hideki Masuda,Hironari Yamada, Hideyuki Tsuruta, Satoru Matsukawa,and Kentarro Yamaguchi |
| ˹éÒ | 1635 |
|
|
| ª×èÍàÃ×èͧ | A Concise Total Synthesis of Dysidiolide through Application of aDioxolenium - Mediated Diels - Alder Reaction |
| ¼Ùéáµè§ | Steven R. Magnuson, Laura Sepp - Lorenzino, Neal Rosen, andSamuel J. Danishefsky |
| ˹éÒ | 1615 |
|
|
| ª×èÍàÃ×èͧ | An Experimental and Theoretical Investigation of Ion-MoleculeReactions Involving Methyl Halide Radical Cations with MethylHalides |
| ¼Ùéáµè§ | Linda S. Nichols, Michael L. McKee,and Andreas J. Ollies |
| ˹éÒ | 1538 |
|
|
| ª×èÍàÃ×èͧ | Coordination of Cu(,+) Ions to Zeolite Frameworks StronglyEnhances Their Ability To Bind NO(,2). An ab Initio DensityFunctional Study |
| ¼Ùéáµè§ | Luis Rodriguez-Santiago, Marek Sierka, Vicenc Branchadell,Mariona Sodupe,and Joachim Sauer |
| ˹éÒ | 1545 |
|
|
| ª×èÍàÃ×èͧ | The Catalyzed Hydrosilation Reaction |
| ¼Ùéáµè§ | Brett M. Bode, Paul N. Day, Mark S. Gordon |
| ˹éÒ | 1552 |
|
|
| ª×èÍàÃ×èͧ | Acidity Differences between Inorganic Solids Induced by TheirFramework Structure. A Combined Quantum Mechanics/MolecularMechanics ab Initio Study on Zeolites |
| ¼Ùéáµè§ | Martin Brandle and Joachim Sauer |
| ˹éÒ | 1556 |
|
|
| ª×èÍàÃ×èͧ | Symmetry Rules for Transition Structures in Degenerate Reactions |
| ¼Ùéáµè§ | L.J. Schaad and Jiani Hu |
| ˹éÒ | 1571 |
|
|
| ª×èÍàÃ×èͧ | Theoretical Study of Substituent Effects in the Diimine - M (II)Catalyzed Ethylene Polymerization Reaction Using the IMOMM Method |
| ¼Ùéáµè§ | Robert D. J. Froese, Djamaladdin G. Musaev, and Keiji Morokuma |
| ˹éÒ | 1581 |
|
|
| ª×èÍàÃ×èͧ | Strategy in Oligosaccharide Synthesis : An Application to aConcise Tolal Synthesis of the KH- 1 (adenocarcinoma) Antigen |
| ¼Ùéáµè§ | Prashant P. Deshpande, Hyunjin M. Kim, Andrzej Zatorski, Tae -Kyo Park, Govindaswami Ragupathi, Philip O. Livingston, DavidLive, and Samuel J. Danishefsky |
| ˹éÒ | 1600 |
|
|
| ª×èÍàÃ×èͧ | First - Order Jahn - Teller Effect, Not Metal - Metal Bonding, IsResponsible for Structural Distortion inSn(,6)(u(,3)-O)(,4)(u(,3)-OR)(,4) Excited States |
| ¼Ùéáµè§ | Frederick P. Arnold, Jeremy K. Burdett, and Lawrence R. Sita |
| ˹éÒ | 1637 |
|
|
| ª×èÍàÃ×èͧ | Radiolytic Silylation of Alkenes and Alkynes by GaseousR(,3)Si(,+) Ions. Stereochemical Evidence for the (...)-silylEffect |
| ¼Ùéáµè§ | Barbara Chiavarino, Maria Elisa Crestoni,and Simonetta Fornarini |
| ˹éÒ | 1523 |
|
|
| ª×èÍàÃ×èͧ | Effect of Solvent Polarity, pH, and Metal Complexation on theTriple Fluorescence of4-(N-1,4,8,11-tetraazacyclotetradecy)benzonitrile |
| ¼Ùéáµè§ | Greg E. Collins, Ling-Siu Choi,and John H. Callahan |
| ˹éÒ | 1474 |
|
|
| ª×èÍàÃ×èͧ | Synthesis of the Hexasaccharide Fragment of Landomycin A:Application of Glycosyl Tetrazoles and Phosphites in theSynthesis of a Deoxyoligosaccharide |
| ¼Ùéáµè§ | Yu Guo, and Gary A. Sulikowski |
| ˹éÒ | 1392 |
|
|
| ª×èÍàÃ×èͧ | A New, Efficient, and in Some Cases Highly RegioselectiveWater-Soluble Polymer Rhodium Catalyst for Olefin Hydroformylation |
| ¼Ùéáµè§ | Abdelaziz Nait Ajjou, Howard Alper |
| ˹éÒ | 1466 |
|
|
| ª×èÍàÃ×èͧ | Experimental Electron Density Studies for Investigating the Metal(...)-Ligand Bond: the Case of Bis(1,5-cyclooctadiene)nickel |
| ¼Ùéáµè§ | Piero Macchi,Davide M. Proserpio,and Angelo Sironi |
| ˹éÒ | 1447 |
|
|
| ª×èÍàÃ×èͧ | Alkyne Ligand Enhancement of the Substitution Lability ofMononuclear Osmium, Ruthenium, and Iron Carbonyls |
| ¼Ùéáµè§ | Jean Pearson, Jason Cooke, Josef Takats,and R. B. Jordan |
| ˹éÒ | 1434 |
|
|
| ª×èÍàÃ×èͧ | Lewis Base-Free Phenyllithium: Determination of the Solid-StateStructure by Synchrotron Powder Diffraction |
| ¼Ùéáµè§ | Robert E. Dinnerbier, Ulrich Behrens,and Falk Olbrich |
| ˹éÒ | 1430 |
|
|
| ª×èÍàÃ×èͧ | Mechanistic Study of Ruthenium-Catalyzed Hydrosilation of1-(Trimethylsilyl)-1-buten -3-yne |
| ¼Ùéáµè§ | Yooichiroh Maruyama, Kunihiro Yamamura,Isao Nakayama, KeigoYoshiuchi,and Fumiyuki Ozawa |
| ˹éÒ | 1421 |
|
|
| ª×èÍàÃ×èͧ | p-Cresol As a Reversible Acylium Ion Scavenger in Solid-PhasePeptide Synthesis |
| ¼Ùéáµè§ | Les P. Miranda, Alun Jones, Wim D. F. Meutermans,and Paul F. Alewood |
| ˹éÒ | 1410 |
|
|
| ª×èÍàÃ×èͧ | X-ray Synchrotron Study of Packing and Protrusions ofPolymer-Lipid Monolayers at the Air-Water Interface |
| ¼Ùéáµè§ | J. Majewski, T. L. Kuhl, K. Kjaer, M. C. Gerstenberg, J.Als-Nielsen, J. N. Israelachvili, G. S. Smith |
| ˹éÒ | 1469 |
|
|
| ª×èÍàÃ×èͧ | Ethyl Glucoside as a Multifunctional Initiator forEnzyme-Catalyzed Regioselective Lactone Ring-OpeningPolymerization |
| ¼Ùéáµè§ | Kirpal S. Bisht, Fang Deng, Richard A. Gross, David L. Kaplan,and Graham Swift |
| ˹éÒ | 1363 |
|
|
| ª×èÍàÃ×èͧ | Reversible Light-Induced Morphological Change inLangmuir-Blodgett Films |
| ¼Ùéáµè§ | Mutsuyoshi Matsumoto, Daisuke Miyazaki, Motoo Tanaka, ReikoAzumi, Eiichiro Manda, Yukishige Kondo, Norio Yoshino,and HiroakiTachibana |
| ˹éÒ | 1479 |
|
|
| ª×èÍàÃ×èͧ | Conformational Study of Cyclohexene Oxide by Dynamic NMRSpectroscopy and Ab Initio Molecular Orbital Calculations |
| ¼Ùéáµè§ | Diwakar M. Pawar,and Eric A. Noe |
| ˹éÒ | 1485 |
|
|
| ª×èÍàÃ×èͧ | NMR Motional Averaging in the Isotopically Perturbed CopeRearrangement |
| ¼Ùéáµè§ | Eric R.Johnston, Jodi S. Barber, Marc Jacomet,and James C. Barborak |
| ˹éÒ | 1489 |
|
|
| ª×èÍàÃ×èͧ | Gas-Phase Structures and Conformational Properties of tert-ButylVinyl Ether and (Z)-Methyl 1-Propenyl Ether |
| ¼Ùéáµè§ | Christiane Leibold,and Heinz Oberhammer |
| ˹éÒ | 1533 |
|
|
| ª×èÍàÃ×èͧ | Stereochemical Control of the DNA Binding Affinity, SequenceSpecificity, and Orientation Preference of Chiral HairpinPolyamides in the Minor Groove |
| ¼Ùéáµè§ | David M. Herman, Eldon E. Baird,and Peter B. Dervan |
| ˹éÒ | 1382 |
|
|
| ª×èÍàÃ×èͧ | Kinetic Studies of Poly (tetrahydrofuran) Epitaxial Film Formedby Polymerization - Induced Epitaxy Using Atomic Force Microscopy |
| ¼Ùéáµè§ | Masahito Sano,and Momoyo Wada |
| ˹éÒ | 1374 |
|
|
| ª×èÍàÃ×èͧ | Discovery of a Novel Non - Peptide Somatostatin Agonist withSST(,4) Selectivity |
| ¼Ùéáµè§ | Michael Ankersen, Michael Crider, Shengquan Liu, Bin Ho, HenrikS. Andersen, and Carsten Stidsen |
| ˹éÒ | 1368 |
|
|
| ª×èÍàÃ×èͧ | Thermal and Photochemical [2+2] Cycloreversion of a1,2-Disilacyclobutane and a 1,2-Digermacyclobutane |
| ¼Ùéáµè§ | Yitzhak Apeloig, Dmitry Bravo-Zhivotovskii, Ilya Zharov,Vladislav Panov, William J. Leigh,and Gregory W. Sluggett |
| ˹éÒ | 1398 |
|
|
| ª×èÍàÃ×èͧ | Aqueous Ethanolysis of Unstrained Sterically CongestedHomoallylic Halides |
| ¼Ùéáµè§ | Xicai Huang, Kelly S. E. Tanaka,and Andrew J. Bennet |
| ˹éÒ | 1405 |
|
|
| ª×èÍàÃ×èͧ | Spectroscopic Comparisons of MoW(porphyrin)(,2) Heterodimers withHomologous Mo(,2) and W(,2) Quadruple Bonds: A Dynamic NMR andResonance Raman Study |
| ¼Ùéáµè§ | James P. Collman, S. T. Harford, Stefan Franzen, T. A. Ederspacher,Richard K. Shoemaker, and William H. Woodruff |
| ˹éÒ | 1456 |
|
|
| ª×èÍàÃ×èͧ | Chemical and Thermodynamic Properties of Methyl Chloride DimerRadical Cations in the Gas Phase |
| ¼Ùéáµè§ | Sam P. de Visser, Leo J. de Koning,and Nico M. M. Nibbering |
| ˹éÒ | 1517 |
|
|
| ª×èÍàÃ×èͧ | Electron Spectroscopic Studies of CH(,3)OH Chemisorption onCu(,2)O and ZnO Single-Crystal Surfaces: Methoxide Bonding andReactivity Related to Methanol Synthesis |
| ¼Ùéáµè§ | Paul M. Jones, Jennifer A. May, J. Brad Reitz, Edward I. Solomon |
| ˹éÒ | 1506 |
|
|
| ª×èÍàÃ×èͧ | Study of Dispersion in Packed Chromatographic Columns by PulsedField Gradient Nuclear Magnetic Resonance |
| ¼Ùéáµè§ | Ulrich Tallarek, Ernst Bayer,and Georges Guiochon |
| ˹éÒ | 1494 |
|
|
| ª×èÍàÃ×èͧ | A Solid-State Nitrogen-15 Nuclear Magnetic Resonance Spectroscopicand Quantum Chemical Investigation of Nitrosoarene-MetalInteractions in Model Systems and in Heme Proteins |
| ¼Ùéáµè§ | Renzo Salzmann, Mark Wojdelski, Michael McMahon, Robert H.Havlin,and Eric Oldfield |
| ˹éÒ | 1349 |
|
|
| ª×èÍàÃ×èͧ | High-Resolution Time-of-Flight Mass Spectra ofAlkanethiolate-Coated Gold Nanocrystals |
| ¼Ùéáµè§ | Randy J. Arnold,and James P. Reilly |
| ˹éÒ | 1528 |
|
|
| ª×èÍàÃ×èͧ | Synthesis of Asialo GM(,1). New Insights in the Application ofSulfonamidoglycosylation in Oligosaccharide Assembly: SubtleProximity Effects in the Stereochemical Governanceof Glycosidation |
| ¼Ùéáµè§ | Ohyun Kwon and Samuel J. Danishefsky |
| ˹éÒ | 1588 |
|
|
| ª×èÍàÃ×èͧ | Kinetic Resolution of Alcohols Catalyzed by TripeptidesContaining the N- Alkylimidazole Substructure |
| ¼Ùéáµè§ | Scott J. Miller, Gregory T. Copeland, Nikolaos Papaioannou,Thomas E. Horstmann, and Elizabeth M. Ruel |
| ˹éÒ | 1629 |
|
|
| ª×èÍàÃ×èͧ | Living Ring - Opening Metathesis Polymerization in Water |
| ¼Ùéáµè§ | David M. Lynn, Bernhard Mohr, and Robert H. Grubbs |
| ˹éÒ | 1627 |
|
|
| ª×èÍàÃ×èͧ | Templated Nucleation in a Dynamic Environment: Crystallization inFoam Lamellae |
| ¼Ùéáµè§ | Bao - Dong Chen, Jan. J. Cilliers, Roger J. Davey, John Garside,and Edward T. Woodburn |
| ˹éÒ | 1625 |
|
|
| ª×èÍàÃ×èͧ | Rapid Enzyme - Catalyzed Heterolytic C - H Bond Cleavage by aBase Strength Amplification Mechanism: A Theoretical Examintionof the Mechanism of Oxidation of Vitamin K |
| ¼Ùéáµè§ | Ya - Jun Zheng and Thomas C. Bruice |
| ˹éÒ | 1623 |
|
|
| ª×èÍàÃ×èͧ | Soluble Conjugated Polymers That Contain Ferrocenylene Units inthe Backbone |
| ¼Ùéáµè§ | Richard W. Heo, Fernando B. Somoza, and T. Randall Lee |
| ˹éÒ | 1621 |
|
|
| ª×èÍàÃ×èͧ | Homoaromaticity in Carbene Intermediates |
| ¼Ùéáµè§ | Peter K. Freeman |
| ˹éÒ | 1619 |
|
|
| ª×èÍàÃ×èͧ | Toward an Understanding of Molecular Mechanism of DominoCycloadditions. Density Functional Theory Study of the Reactionbetween Hexafluorobut - 2 -yne and N,N' -Dipyrrolylmethane |
| ¼Ùéáµè§ | Luis R. Domingo, Manuel Arno, and Juan Andres |
| ˹éÒ | 1617 |
|
|
| ª×èÍàÃ×èͧ | Structure of the Diamine-Rh(I) Precursor in the AsymmetricHydride Transfer Reduction of Ketones: A Theoretical andExperimental Approach |
| ¼Ùéáµè§ | Maud Bernard, Vincent Guiral, Francoise Delbecq, Fabienne Fache,Philippe Sautet,and Marc Lemaire |
| ˹éÒ | 1441 |
|
|
| Vol. 120 No.6,18 February 1998 |
| ª×èÍàÃ×èͧ | Hydrothermal Synthesis of a Dense Metal-Organic Layered FrameworkThat Contains Cu(I)-Olefinic Bonds, Cu(,2)(O(,2)CCH=CHCO(,2)) |
| ¼Ùéáµè§ | Dianna M. Young, Urs Geiser, Arthur J. Schultz, and H. Hau Wang |
| ˹éÒ | 1331 |
|
|
| ª×èÍàÃ×èͧ | Scalar and Dipolar Coupling Studies of Organocuprates |
| ¼Ùéáµè§ | T. Andrew Mobley, Frank Muller, and Stefan Berger |
| ˹éÒ | 1333 |
|
|
| ª×èÍàÃ×èͧ | Planar Hexasilylbenzene Dianion with Thermally Accessible TripletState |
| ¼Ùéáµè§ | Keisuke Ebata, Wataru Setaka, Tsuyotoshi Inoue, Chizuko Kabuto,Mitsuo Kira, and Hideki Sakurai |
| ˹éÒ | 1335 |
|
|
| ª×èÍàÃ×èͧ | An Enantioselective Construction of the ABC System of Taxol |
| ¼Ùéáµè§ | Gilbert Stork, Kei Manabe, and Longbin Liu |
| ˹éÒ | 1337 |
|
|
| ª×èÍàÃ×èͧ | Lewis Acid Mediated Functionalization of Porous Silicon withSubstituted Alkenes and Alkynes |
| ¼Ùéáµè§ | Jillian M. Buriak and Matthew J. Allen |
| ˹éÒ | 1339 |
|
|
| ª×èÍàÃ×èͧ | Hydrogenation without a Metal Catalyst: An ab Initio Study on theMechanism of the Metal-Free Hydrogenase from Methanobacteriumthermoautotrophicum |
| ¼Ùéáµè§ | Joaquim H. Teles, Stefan Brode, Albrecht Berkessel |
| ˹éÒ | 1345 |
|
|
| ª×èÍàÃ×èͧ | Influence of Interchain Interactions on the Absorption andLuminescence of Conjugated Oligomers and Polymers: A Quantum -Chemical Charaterization |
| ¼Ùéáµè§ | J. Cornil, D. A. dos Santos, X. Crispin, R. Silbey, J. L. Bredas |
| ˹éÒ | 1289 |
|
|
| ª×èÍàÃ×èͧ | Structure of Bombyx mori Silk Fibroin Based on Solid-State NMROuentational Constauunts and Fiber Diffraction Unit CellParameters |
| ¼Ùéáµè§ | Makoto Demura, Masashi Minami, Tetsuo Asakura, and T. A. Cross |
| ˹éÒ | 1300 |
|
|
| ª×èÍàÃ×èͧ | Diffusion-Limited Size-Selective Ion Sensing Based onSAM-Supported Peptide Nanotubes |
| ¼Ùéáµè§ | Kianoush Motesharei, M. Reza Ghadiri |
| ˹éÒ | 1347 |
|
|
| ª×èÍàÃ×èͧ | Possible Intermediates in Biological Metalloporphyrin OxidativeDegradation. Nickel, Copper, and Cobalt Complexes ofOctaethylformybiliverdin and Their Conversion to a Verdoheme |
| ¼Ùéáµè§ | Richard Koerner, Marilyn M. Olmstead, Andrzej Ozarowski, Shane L.Phillips, Pamela M. Van Calcar, Krzysztof Winkler, and Alan L.Balch |
| ˹éÒ | 1274 |
|
|
| ª×èÍàÃ×èͧ | X - ray Absorption Spectroscopy of the Molybdenum Site ofEscherichia coli Formate Dehydrogenase |
| ¼Ùéáµè§ | Graham N. George, Christopher M. Colangelo, Jun Dong, Robert A.Scott, Sergei V. Khangulov, Vadim N. Gladyshev, and Thressa C.Stadtman |
| ˹éÒ | 1267 |
|
|
| ª×èÍàÃ×èͧ | Unprecedented Polycrystal Struuctue of a New Cadmium ThiolateContaining an Unusually Highly Charged[ClCd(,8){SCH(CH(,2)CH(,2))(,2)N(H)Me}(,16)]('15)('+) Core |
| ¼Ùéáµè§ | Pilar Gonzalez - Duarte, William Clegg, Isise Casals, Joan Sola,and Jordi Rius |
| ˹éÒ | 1260 |
|
|
| ª×èÍàÃ×èͧ | Mixed Cations for the Stabilization of New Features. Ca(,6.2)Mg(3.8) Sn(,7), a Phase with Planar Zigzag Chains of InterlinkedSquare - Planar Tin Units |
| ¼Ùéáµè§ | Ashok K. Ganguli, John D. Corbett, and Martin Kockerling |
| ˹éÒ | 1223 |
|
|
| ª×èÍàÃ×èͧ | NAD(P)('+)-NAD(P)H Models. 88. Stereoselection without StericEffect but Controlled by Electronic Effect of a Carbonyl Group:Syn/Anti Reactivity Ratio, Kinetic Isotope Effect, and anElectron - Transfer Complex as a Reaction Intermediates |
| ¼Ùéáµè§ | Atsuyoshi Ohno, Yoshiteru Ishikawa, Norimasa Yamazaki, MutsuoOkamura, and Yasushi Kawai |
| ˹éÒ | 1186 |
|
|
| ª×èÍàÃ×èͧ | Efficient Zirconocene - Coupling of Silicon - Substituted Diynesto Polymers and Macrocycles |
| ¼Ùéáµè§ | Shane S. H. Mao, Feng - Quan Liu, and T. Don Tilley |
| ˹éÒ | 1193 |
|
|
| ª×èÍàÃ×èͧ | From Styrenes to Enantiopure (...) - Arylglycines in Two Steps |
| ¼Ùéáµè§ | K. Laxma Reddy and K. Barry Sharpless |
| ˹éÒ | 1207 |
|
|
| ª×èÍàÃ×èͧ | Crystal Structures and ab Initio Calculations of New DicationicTelluranes ((...)('4) - Tellane), [10-Te-4(C2X2)('2+) (X = S,Se): Positively Charged Hypervalent Bonding Systems |
| ¼Ùéáµè§ | Akio Bent Bergholdt, Katsutoshi Kobayashi, Ernst Horn, OhgiTakahashi, Soichi Sato, Naomichi Furukawa, Masataka Yokoyama, andKentaro Yamaguchi |
| ˹éÒ | 1230 |
|
|
| ª×èÍàÃ×èͧ | Direct Detection of 1,1- Diphenylgermene in Solution and AbsoluteRate Constants for Germene Trapping Reactions |
| ¼Ùéáµè§ | Nicholas P. Toltl and William J. Leigh |
| ˹éÒ | 1172 |
|
|
| ª×èÍàÃ×èͧ | Spectroscopic Investigation of the Metal Ligation and Reactivityof the Ferrous Active Sites of Bleomycin and Blomycin Derivatives |
| ¼Ùéáµè§ | Kelly E. Loeb, Jeffrey M. Zaleski, Cynthia D. Hess, Sidney M.Hecht, and Edward I. Solomon |
| ˹éÒ | 1249 |
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| ª×èÍàÃ×èͧ | Tetrabutylammonium Fluoride Promoted Novel Reactions of O -Caborane: Inter - and Intramolecular Additions to Aldehydes andKetones and Annulation vis Enals and Enones |
| ¼Ùéáµè§ | Hiroyuki Nakamura, Kouichi Aoyagi, and Yoshinori Yamamoto |
| ˹éÒ | 1167 |
|
|
| ª×èÍàÃ×èͧ | Escherichia coli (...)-Galactosidase Recognizes a High-EnergyConformation of C-Lactose, a Nonhydrolizable Substrate Analogue.NMR and Modeling Studies of the Molecular Complex |
| ¼Ùéáµè§ | J. F. Espinosa, E. Montero, A. Vian, J. L. Garcia, H. Dietrich,R. R. Schmidt, M. Martin-Lomas, A. Imberty, F. J. Canada, and J.Jimenez-Barbero |
| ˹éÒ | 1309 |
|
|
| ª×èÍàÃ×èͧ | High-Field Electrophoretic NMR of Protein Mixtures in Solution |
| ¼Ùéáµè§ | Qiuhong He, Yumin Liu,and Terry Nixon |
| ˹éÒ | 1341 |
|
|
| ª×èÍàÃ×èͧ | Transition Metal Coordinated Al (X)L(,2) and Ga(X)L(,2) Fragments |
| ¼Ùéáµè§ | Roland A. Fischer, Markus M. Schulte, Jurij Weiss, LaszloZsolnai, Albrecht Jacobi, Gottried Huttner, Gernot Frenking,Christian Boehme, and Sergei F. Vyboishchikov |
| ˹éÒ | 1237 |
|
|
| ª×èÍàÃ×èͧ | Marcus Free Energy Dependence of the Sign of ExchangeInteractions in Radical Ion Pairs Generated by PhotoinducedElectron Transfer Reactions |
| ¼Ùéáµè§ | Shinji Sekiguchi, Yasuhiro Kobori, Kimio Akiyama, ShozoTero-Kubota |
| ˹éÒ | 1325 |
|
|
| ª×èÍàÃ×èͧ | Nanosecond Molecular Dynamics of Hybrid Triplex and Duplex ofPolycation Deoxyribonucleic Guanidine Strands with aComplimentary DNA Strand |
| ¼Ùéáµè§ | Jia Luo and Thomas C. Bruice |
| ˹éÒ | 1115 |
|
|
| ª×èÍàÃ×èͧ | Metal Ion Induced Folding of a de Novo Designed Coiled - CoilPeptide |
| ¼Ùéáµè§ | Wayne D. Kohn, Cyril M. Kay, Brian D. Sykes, and Robert S. Hodges |
| ˹éÒ | 1124 |
|
|
| ª×èÍàÃ×èͧ | Mechanism of Action of Vitamin B(,12). Ultrafast Radical ClocksProvide No Evidence for Radical Intermediates in CyclopropaneModels for the Methylmalonyl - CoA to Succinyl _ CoA CarbonSkeleton Rearrangement |
| ¼Ùéáµè§ | Mu He and Paul Dowd |
| ˹éÒ | 1133 |
|
|
| ª×èÍàÃ×èͧ | Solution Structure of (...)(,2)D, a Nativelike de Novo DesignedProtein |
| ¼Ùéáµè§ | R. Blake Hill and William F. DeGrado |
| ˹éÒ | 1138 |
|
|
| ª×èÍàÃ×èͧ | Structural and Kinetic Characterization of an Acyl TransferaseRibozyme |
| ¼Ùéáµè§ | Hiroaki Suga, Peter A. Lohse, and Jack W. Szostak |
| ˹éÒ | 1151 |
|
|
| ª×èÍàÃ×èͧ | Synthesis and Photochemical Behavior of Peptide Nucleic AcidDimers and Analogues Containing 4- Thiothymine: Unprecedented(5-4) Photoadduct Reversion |
| ¼Ùéáµè§ | Pascale Clivio, Dominique Guillaume, Marie - Therese Adeline,Jeanine Hamon, Claude Riche, and Jean - Louis Fourrey |
| ˹éÒ | 1157 |
|
|
| ª×èÍàÃ×èͧ | New Indicators for Visualizing Pattern Formation in UncatalyzedBromate Oscillatory Systems |
| ¼Ùéáµè§ | Miklos Orban, Krisztina Kurin - Csorgei, Anatol M. Zhabotinsky,and Irving R. Epstein |
| ˹éÒ | 1146 |
|
|
| ª×èÍàÃ×èͧ | Excited State Localization or Delocalization in C(,3)-symmetricAmino-substituted Triphenylbenzene Derivatives |
| ¼Ùéáµè§ | Wouter Verbouwe, Mark Van der Auweraer, Frans C. De Schryver,Jacob J. Piet, John M. Warman |
| ˹éÒ | 1319 |
|
|
| ª×èÍàÃ×èͧ | Control of Permeation of Lanthanide Ions Across Phosphate -Functionalized Liposomal Membranes |
| ¼Ùéáµè§ | Paolo Scrimin, Paolo Tecilla, Robert A. Moss, and Kathryn Bracken |
| ˹éÒ | 1179 |
|
|
| ª×èÍàÃ×èͧ | Total Synthesis of Nothapodytine B and (-) - Mappicine |
| ¼Ùéáµè§ | Dale L. Boger and Jiyong Hong |
| ˹éÒ | 1218 |
|
|
| ª×èÍàÃ×èͧ | Photoisomerization Path for a Realistic Retinal ChromophoreModel: The Nonatetreniminium Cation |
| ¼Ùéáµè§ | Marco Garavelli, Thom Vreven, Paolo Celani, Fernando Bernardi,Michael A. Robb, and Massimo Olivucci |
| ˹éÒ | 1285 |
|
|
| ª×èÍàÃ×èͧ | The Effect of Mixing-Induced Noise on Second Order Reactions in aCSTR |
| ¼Ùéáµè§ | Peter Strizhak, Fathei Ali,and Michael Menzinger |
| ˹éÒ | 1343 |
|
|
| ª×èÍàÃ×èͧ | Hydration of Folded and Unfolded Gas-Phase Proteins: Saturationof Cytochrome c and Apomyoglobin |
| ¼Ùéáµè§ | James L. Fye, Jurgen Woenckhaus, and Martin F. Jarrold |
| ˹éÒ | 1327 |
|
|
| Vol. 120 No.5,11 February 1998 |
| ª×èÍàÃ×èͧ | Modulation of Carbenic Reactivity by (...) - Complexation toAromatics |
| ¼Ùéáµè§ | Robert A. Moss, Shunqi Yan, and Karsten Krogh - Jespersen |
| ˹éÒ | 1088 |
|
|
| ª×èÍàÃ×èͧ | Alkene Complexes of Divalent and Trivalent Ruthenium Stabilizedby Chelation. Dependence of Coordinated Alkene Orientation onMetal Oxidation State |
| ¼Ùéáµè§ | Martin A. Bennett, Graham A. Heath, David C. R. Hockless, IvanKovacik, and Anthony C. Willis |
| ˹éÒ | 932 |
|
|
| ª×èÍàÃ×èͧ | Cleavage of Carbon - Sulfur Bonds of Benzothiophene andDibenzothiophene Mediated by Trinuclear Pentahydride Complex ofRuthenium {n('5)-C(,5)Me(,5))Ru}(,3)(u-H)(,3)(u(,3)-H)(,2) |
| ¼Ùéáµè§ | Kouki Matsubara, Rei Okamura, Masako Tanaka, and Hiroharu Suzuki |
| ˹éÒ | 1108 |
|
|
| ª×èÍàÃ×èͧ | A Zwitterionic Zirconocene Alkyl Complex as a Single - Component(...) - Olefin Dimerization Catalyst |
| ¼Ùéáµè§ | Harry van der Heijden, Bart Hessen, and A. Guy Orpen |
| ˹éÒ | 1112 |
|
|
| ª×èÍàÃ×èͧ | Persistent High - Spin Polycarbene. Generation of Polybrominated1,3,5 - Tris - [2-[4-(Phenylcarbeno) phenyl] ethynyl] benzene(S=3)and Spin Identification by Two - Dimensional Electron Spin TransientNutation Spectroscopy |
| ¼Ùéáµè§ | Hideo Tomioka, Makoto Hattori, Katsuyuki Hirai, Kazunobu Sato,Daisuke Shiomi, Takeji Takui, and Koichi Itoh |
| ˹éÒ | 1106 |
|
|
| ª×èÍàÃ×èͧ | Rates of Intramolecular Electron Transfer in Ru(bpy)(,2)(im)(His83) - Modified Azurin Increase below 220 K |
| ¼Ùéáµè§ | Lars K. Skov, Torbjorn Pascher, Jay R. Winkler, and Harry B. Gray |
| ˹éÒ | 1102 |
|
|
| ª×èÍàÃ×èͧ | Engineering the Diiron Site of Escherichia coli RibonucleotideReductase Protein R2 to Accumulate an Intermediate Similar toH(,peroxo), the Putative Peroxodiiron (III) Complex from theMethane Monooxygenase Catalytic Cycle |
| ¼Ùéáµè§ | J. Martin Bollinger, Jr., Carsten Krebs, Armeria Vicol, ShuxianChen, Brenda A. Ley, Dale E. Edmondson, and Boi Hanh Huynh |
| ˹éÒ | 1094 |
|
|
| ª×èÍàÃ×èͧ | Tandem Hetero - Catenation: Templating and Self - Assembly in theMutual Closure of Two Different Interlocking Rings |
| ¼Ùéáµè§ | Darren G. Hamilton, Neil Feeder, Luca Prodi, Simon J. Teat,William Clegg, and Jeremy K. M. Sanders |
| ˹éÒ | 1096 |
|
|
| ª×èÍàÃ×èͧ | Enantioselective Enolborination |
| ¼Ùéáµè§ | Dale E. Ward and Wan - Li Lu |
| ˹éÒ | 1098 |
|
|
| ª×èÍàÃ×èͧ | Conversion of a Metallacyclobutene to Cobalt - Allene Complexes |
| ¼Ùéáµè§ | Joseph M. O'Connor, Ming - Chou Chen, Bella S. Fong, Anna Wenzel,Peter Gantzel, Arnold L. Rheingold, and Ilia A. Guzei |
| ˹éÒ | 1100 |
|
|
| ª×èÍàÃ×èͧ | Theoretical Proposal of a Catalytic Mechanism for the HIV-1Protease Involving an Enzyme - Bound Tetrahedral Intermediate |
| ¼Ùéáµè§ | Alessando Venturini, Fernando Lopez - Ortiz, Julia M. Alvarez,and Javier Gonzalez |
| ˹éÒ | 1110 |
|
|
| ª×èÍàÃ×èͧ | Mechaistic Studies of the Palladium - Catalyzed Copolymerizationof Ethylene and (...) - Olefins with Methyl Acrylate |
| ¼Ùéáµè§ | Stefan Mecking, Lynda K. Johnson, Lin Wang, and Maurice Brookhart |
| ˹éÒ | 888 |
|
|
| ª×èÍàÃ×èͧ | Biomimetie Diels - Alder Cyclizations for the Construction of theBrevianamide, Paraherquamide Sclerotamede, and VM55599 RingSystems |
| ¼Ùéáµè§ | Robert M. Williams, Juan F. Sanz - Cervera, Felix Sancenon, J.Alberto Marco, and Kathleen Halligan |
| ˹éÒ | 1090 |
|
|
| ª×èÍàÃ×èͧ | Site Valencies and Spin Coupling in the 3Fe and 4Fe (S = 1/2)Clusters of Pyrococcus furiosus Ferredoxin by ('57)Fe ENDOR |
| ¼Ùéáµè§ | Joshua Telser, Heshu Huang, Hong - In Lee, Michael W. W. Adams,and Brian M. Hoffman |
| ˹éÒ | 861 |
|
|
| ª×èÍàÃ×èͧ | Unusually Strong Dependence of Conformation on Solvent |
| ¼Ùéáµè§ | Charles L. Perin, Miles A. Fabian and Ignacio A. Rivero |
| ˹éÒ | 1044 |
|
|
| ª×èÍàÃ×èͧ | Q- band Electron Nuclear Double Resonance of Ferric Bleomycin andActvated Bleomycin Complexes with DNA: Fe (III) HyperfineInteraction with ('13)P and DNA- Induced Perturbation toBleomycin Structure |
| ¼Ùéáµè§ | Andrei Veselov, Richard M. Burger, and Charles P. Scholes |
| ˹éÒ | 1030 |
|
|
| ª×èÍàÃ×èͧ | Catalytic Enantiselective Reductive Amination in a Host - GuestSystem Based on a Protein Cavity |
| ¼Ùéáµè§ | Hao Kuang and Mark D. Distefano |
| ˹éÒ | 1072 |
|
|
| ª×èÍàÃ×èͧ | Raman Signature of the Fe(,2)O(,2) 'Diamond' Core |
| ¼Ùéáµè§ | Elizabeth C. Wilkinson, Yanhong Dong, Yan Zang, Hiroshi Fujii,Robert Fraczkiewicz, Grazyna Fraczkiewicz, Roman S.Czernuszewicz, and Lawrence Qne, Jr. |
| ˹éÒ | 955 |
|
|
| ª×èÍàÃ×èͧ | Synthesis and Dynamic Properties of Cycloheptatrienyl (dipropyl)borane. Equilibrium with 7- Dipropylborylnocaradiene |
| ¼Ùéáµè§ | Ilya D. Gridnev, Oleg L. Tok, Natalya A. Gridneva, Yuri N.Bubnov, and Peter R. Schreiner |
| ˹éÒ | 1034 |
|
|
| ª×èÍàÃ×èͧ | Deciphering the Cryptoregiochemistry of Oleate (...)('12)Desaturase: A Kinetic Isotope Effect Study |
| ¼Ùéáµè§ | Peter H. Buist and Behnaz Behrouzian |
| ˹éÒ | 871 |
|
|
| ª×èÍàÃ×èͧ | Are Both the (R) - and the (S) - MPA Esters Really Needed for theAssignment of the Absolute Configuration of Secondary Alcohols byNMR? The Use of a Single Derivative |
| ¼Ùéáµè§ | Shamil K. Latypov, Jose M. Seco, Emilio Quinoa, and RicardoRiguera |
| ˹éÒ | 877 |
|
|
| ª×èÍàÃ×èͧ | Polymer Concentration - Controlled Substrate Specificity inSolvolysis of p - Nitrophenyl Alkanoates Catalyzed by 4 -(Dialkylamino) pyridine - Functionalized Polymer in AqueousMethanol Solution |
| ¼Ùéáµè§ | Guang - Jia Wang and Wilmer K. Fife |
| ˹éÒ | 883 |
|
|
| ª×èÍàÃ×èͧ | The Mechanistic Basis for ELectronic Effects on Enantioselectivityin the (salen) Mn (III) - Catalyzed Epoxidation Reaction |
| ¼Ùéáµè§ | Michael Palucki, Nathaniel S. Finney, Paul J. Pospisil, Mehmet L.Giiler, Toyohisa Ishida, and Eric N. Jacobsen |
| ˹éÒ | 948 |
|
|
| ª×èÍàÃ×èͧ | Electronic Structure and Molecular Conformation in the ExcitedCharge Transfer Singlet States of 9- Acridyl and Other ArylDerivatives of Aromatic Amines |
| ¼Ùéáµè§ | Jerzy Herbich and Andrzej Kapturkiewicz |
| ˹éÒ | 1014 |
|
|
| ª×èÍàÃ×èͧ | How Electrophilic Are Cobalt Carbonyl Stabilized PropargyliumIons? |
| ¼Ùéáµè§ | Oliver Kuhn, Doris Rau, and Herbert Mayr |
| ˹éÒ | 900 |
|
|
| ª×èÍàÃ×èͧ | Primer Unit Specificity in Rifamycin Biosynthesis PrincipallyResides in the Later Stages of the Biosynthetic Pathway |
| ¼Ùéáµè§ | Daniel Hunziker, Tin - Wein Yu, C. Richard Hutchinson, Heinz G.Floss, and Chaitan Khosla |
| ˹éÒ | 1092 |
|
|
| ª×èÍàÃ×èͧ | Constitutionally Asymmetric and Chiral [2] Pseudorotaxanes |
| ¼Ùéáµè§ | Masumi Asakawa, Peter R. Ashton, Wayne Hayes, Henk M. Janssen, E.W. Meijer, Stephan Menzer Dario Pasini, J. Fraser Stoddart,Andrew J. P. White, and David J. Williams |
| ˹éÒ | 920 |
|
|
| ª×èÍàÃ×èͧ | Density Functional Calculations of 19 - Electron OrganometallicMolecules. A Comparison of Calculated and Observed AnisotropicHyperfine Coupling Constants for the CpCo(CO)(,2)('-) Anion.Implications for Determining Orbital Spin Populations from EPRData |
| ¼Ùéáµè§ | Dale A. Braden and David R. Tyler |
| ˹éÒ | 942 |
|
|
| ª×èÍàÃ×èͧ | EXAFS Characterization of the Intermediate X Generated During theAssembly fo the Escherichia coli Ribonucleotide Reductase R2Diferric Tyrosyl Radical Cofactor |
| ¼Ùéáµè§ | Pamela J. Riggs - Gelasco, Lijin Shu, Shuxian Chen, Doug Burdi,Boi Hanh Huynh, Lawrence Qne, Jr., and JoAnne Stubbe |
| ˹éÒ | 849 |
|
|
| ª×èÍàÃ×èͧ | [3],(,6)(1,2,3,4,5,6) Cyclophane - A Molecular Pinwheel and ItsCorrelated Inversion: NMR and Energetic Considerations |
| ¼Ùéáµè§ | Holger F. Bettinger, Paul v. R. Schleyer, and Henry F. SchaeferIII |
| ˹éÒ | 1074 |
|
|
| ª×èÍàÃ×èͧ | Oxygen - Rich Oxidase Enzyme Electrodes for Operation in Oxygen -Free Solutions |
| ¼Ùéáµè§ | Joseph Wang and Fang Lu |
| ˹éÒ | 1048 |
|
|
| ª×èÍàÃ×èͧ | A Novel Mode of Inclusion for Pyrene in (...) - CyclodextrinCompounds: The Crystal Structures of (...) - Cyclodextrin withCyclohexanol and Pyrene, and with n- Octanol and Pyrene |
| ¼Ùéáµè§ | Konstantin A. Udachin and John A. Ripmeester |
| ˹éÒ | 1080 |
|
|
| ª×èÍàÃ×èͧ | REAPDOR NMR Spectroscopy and Location of Cations in MolecularSieves |
| ¼Ùéáµè§ | S. Ganapathy and S. Vega |
| ˹éÒ | 1078 |
|
|
| ª×èÍàÃ×èͧ | Solid - Liquid Electron Density Transfer in Aqueous CharSuspensions by ('1) H- Pulsed Dynamic Nuclear Polarization at LowMagnetic Field |
| ¼Ùéáµè§ | B. M. Odintsov, R. L. Belford, P. J. Ceroke, and R. B. Clarkson |
| ˹éÒ | 1076 |
|
|
| ª×èÍàÃ×èͧ | Electrochemical Measurement of the Free Energy of Adsorption ofn- Alkanethiolates at Ag(111) |
| ¼Ùéáµè§ | David W. Hatchett, Rory H. Uibel, Keith J. Stevenson, Joel M.Harris, and Henry S. White |
| ˹éÒ | 1062 |
|
|
| ª×èÍàÃ×èͧ | Co - and Counterrotation of Magnetic Axes and Axial Ligands inLow - Spin Ferriheme Systems |
| ¼Ùéáµè§ | Nikolai V. Shokhirev and F. Ann Walker |
| ˹éÒ | 991 |
|
|
| ª×èÍàÃ×èͧ | How Long Can You Make an Oxygen Chain? |
| ¼Ùéáµè§ | Daniel J. Mckay and James S. Wright |
| ˹éÒ | 1003 |
|
|
| ª×èÍàÃ×èͧ | Quantitative Description of the Facial Discrimination ofMolecules Containing a Prochiral Group by NMR in a Chiral LiquidCrystal |
| ¼Ùéáµè§ | D. Merlet, A. Loewenstein, W. Smadja, J. Courtieu, and P. Lesot |
| ˹éÒ | 963 |
|
|
| ª×èÍàÃ×èͧ | A 1- and 2- D ('19)F MAS NMR Study of Fluoride - Ion Mobility ina (...) PbF(,2) |
| ¼Ùéáµè§ | Francis Wang and Clare P. Grey |
| ˹éÒ | 970 |
|
|
| ª×èÍàÃ×èͧ | Synthesis of Branched Polyolefins Using a Combination ofHomogeneous Metallocene Mimics |
| ¼Ùéáµè§ | Richard W. Barnhart, Guillermo C. Bazan, and Thomas Mourey |
| ˹éÒ | 1082 |
|
|
| ª×èÍàÃ×èͧ | Photodegradation of Polysilane Polymers by Nonresonant Two -Photon Excitation |
| ¼Ùéáµè§ | Takashi Miyazawa, Titao Saeki, Chengyou Liu, and Mitsuo Kira |
| ˹éÒ | 1084 |
|
|
| ª×èÍàÃ×èͧ | Complex of Dinitrogen with Trivalent Uranium |
| ¼Ùéáµè§ | Paul Roussel and Peter Scott |
| ˹éÒ | 1070 |
|
|
| ª×èÍàÃ×èͧ | Asymmetric Activation of Racemic Ruthenium (II) Complexes forEnantioselective Hydrogenation |
| ¼Ùéáµè§ | Takeshi Ohkuma, Henri Doucet, Trang Pham, Koichi Mikami,Toshinobu Korenaga, Masahiro Terada, and Ryoji Noyori |
| ˹éÒ | 1086 |
|
|
| ª×èÍàÃ×èͧ | Ab Initio Calcutions of the Electron - Transfer Matrix Element inCu(I) - Cu(II) Mixed - Valence Compounds |
| ¼Ùéáµè§ | Carmen Jimenez Calzado and Javier Fernandez Sanz |
| ˹éÒ | 1051 |
|
|
| ª×èÍàÃ×èͧ | Catalytic Asymmetric Syntheses of Antifungal Sphingofungins andTheir Biological Activity as Potent Inhibitors of SerinePalmitoyltransferase(SPT) |
| ¼Ùéáµè§ | Shu Kobayashi, Takayuki Furuta, Takaomi Hayashi, MasahiroNishijima, and Kentaro Hanada |
| ˹éÒ | 908 |
|
|
| Vol. 120 No.40,14 October 1998 |
| ª×èÍàÃ×èͧ | Nanocavities with Fine Adjustment in Channel-Type InclusionCrystals of Alkylammonium Deoxycholates. Control of MolecularCavities by Partial Filling of Molecular Channels |
| ¼Ùéáµè§ | Kazuki Sada, Naotaka Shiomi, and Mikiji Miyata |
| ˹éÒ | 10543 |
|
|
| ª×èÍàÃ×èͧ | Using Amide ('1)H and ('15)N Transverse Relaxation To DetectMillisecond Time-Scale Motions in Perdeuterated Proteins:Application to HIV-1 Protease |
| ¼Ùéáµè§ | Rieko Ishima, Paul T. Wingfield, Stephen J. Stahl, Joshua D.Kaufman, and Dennis A. Torchia |
| ˹éÒ | 10534 |
|
|
| ª×èÍàÃ×èͧ | The Nature of the Transition Structure for the Oxidation ofAlkanes with Dioxiranes |
| ¼Ùéáµè§ | Mikhail N. Glukhovtsev, Carlo Canepa, and Robert D. Bach |
| ˹éÒ | 10528 |
|
|
| ª×èÍàÃ×èͧ | A Model for Protonation of Dinitrogen by Nitrogenase: Protonationof Coordinated Dinitrogen on Tungsten with Hydrosulfido-BridgedDinuclear Complexes |
| ¼Ùéáµè§ | Yoshiaki Nishibayashi, Shotaro Iwai, and Masanobu Hidai |
| ˹éÒ | 10559 |
|
|
| ª×èÍàÃ×èͧ | Solvent Effects on Carbocation-Nucleophile Combination Reactions:A Comparison of (...)-Nucleophilicity in Aqueous and OrganicSolvents |
| ¼Ùéáµè§ | John P. Richard, Paul Szymanski, and Kathleen B. Williams |
| ˹éÒ | 10372 |
|
|
| ª×èÍàÃ×èͧ | Selective Population from the Excited Multiplet States to theTriplet Ground State in a Phthalocyanine: A New Concept forControlling Magnetic Properties by Photoexcitation |
| ¼Ùéáµè§ | Kazuyuki Ishii, Yoshiharu Hirose, and Nagao Kobayashi |
| ˹éÒ | 10551 |
|
|
| ª×èÍàÃ×èͧ | Theoretical and Solid-State NMR Study of Acetylene Adsorption onNano-Sized MgO |
| ¼Ùéáµè§ | John B. Nicholas, Ali A. Kheir, Teng Xu, Thomas R. Krawietz, andJames F. Haw |
| ˹éÒ | 10471 |
|
|
| ª×èÍàÃ×èͧ | Evidence for Rare Gas Endohedral Fullerene Formation from (...)Recoil from HPLC Studies |
| ¼Ùéáµè§ | G.E. Gadd, P. Schmidt, C. Bowles, G. McOrist, P.J. Evans, J.Wood, L. Smith, A. Dixon, and J. Easey |
| ˹éÒ | 10322 |
|
|
| ª×èÍàÃ×èͧ | A Short but Weak Cu-Cu Interaction in [Cu(,2)Br(,5)]('2-), aCrystal Engineered (Cu('1.5+))(,2) Confacial BitetrahedralComplex |
| ¼Ùéáµè§ | Caitlin Horn, Ian Dance, Don Craig, Marcia Scudder, and GrahamBowmaker |
| ˹éÒ | 10549 |
|
|
| ª×èÍàÃ×èͧ | Second Hydration Shell Single Scattering versus First HydrationShell Multiple Scattering in M(H(,2)O)(,6)('3+) EXAFS Spectra |
| ¼Ùéáµè§ | Hideto Sakane, Adela Munoz-Paez, Sofia Diaz-Moreno, Jose M.Martinez, Rafael R. Pappalardo, and Enrique Sanchez Marcos |
| ˹éÒ | 10397 |
|
|
| ª×èÍàÃ×èͧ | Synthesis of ((,-)('+))-Calicheamicinone by Two Methods |
| ¼Ùéáµè§ | Derrick L.J. Clive, Yunxin Bo, Yong Tao, Sylvain Daigneault,Yong-Jin Wu, and Gerard Meignan |
| ˹éÒ | 10332 |
|
|
| ª×èÍàÃ×èͧ | Synthesis of Vanillin from Glucose |
| ¼Ùéáµè§ | Kai Li and J.W. Frost |
| ˹éÒ | 10545 |
|
|
| ª×èÍàÃ×èͧ | Observation of the Anti Conformation of a Glycosidic Linkage inan Antibody-Bound Oligosaccharide |
| ¼Ùéáµè§ | Mark J. Milton and David R. Bundle |
| ˹éÒ | 10547 |
|
|
| ª×èÍàÃ×èͧ | Calculated pK(,Enol) Values for Enols of Carboxylic AcidDerivatives HC=C(OH)X (X=OH, NH(,2), NMe(,2), OMe, OCHO, F, Cl,Br) |
| ¼Ùéáµè§ | Stepan Sklenak, Yitzhak Apeloig, and Zvi Rappoport |
| ˹éÒ | 10359 |
|
|
| ª×èÍàÃ×èͧ | Addition of Methyl Grignard Reagents to Germasilenes andDigermenes: Unusual Ligand Exchange Reaction of the ResultingGermyl Grignard |
| ¼Ùéáµè§ | Craig E. Dixon, Matthew R. Netherton, and Kim M. Baines |
| ˹éÒ | 10365 |
|
|
| ª×èÍàÃ×èͧ | Kinetics of Cyclopropylcarbinyl Radical Ring Openings MeasuredDirectly by Laser Flash Photolysis |
| ¼Ùéáµè§ | John H. Horner, Noriko Tanaka, and Martin Newcomb |
| ˹éÒ | 10379 |
|
|
| ª×èÍàÃ×èͧ | Novel (...)('3)-Allylpalladium-Pyridinylpyrazole Complex:Synthesis, Reativity, and Catalytic Activity for Cyclopropanationof Ketene Sily Acetal with Allylic Acetates |
| ¼Ùéáµè§ | Akiharu Satake and Tadashi Nakata |
| ˹éÒ | 10391 |
|
|
| ª×èÍàÃ×èͧ | Chemical Shift Anisotropy as a Mechanism for Modulating ApparentJ(,Tl-H) and J(,Tl-C) Coupling Constants inTris(pyrazolyl)hydroborato Thallium Complexes |
| ¼Ùéáµè§ | Prasenjit Ghosh, Peter J. Desrosiers, and Gerard Parkin |
| ˹éÒ | 10416 |
|
|
| ª×èÍàÃ×èͧ | Competition between Rotamerization and Proton Transfer ino-Hydroxybenzaldehyde |
| ¼Ùéáµè§ | Martin Cuma, Steve Scheiner, and Tapas Kar |
| ˹éÒ | 10497 |
|
|
| ª×èÍàÃ×èͧ | Hybridization as a Metric for the Reaction Coordinate of ChemicalReactions |
| ¼Ùéáµè§ | R.C. Haddon and S.-Y. Chow |
| ˹éÒ | 10494 |
|
|
| ª×èÍàÃ×èͧ | [5,5] Sigmatropic Rearrangement. DFT Prediction of a DiradicalMechanism for a Woodward-Hoffmann 'Allowed' Thermal PericyclicReaction |
| ¼Ùéáµè§ | Brett R. Beno, Jens Fennen, K.N. Houk, Hans Jorg Lindner, andKlaus Hafner |
| ˹éÒ | 10490 |
|
|
| ª×èÍàÃ×èͧ | Carbocation-(...) Interaction: Computational Study ofComplexation of Methyl Cation with Benzene and Comparisons withRelated Systems |
| ¼Ùéáµè§ | Paul C. Miklis, Robert Ditchfield, and Thomas A. Spencer |
| ˹éÒ | 10482 |
|
|
| ª×èÍàÃ×èͧ | Effect of Protonation-Deprotonation Processes on theElectrooptical Properties of Bipyridine-ContainingPoly(p-phenylene-vinylene) Derivatives |
| ¼Ùéáµè§ | Yoav Eichen, Gregory Nakhmanovich, Vladimir Gorelik, OlgaEpshtein, Jorge M. Poplawski, and Eitan Ehrenfreund |
| ˹éÒ | 10463 |
|
|
| ª×èÍàÃ×èͧ | ('13)C-('13)C Correlations and Internuclear Distance Measurementswith 2D-MELODRAMA |
| ¼Ùéáµè§ | Harold C. Jarrell, Dalian Lu, and David J. Siminovitch |
| ˹éÒ | 10453 |
|
|
| ª×èÍàÃ×èͧ | Stepwise Disintegration of the Photosynthetic Oxygen-EvolvingComplex |
| ¼Ùéáµè§ | Cecilia Tommos, John McCracken, Stenbjorn Styring, and Gerald T.Babcock |
| ˹éÒ | 10441 |
|
|
| ª×èÍàÃ×èͧ | Gas-Phase Negative Ion Chemistry of Lewis Acid-Base Complexes |
| ¼Ùéáµè§ | Jianhua Ren, Derek B. Workman, and Robert R. Squires |
| ˹éÒ | 10511 |
|
|
| ª×èÍàÃ×èͧ | The Very Low Barrier of CO Site Exchange inTricarbonyl((...)('4)-1,5-cyclooctadiene)iron: PicosecondKinetics in Solution Investigated by Line Shape Simulation of the(...)(CO) IR Bands and Complementary Evidence from the Course of('13)CO Incorporation in a |
| ¼Ùéáµè§ | Friedrich-Wilhelm Grevels, Klaus Kerpen, Werner E. Klotzbucher,R.E.D. McClung, Graham Russell, Manuella Viotte, and KurtSchaffner |
| ˹éÒ | 10423 |
|
|
| ª×èÍàÃ×èͧ | Activation of O(,2) on a Photochemically Generated Rh('I) Site onan Al(,2)O(,3) Surface: Low-Temperature O(,2) Dissociation and COOxidation |
| ¼Ùéáµè§ | Edward A. Wovchko and John T. Yates, Jr. |
| ˹éÒ | 10523 |
|
|
| ª×èÍàÃ×èͧ | Ligand-Induced Ring Slippage of (...)('6)-to(...)('4)-Naphthalene. Preparation and StructuralCharacterization ofRu((...)('4)-C(,10)H(,8))((...)(,4)-1,5-C(,8)H(,12))(L)[L=PMe(,3), PEt(,3), P(OMe)(,3)] and of Derived BinuclearComplexes Containing Bridging N |
| ¼Ùéáµè§ | Martin A. Bennett, Zhaobin Lu, Xianqi Wang, Mark Bown, and DavidC.R. Hockless |
| ˹éÒ | 10409 |
|
|
| ª×èÍàÃ×èͧ | Synthesis of the Antitumor Agent Aglycon((,-)('+))-Calicheamicinone Using an 0-Quinone Monoketal Strategy |
| ¼Ùéáµè§ | Ian Churcher, David Hallett, and Philip Magnus |
| ˹éÒ | 10350 |
|
|
| ª×èÍàÃ×èͧ | Ground- and Excited-State Mapping of Plastocyanin from ResonanceRaman Spectra of Isotope-Labeled Proteins |
| ¼Ùéáµè§ | Shoulian Dong and Thomas G. Spiro |
| ˹éÒ | 10434 |
|
|
| ª×èÍàÃ×èͧ | A (...)-Peptide Reverse Turn that Promotes Hairpin Formation |
| ¼Ùéáµè§ | Yong Jun Chung, Laurie A. Christianson, Heather E. Stanger,Douglas R. Powell, and Samuel H. Gellman |
| ˹éÒ | 10555 |
|
|
| ª×èÍàÃ×èͧ | Circularly Polarized Luminescence from Chiral OctadentateComplexes of Yb(III) in the Near-Infrared |
| ¼Ùéáµè§ | Christine L. Maupin, David Parker, J.A. Gareth Williams, andJames P. Riehl |
| ˹éÒ | 10563 |
|
|
| ª×èÍàÃ×èͧ | Nucleic Acid Interactions of Unfused Aromatic Cations: Evaluationof Proposed Minor-Groove, Major-Groove, and Intercalation BindingModes |
| ¼Ùéáµè§ | W. David Wilson, Farial A. Tanious, Daoyuan Ding, Arvind Kumar,David W. Boykin, Pierre Colson, Claude Houssier, and ChristianBailly |
| ˹éÒ | 10310 |
|
|
| ª×èÍàÃ×èͧ | New Insights into Horseradish Peroxidase Function in Benzene fromResonance Raman Spectroscopy |
| ¼Ùéáµè§ | Patricia Ann Mabrouk and Thomas G. Spiro |
| ˹éÒ | 10303 |
|
|
| ª×èÍàÃ×èͧ | Characterization of the Fundamental Protein Ligand Requirementsof [4Fe-4S]('2+/+) Clusters with Sixteen Amino Acid Maquettes |
| ¼Ùéáµè§ | Stephen E. Mulholland, Brian R. Gibney, Francesc Rabanal, and P.Leslie Dutton |
| ˹éÒ | 10296 |
|
|
| ª×èÍàÃ×èͧ | Substrate Recognition and Saturation Kinetics in de Novo DesignedHistidine-Based Four-Helix Bundle Catalysts |
| ¼Ùéáµè§ | Kerstin S. Broo, Helena Nilsson, Jonas Nilsson, and Lars Baltzer |
| ˹éÒ | 10287 |
|
|
| ª×èÍàÃ×èͧ | The Role of Aggregates in Claisen Acylation Reactions of TwoLithium Enolates in THF |
| ¼Ùéáµè§ | Simon Shun-Wang Leung and Andrew Streitwieser |
| ˹éÒ | 10557 |
|
|
| ª×èÍàÃ×èͧ | Macrocyclization of Fischer Carbene Complexes as an Approach toCyclophanes |
| ¼Ùéáµè§ | Huan Wang and William D. Wulff |
| ˹éÒ | 10573 |
|
|
| ª×èÍàÃ×èͧ | Characterization and Chemical Stability of PhotooxidizedOligonucleotides that Contain2,2-Diamino-4-[(2-deoxy-(...)-D-erythro-pentofuranosyl)amino]-5(2H)-oxazolone |
| ¼Ùéáµè§ | Didier Gasparutto, Jean-Luc Ravanat, Olivier Gerot, and JeanCadet |
| ˹éÒ | 10283 |
|
|
| ª×èÍàÃ×èͧ | An Ab Initio Nuclear Magnetic Resonance and Atoms-in-MoleculesStudy of the PO Bond in Phosphine Oxides |
| ¼Ùéáµè§ | D.B. Chesnut |
| ˹éÒ | 10504 |
|
|
| ª×èÍàÃ×èͧ | The Synthesis, Structure, and Reactivity of PhenylTris(3-tert-butylpyrazolyl)borato Iron Methyl,[PhTp('Bu('t))]FeMe: Isolation of a Four-Coordinate MonovalentIron Carbonyl Complex, [PhTp('Bu('t))]FeCO |
| ¼Ùéáµè§ | Jennifer L. Kisko, Tony Hascall, and Gerard Parkin |
| ˹éÒ | 10561 |
|
|
| ª×èÍàÃ×èͧ | Saturation of Magnetic Field Effects Due to the (...)g Mechanismunder Ultrahigh Fields of up to 28 T |
| ¼Ùéáµè§ | Masanobu Wakasa, Kiyoshi Nishizawa, Haruo Abe, Giyuu Kido, andHisaharu Hayashi |
| ˹éÒ | 10565 |
|
|
| ª×èÍàÃ×èͧ | Bromoketone C-Glycosides, a New Class of (...)-GlucanaseInactivators |
| ¼Ùéáµè§ | Steven Howard and Stephen G. Withers |
| ˹éÒ | 10326 |
|
|
| ª×èÍàÃ×èͧ | First Synthesis and Structural Characterization of DinuclearM(III) Bis((...)-oxo) Complexes of Nickel and Cobalt withHydrotris(pyrazolyl)borate Ligand |
| ¼Ùéáµè§ | Shiro Hikichi, Michito Yoshizawa, Yasuyuki Sasakura, MunetakaAkita, and Yoshihiko Moro-oka |
| ˹éÒ | 10567 |
|
|
| ª×èÍàÃ×èͧ | Transformation of Germanium Dioxide to Microporous Germanate4-Connected Nets |
| ¼Ùéáµè§ | Hailian Li and O.M. Yaghi |
| ˹éÒ | 10569 |
|
|
| ª×èÍàÃ×èͧ | Measurement of Residual Dipolar Couplings of MacromoleculesAligned in the Nematic Phase of a Colloidal Suspension ofRod-Shaped Viruses |
| ¼Ùéáµè§ | G. Marius Clore, Mary R. Starich, and Angela M. Gronenborn |
| ˹éÒ | 10571 |
|
|
| ª×èÍàÃ×èͧ | Enzymatic Ligation Reactions of DNA 'Words' on Surfaces for DNAComputing |
| ¼Ùéáµè§ | Anthony G. Frutos, Lloyd M. Smith, and Robert M. Corn |
| ˹éÒ | 10277 |
|
|
| ª×èÍàÃ×èͧ | Experimental Investigations and ab Initio Studies onHexacoordinated Complexes of Dichlorosilane |
| ¼Ùéáµè§ | Karl Hensen, Thorsten Stumpf, Michael Bolte, Christian Nather,and Holger Fleischer |
| ˹éÒ | 10402 |
|
|
| Vol. 120 No.4,4 February 1998 |
| ª×èÍàÃ×èͧ | Oxidation of Alkenes, Sulfides, Amines, and Phosphineswith Peroxynitrous Acid: Comparison with Other Oxidants Such asPeroxyformic Acid and Dimethyldioxirane |
| ¼Ùéáµè§ | Robert D. Bach, Mikhail N. Glukhovtsev, and Carlo Canepa |
| ˹éÒ | 775 |
|
|
| ª×èÍàÃ×èͧ | Biomimetic Aerobic Polymerization of Vinyl Monomers |
| ¼Ùéáµè§ | J. Jayaseharan and K. Kishore |
| ˹éÒ | 825 |
|
|
| ª×èÍàÃ×èͧ | One-Electron Reduction of Aromatic Ketones by Low-ValentLanthanides. Isolation, Stuctural Characterizations, andReactivity of Lanthanide Ketyl Complexes |
| ¼Ùéáµè§ | Zhaomin Hou, Akira Fujita, Yugen Zhang, Takanori Miyano, HiroshiYamazaki, and Yasuo Wakatsuki |
| ˹éÒ | 754 |
|
|
| ª×èÍàÃ×èͧ | Structural Changes of Surface Layer of Vanadyl PyrophosphateCatalysts by Oxidation-Reduction and Their Realtionships withSelective Oxidation of n-Butane |
| ¼Ùéáµè§ | Gaku Koyano, Toshio Okuhara, and Makoto Misono |
| ˹éÒ | 767 |
|
|
| ª×èÍàÃ×èͧ | Antibody Catalyzed Cleavage of an Amide Bond Using an ExternalNucleophilic Cofactor |
| ¼Ùéáµè§ | Oguz Ersoy, Roman Fleck, Anthony Sinskey, and Satoru Masamune |
| ˹éÒ | 817 |
|
|
| ª×èÍàÃ×èͧ | Asymmetric O- and C- Alkylation of Phenols |
| ¼Ùéáµè§ | Barry M. Trost and F. Dean Toste |
| ˹éÒ | 815 |
|
|
| ª×èÍàÃ×èͧ | Conceptually New Directed Aldol Condensation Using Aluminum Tris(2,6- diphenylphenoxide) |
| ¼Ùéáµè§ | Susumu Saito, Masahito Shiozawa, Masahiro Ito, and HisashiYamamoto |
| ˹éÒ | 813 |
|
|
| ª×èÍàÃ×èͧ | Apparent Catalytic Generation of Chiral Metal Enolates:Enantioselective Dienolate Additions to Aldehydes Mediated byTol-BINAP Cu(II) Fluoride Complexes |
| ¼Ùéáµè§ | Jochen Kruger and Erick M. Carreira |
| ˹éÒ | 837 |
|
|
| ª×èÍàÃ×èͧ | Detemination of the Stable Microstates of a Peptide from NOEDistance Constraints and Optimization of Atomic SolvationParameters |
| ¼Ùéáµè§ | Canan Baysal and Hagai Meirovitch |
| ˹éÒ | 800 |
|
|
| ª×èÍàÃ×èͧ | ('129) Xe and ('1)H NMR Study of the Reversible Trapping of Xenonby Cryptophane - A in Organic Solution |
| ¼Ùéáµè§ | Kristin Bartik, Michel Luhmer, Jean - Pierre Dutasta, Andre Collet,and Jacques Risse |
| ˹éÒ | 784 |
|
|
| ª×èÍàÃ×èͧ | Palladium - Catalyzed C - N (sp('2)) Bond Formation: N -Arylation of Aromatic and Unsaturated Nitrogen and the ReductiveElimination Chemistry of Palladium Azolyl and MethyleneamidoComplexes |
| ¼Ùéáµè§ | Grace Mann, John F. Hartwig, Michael S. Driver, and CarolinaFernandez - Rivas |
| ˹éÒ | 827 |
|
|
| ª×èÍàÃ×èͧ | Hindered Rotation in Diphenylmethane Derivatives. Electrostaticvs Charge-Transfer and Homoconjugative Aryl-Aryl Interactions |
| ¼Ùéáµè§ | A. Garcia Martinez, J. Osio Barcina, A. de Fresno Cerezo, andR. Gutierrez Rivas |
| ˹éÒ | 673 |
|
|
| ª×èÍàÃ×èͧ | Divergent Pathways in the Rearrangement of Tricyclo[3.3.0.0('2,4)] octanes (Housanes) on Chemical Electron Transfer(CET) versus Acid Catalysis: A Comparison of Radical Cations andCarbocations |
| ¼Ùéáµè§ | Waldemar Adam, Vera - Iris Handmann, Fumio Kita, and ThomasHeidenfelder |
| ˹éÒ | 831 |
|
|
| ª×èÍàÃ×èͧ | Highly Regio- and Enantioselective Catalytic Hydrogenation ofEnamides in Conjugated Diene Systems: Synthesis and Applicationof (...),(...)-Unsaturated Amino Acids |
| ¼Ùéáµè§ | Mark J. Burk, John G. Allen, and William F. Kiesman |
| ˹éÒ | 657 |
|
|
| ª×èÍàÃ×èͧ | Living CO/Olefin Alternating Copolymerizations of Electron-PoorBicyclic Olefins Initiated by Neutral Palladium(II) AlkylComplexes: A Route to the Perfectly Alternating Copolymer of Coand Acetylene |
| ¼Ùéáµè§ | Adam L. Safir and Bruce M. Novak |
| ˹éÒ | 643 |
|
|
| ª×èÍàÃ×èͧ | Oxidation of DNA and RNA by Oxoruthenium (IV)Metallointercalators: Visualizing the Recognition Properties ofDipyridophenazine by High-Resolution Electrophoresis |
| ¼Ùéáµè§ | Pamela J. Carter, Chien - Chung, and H. Holden Thorp |
| ˹éÒ | 632 |
|
|
| ª×èÍàÃ×èͧ | Molecular Dynamics of Duplex Systems Involving PNA: Structuraland Dynamical Consequences of the Nucleic Acid Backbone |
| ¼Ùéáµè§ | Srikanta Sen and Lennart Nilsson |
| ˹éÒ | 619 |
|
|
| ª×èÍàÃ×èͧ | ('5)N NMR of RNA Fragments Containing Specifically Labeled GU andGC Pairs |
| ¼Ùéáµè§ | Xiaohu Zhang, Barbara L. Gaffney, and Roger A. Jones |
| ˹éÒ | 615 |
|
|
| ª×èÍàÃ×èͧ | On the Origin of Substrate Directing Effects in the Epoxidation ofAllyl Alcohols with Peroxyformic Acid |
| ¼Ùéáµè§ | Robert D. Bach, Carlos M. Estevez, Julia E. Winter, and MikhailN. Glukhovtsev |
| ˹éÒ | 680 |
|
|
| ª×èÍàÃ×èͧ | Stuctural Rules Governing Self- Assembly Emerge from NewMolecular Capsules |
| ¼Ùéáµè§ | Jose M. Rivera, Tomas Martin, and Julius Rebek, Jr. |
| ˹éÒ | 819 |
|
|
| ª×èÍàÃ×èͧ | The First Crystallographically Characterized Transition MetalBuckybowl Compound: C(,30) H(,12) Carbon - Carbon Bond Activationby Pt (PPh(,3))(,2) |
| ¼Ùéáµè§ | Raef M. Shaltout, Renata Sygula, Andrzej Sygula, Frank R.Fronczek, George G. Stanley, and Peter W. Rabideau |
| ˹éÒ | 835 |
|
|
| ª×èÍàÃ×èͧ | Spontaneous Hydrolysis of Ionized Phosphate Monoesters andDiesters and the Proficiencies of Phosphatases andPhosphodiesterases as Catalysts |
| ¼Ùéáµè§ | Richard Wolfenden, Caroline Ridgway, and Gregory Young |
| ˹éÒ | 833 |
|
|
| ª×èÍàÃ×èͧ | Ethylene Rearrangements to M - C, M = C, and M (...) CFunctionalities over a Tungsten - Oxo Surface Illustrated by theW (IV) Calix [4] arene Fragment |
| ¼Ùéáµè§ | Luca Giannini, Euro Solari, Carlo Floriani, Angiola Chiesi -Villa, and Corrado Rizzoli |
| ˹éÒ | 823 |
|
|
| ª×èÍàÃ×èͧ | Kinetic Addition of Nucleophiles to n('3)-Propargyl RheniumComplexes Occurs at the Central Carbon to ProduceRhenacyclobutenes |
| ¼Ùéáµè§ | Charles P. Casey, John R. Nash, Chae S. Yi, Anthony D. Selmeczy,Steven Chung Douglas R. Powell, and Randy K. Hayashi |
| ˹éÒ | 722 |
|
|
| ª×èÍàÃ×èͧ | Highly Controlled Chemoselectivity of Tin Enolate by ItsHybridization State. Anionic Complex of Tin Enolate Coordinatedby Tetrabutylammonium Bromide as Halo Selective Reagent |
| ¼Ùéáµè§ | Makoto Yasuda, Keiko Hayashi, Yasuhiro Katoh, Ikuya Shibata, andAkio Baba |
| ˹éÒ | 715 |
|
|
| ª×èÍàÃ×èͧ | Self-Assembling Cyclic (...)('3)-Peptide Nanotubes asArtificial Transmembrane Ion Channels |
| ¼Ùéáµè§ | Thomas D. Clark, Lukas K. Buehler, and M. Reza Ghadiri |
| ˹éÒ | 651 |
|
|
| ª×èÍàÃ×èͧ | Template Synthesis of Near-Monodisperse Microscale Nanofibersand Nanotubules of MoS(,2) |
| ¼Ùéáµè§ | Catherine M. Zelenski and Peter K. Dorhout |
| ˹éÒ | 734 |
|
|
| ª×èÍàÃ×èͧ | Circular Dichroism and Magnetic Circular Dichroism SpectroscopicStudies of the Non-Heme Ferrous Active Site in ClavaminateSynthase and Its Interaction with (...)-KetoglutarateCosubstrate |
| ¼Ùéáµè§ | Elizabeth G. Pavel, Jing Zhou, Robert W. Busby, Michele Gunsior,Craig A. Townsend, and Edward I. Solomon |
| ˹éÒ | 743 |
|
|
| ª×èÍàÃ×èͧ | Synthesis, Morphology, and Field-Effect Mobility ofAnthradithiophenes |
| ¼Ùéáµè§ | Joyce G. Laquindanum, Howard E. Katz, and Andrew J. Lovinger |
| ˹éÒ | 664 |
|
|
| ª×èÍàÃ×èͧ | Half-Integer-Spin Small Molecule Magnet Exhibiting ResonantMagnetization Tunneling |
| ¼Ùéáµè§ | Sheila M. J. Aubin, Neil R. Dilley, Michael W. Wemple, M. BrianMaple, George Christou, and David N. Hendrickson |
| ˹éÒ | 839 |
|
|
| ª×èÍàÃ×èͧ | Stereoselectivity of the Thia-Sommelet [2,3]-Dearomatization |
| ¼Ùéáµè§ | Richard Berger, Joseph W. Ziller, and David L. Van Vranken |
| ˹éÒ | 841 |
|
|
| ª×èÍàÃ×èͧ | Synthesis of Optically Active (...)-Hydroxy Carbonyl Compoundsby the Catalytic, Enantioselective Oxidation of Silyl EnolEthers and Ketene Acetals with (Salen) manganese (III) Complexes |
| ¼Ùéáµè§ | Waldemar Adam, Rainer T. Fell, Veit R. Stegmann, and Chantu R.Saha-Moller |
| ˹éÒ | 708 |
|
|
| ª×èÍàÃ×èͧ | Effect of Guanine Stacking on the Oxidation of 8 - Oxoguanine inB - DNA |
| ¼Ùéáµè§ | Ferran Prat, K. N. Houk, and Christopher S. Foote |
| ˹éÒ | 845 |
|
|
| ª×èÍàÃ×èͧ | Interphylal Product Splicing: The First Total Syntheses ofCephalalostatin 1, the Noth Hemisphere of Ritterazine G, and theHighly Active Hybrid Analogue, Ritterostatin G(,n)1(,n) |
| ¼Ùéáµè§ | Thomas G. LaCour, Chuangxing Guo, Sudhakar Bhandaru, Michael R.Boyd, and P. L. Fuchs |
| ˹éÒ | 692 |
|
|
| ª×èÍàÃ×èͧ | Photosensitization of TiO (,2) by [Fe('II)(2,2'- bipyridine -4,4'- dicarboxylic acid)(,2)(CN)(,2)]: Band Selective ElectronInjection from Ultra - Short - Lived Excited States |
| ¼Ùéáµè§ | Suzanne Ferrere and Brian A. Gregg |
| ˹éÒ | 843 |
|
|
| ª×èÍàÃ×èͧ | Measurement of Deoxyribose ('3)('J)(,HH) Scalar Couplings RevealsProtein Binding -Induced Changes in the Sugar Puckers of the DHA |
| ¼Ùéáµè§ | Thomas Szyperski, Cesar Fernandez, A kira Ono, MasatsuneKainosho, and Kurt Wuithrich |
| ˹éÒ | 821 |
|
|
| ª×èÍàÃ×èͧ | Molecular Configuration at the Solid-Solid Interface: Twinningin Saccharin Crystals |
| ¼Ùéáµè§ | H. F. Lieberman, L. Williams, R. J. Davey, and R. G. Pritchard |
| ˹éÒ | 686 |
|
|
| ª×èÍàÃ×èͧ | Propensity for Helix Formation in the Hydrophobic Peptides K(,2)(LA)(,x) (x=6, 8, 10, 12) in Monolayer, Bulk, and Lipid -Containing Phases. Infrared and Circular Dichroism Studies |
| ¼Ùéáµè§ | Darline Dieudonne, Arne Gericke, Carol R. Flach, Xin Jiang, RamyS. Farid, and Richard Mendelsohn |
| ˹éÒ | 792 |
|
|
| Vol. 120 No.39,7 October 1998 |
| ª×èÍàÃ×èͧ | Nucleophilic Catalysis with (...)-Bound Nitrogen Heterocycles:Synthesis of the First Ruthenium Catalysts and Comparison of theReactivity and the Enantioselectivity of Ruthenium and IronComplexes |
| ¼Ùéáµè§ | Christine E. Garrett and Gregory C. Fu |
| ˹éÒ | 10276 |
|
|
| ª×èÍàÃ×èͧ | Design, Synthesis, and Photodynamics of Light-Harvesting ArraysComprised of a Porphyrin and One, Two, or Eight Boron-DipyrrinAccessory Pigments |
| ¼Ùéáµè§ | Feirong Li, Sung Ik Yang, Yangzhen Ciringh, Jyoti Seth, CharlesH. Martin, III, Deepak L. Singh, Dongho Kim, Robert R. Birge,David F. Bocian, Dewey Holten, and Jonathan S. Lindsey |
| ˹éÒ | 10001 |
|
|
| ª×èÍàÃ×èͧ | Dendrimers Containing Chiral Ferrocenyl Diphosphine Ligands forAsymmetric Catalysis |
| ¼Ùéáµè§ | Christoph Kollner, Benoit Pugin, and Antonio Togni |
| ˹éÒ | 10274 |
|
|
| ª×èÍàÃ×èͧ | Responses of the Fe(CN)(,2)(CO) Unit to Electronic Changes asRelated to Its Role in [NiFe]Hydrogenase |
| ¼Ùéáµè§ | Chia-Huei Lai, Way-Zen Lee, Matthew L. Miller, Joseph H.Reibenspies, Donald J. Darensbourg, and Marcetta Y. Darensbourg |
| ˹éÒ | 10103 |
|
|
| ª×èÍàÃ×èͧ | Construction of a Blue Copper Analogue through Iterative RationalProtein Design Cycles Demonstrates Principles of MolecularRecognition in Metal Center Formation |
| ¼Ùéáµè§ | Homme W. Hellinga |
| ˹éÒ | 10055 |
|
|
| ª×èÍàÃ×èͧ | Structural Dichotomy in Six-Coordinate d('0) Complexes: TrigonalPrismatic (('t)Bu(,3)SiC(...)C)(,6)Ta('-) and Octahedral(('t)Bu(,3)SiC(...)C)(,6)M('2-) (M=Zr, Hf) |
| ¼Ùéáµè§ | Thomas P. Vaid, Adam S. Veige, Emil B. Lobkovsky, Wingfield V.Glassey, Peter T. Wolczanski, Louise M. Liable-Sands, Arnold L.Rheingold, and Thomas R. Cundari |
| ˹éÒ | 10067 |
|
|
| ª×èÍàÃ×èͧ | DNA Interstrand Cross-Link Formation Induced by Bioxalomycin(...)(,2) |
| ¼Ùéáµè§ | Robert M. Williams and Brad Herberich |
| ˹éÒ | 10272 |
|
|
| ª×èÍàÃ×èͧ | Topological Analysis of the Charge Density in ShortIntramolecular O-H(...)O Hydrogen Bonds. Very Low TemperatureX-ray and Neutron Diffraction Study of Benzoylacetone |
| ¼Ùéáµè§ | Georg Kent Hellerup Madsen, Bo Brummerstedt Iversen, Finn KrebsLarsen, Moshe Kapon, George M. Reisner, and Frank H. Herbstein |
| ˹éÒ | 10040 |
|
|
| ª×èÍàÃ×èͧ | Organic Artificial Proteinase with Active Site Comprising ThreeSalicylate Residues |
| ¼Ùéáµè§ | Junghun Suh and Sang Soo Hah |
| ˹éÒ | 10088 |
|
|
| ª×èÍàÃ×èͧ | Platinum-Catalyzed Enantioselective Aldol Addition of KeteneSilyl Acetals to Aldehydes |
| ¼Ùéáµè§ | Osamu Fujimura |
| ˹éÒ | 10032 |
|
|
| ª×èÍàÃ×èͧ | The First Selective and Efficient Transport of Imide-ContainingNucleosides and Nucleotides by Lipophilic Cyclen-Zinc(II)Complexes (Cyclen=1,4,7,10-Tetraazacyclododecane) |
| ¼Ùéáµè§ | Shin Aoki, Yusuke Honda, and Eiichi Kimura |
| ˹éÒ | 10018 |
|
|
| ª×èÍàÃ×èͧ | Conformation-Dependent Cleavage of Hairpin and Triplex NucleicAcids by a Temperature-Insensitive Photonuclease |
| ¼Ùéáµè§ | Suzanne A. Ciftan and H. Holden Thorp |
| ˹éÒ | 9995 |
|
|
| ª×èÍàÃ×èͧ | Mechanism of Reaction of an Arenediazonium Ion in AqueousSolutions of Acetamide, N-Methylacetamide, andN,N-Dimethylacetamide. A Potential Method for Chemically TaggingPeptide Bonds at Aggregate Interfaces |
| ¼Ùéáµè§ | Laurence S. Romsted, Jianbing Zhang, and Lanzhen Zhuang |
| ˹éÒ | 10046 |
|
|
| ª×èÍàÃ×èͧ | Efficient Inhibition of Photo[2+2]cycloaddition ofThymidilyl(3'-5')thymidine and Promotion of Photosplitting of thecis-syn-Cyclobutane Thymine Dimer by Dimeric Zinc(II)-CyclenComplexes Containing m- and p-Xylyl Spacers |
| ¼Ùéáµè§ | Shin Aoki, Chizuyo Sugimura, and Eiichi Kimura |
| ˹éÒ | 10094 |
|
|
| ª×èÍàÃ×èͧ | Stereospecific ('1)H and ('13)C NMR Assignments of Crotonyl CoAand Hexadienoyl CoA: Conformational Analysis and Comparison withProtein-CoA Complexes |
| ¼Ùéáµè§ | Wen-Jin Wu, Peter J. Tonge, and Daniel P. Raleigh |
| ˹éÒ | 9988 |
|
|
| ª×èÍàÃ×èͧ | Minimal Lipidation Stabilizes Protein-Like Molecular Architecture |
| ¼Ùéáµè§ | Ying-Ching Yu, Matthew Tirrell, and Gregg B. Fields |
| ˹éÒ | 9979 |
|
|
| ª×èÍàÃ×èͧ | A Novel Electrostatic Approach to Substituent Constants: DoublySubstituted Benzenes |
| ¼Ùéáµè§ | C.H. Suresh and Shridhar R. Gadre |
| ˹éÒ | 10276 |
|
|
| ª×èÍàÃ×èͧ | Energetics of the Catalytic Reaction of Ribonuclease A:AComputational Study of Alternative Mechanisms |
| ¼Ùéáµè§ | Timothy M. glennon and Arieh Warshel |
| ˹éÒ | 10234 |
|
|
| ª×èÍàÃ×èͧ | A New Class of Planar-Chiral Ligands: Synthesis of aC(,2)-Symmetric Bisazaferrocene and Its Application in theEnantioselective Cu(I)-Catalyzed Cyclopropanation of Olefins |
| ¼Ùéáµè§ | Michael M.-C. Lo and Gregory C. Fu |
| ˹éÒ | 10270 |
|
|
| ª×èÍàÃ×èͧ | Ring Opening of the Cyclopropylcarbinyl Radical and Its N- andO-Substituted Analogues: A Theoretical Examination of Very FastUnimolecular Reactions |
| ¼Ùéáµè§ | David M. Smith, Athanassios Nicolaides, Bernard T. Golding, andLeo Radom |
| ˹éÒ | 10223 |
|
|
| ª×èÍàÃ×èͧ | Preservation of the Native Structure in Myoglobin at Low pH bySol-Gel Encapsulation |
| ¼Ùéáµè§ | Tapan Kanti Das, Imran Khan, Denis L. Rousseau, and Joel M.Friedman |
| ˹éÒ | 10268 |
|
|
| ª×èÍàÃ×èͧ | Rhodium Derivatives of Lacunary Heteropolytungstates IllustrateMetalloporphyrin Analogies. Reductive Dimerization toRh(,2)-Linked Keggin Moieties |
| ¼Ùéáµè§ | Xinyi Wei, Robert E. Bachman, and Michael T. Pope |
| ˹éÒ | 10248 |
|
|
| ª×èÍàÃ×èͧ | Rhodium-Carbon Bond Formation in Aqueous Solution. Synthesis,Structure, and Reactivity of the FunctionalizedHeteropolytungstates, [XW(,11)O(,39)RhCH(,2)COOH]('5,6-)(X=P, Si) |
| ¼Ùéáµè§ | Xinyi Wei, Michael H. Dickman, and Michael T. Pope |
| ˹éÒ | 10254 |
|
|
| ª×èÍàÃ×èͧ | Biosynthesis of Desosamine: Construction of a NewMethymycin/Neomethymycin Analogue by Deletion of a DesosamineBiosynthetic Gene |
| ¼Ùéáµè§ | Lishan Zhao, David H. Sherman, and Hung-wen Liu |
| ˹éÒ | 10256 |
|
|
| ª×èÍàÃ×èͧ | Synthesis and Triiron Complexes of PDK, a New Porphyrin-LinkedDicarboxylate Ligand |
| ¼Ùéáµè§ | Xiao-Xiang Zhang, Peter Fuhrmann, and Stephen J. Lippard |
| ˹éÒ | 10260 |
|
|
| ª×èÍàÃ×èͧ | Palladium/Acetic Acid Catalyzed Allylation of SomePronucleophiles with Simple Alkynes |
| ¼Ùéáµè§ | Isao Kadota, Akinori Shibuya, Young Soo Gyoung, and YoshinoriYamamoto |
| ˹éÒ | 10262 |
|
|
| ª×èÍàÃ×èͧ | The Elusive Titanocene |
| ¼Ùéáµè§ | Peter B. Hitchcock, Francesca M. Kerton, and Gerard A. Lawless |
| ˹éÒ | 10264 |
|
|
| ª×èÍàÃ×èͧ | DFT Study of the Reactions between Singlet-Oxygen and aCarotenoid Model |
| ¼Ùéáµè§ | Marco Garavelli, Fernando Bernardi, Massimo Olivucci, and MichaelA. Robb |
| ˹éÒ | 10210 |
|
|
| ª×èÍàÃ×èͧ | Electronically Induced Phase Transitions in Ternary TransitionMetal Distannide Systems |
| ¼Ùéáµè§ | Ulrich Haussermann, Sergei I. Simak, Igor A. Abrikosov, BorjeJohansson, and Sven Lidin |
| ˹éÒ | 10136 |
|
|
| ª×èÍàÃ×èͧ | Temperature Dependence of Proton NMR Chemical Shift As aCriterion To Identify Low-Barrier Hydrogen Bonds |
| ¼Ùéáµè§ | Mireia Garcia-Viloca, Ricard Gelabert, Angels Gonzalez-Lafont,Miquel Moreno, and Jose M. Lluch |
| ˹éÒ | 10203 |
|
|
| ª×èÍàÃ×èͧ | Solid-State Deuterium NMR of Imidazole Ligands in Cytochrome cPeroxidase |
| ¼Ùéáµè§ | Kai Liu, John Williams, HyeRim Lee, Melissa M. Fitzgerald, GerardM. Jensen, David B. Goodin, and Ann E. McDermott |
| ˹éÒ | 10199 |
|
|
| ª×èÍàÃ×èͧ | Microwave Spectroscopy of the Twist C('(...))-Exo/C('(...))-EndoConformation of Prolinamide |
| ¼Ùéáµè§ | Kimberly A. Kuhls, Charla A. Centrone, and Michael J. Tubergen |
| ˹éÒ | 10194 |
|
|
| ª×èÍàÃ×èͧ | Photochemical Formation of Ferrimagnetic Chains from a Pair ofPolymeric Complexes Made of OctahedralBis(hexafluoroacetylacetonato)manganese(II) withDiazodi(4-pyridyl)methane in the Cis and Trans Configurations asRepeating Units |
| ¼Ùéáµè§ | Satoru Karasawa, Yoko Sano, Takeyuki Akita, Noboru Koga, TetsujiItoh, Hiizu Iwamura, Pierre Rabu, and Marc Drillon |
| ˹éÒ | 10080 |
|
|
| ª×èÍàÃ×èͧ | NOE Pumping: A Novel NMR Technique for Identification ofCompounds with Binding Affinity to Macromolecules |
| ¼Ùéáµè§ | Aidi Chen and Michael J. Shapiro |
| ˹éÒ | 10258 |
|
|
| ª×èÍàÃ×èͧ | One-Electron Transformations of Paramagnetic Cobalt Complexes.Synthesis and Structure of Cobalt(II) Amidodiphosphine Halide andAlkyl Complexes and Their Reaction with Alkyl Halides |
| ¼Ùéáµè§ | Michael D. Fryzuk, Daniel B. Leznoff, Robert C. Thompson, andSteven J. Rettig |
| ˹éÒ | 10126 |
|
|
| ª×èÍàÃ×èͧ | Heterolytic and Homolytic Y-NO Bond Energy Scales ofNitroso-Containing Compounds: Chemical Origin of NO Release andNO Capture |
| ¼Ùéáµè§ | Jin-Pei Cheng, Ming Xian, Kun Wang, Xiaoqing Zhu, Zheng Yin, andPeng George Wang |
| ˹éÒ | 10266 |
|
|
| ª×èÍàÃ×èͧ | Oxidative Addition of Dihydrogen to[Ir(bisphosphine)(1,5-cyclooctadiene)]BF(,4) Complexes: Kineticand Thermodynamic Selectivity |
| ¼Ùéáµè§ | Barbara F.M. Kimmich, Ekasith Somsook, and Clark R. Landis |
| ˹éÒ | 10115 |
|
|
| ª×èÍàÃ×èͧ | Molecular Structures of Fulvalenes Derived fromMethylidenecycloproparenes: X-ray Structure Determinations and abInitio Calculations |
| ¼Ùéáµè§ | Yitzhak Apeloig, Roland Boese, Brian Halton, and Andreas H.Maulitz |
| ˹éÒ | 10147 |
|
|
| ª×èÍàÃ×èͧ | Reaction Mechanism of Silicon-Hydrogen Bond Activation StudiedUsing Femtosecond to Nanosecond IR Spectroscopy and Ab InitioMethods |
| ¼Ùéáµè§ | H. Yang, M.C. Asplund, K.T. Kotz, M.J. Wilkens, H. Frei, and C.B.Harris |
| ˹éÒ | 10154 |
|
|
| ª×èÍàÃ×èͧ | Spreading Behavior of Optically Active MacrocycloamidesConsisting of Helical Chiral Units at the Air-Water Interface andthe Formation of Langmuir-Blodgett Films |
| ¼Ùéáµè§ | Fei Feng, Tokuji Miyashita, Hitoshi Okubo, and Masahiko Yamaguchi |
| ˹éÒ | 10166 |
|
|
| ª×èÍàÃ×èͧ | Mechanism and Reactivity Parameters of the Reduction ofArylmethyl Radicals from Time-Resolved Electron-PhotoinjectionExperiments |
| ¼Ùéáµè§ | Jose Gonzalez, Philippe Hapiot, Valery Konovalov, and Jean-MichelSaveant |
| ˹éÒ | 10171 |
|
|
| ª×èÍàÃ×èͧ | Cyclization in Hyperbranched Polymer Syntheses: Characterizationby MALDI-TOF Mass Spectrometry |
| ¼Ùéáµè§ | Jonathon K. Gooden, Michael L. Gross, Anja Mueller, Andrei D.Stefanescu, and Karen L. Wooley |
| ˹éÒ | 10180 |
|
|
| ª×èÍàÃ×èͧ | Gas-Phase RNA and DNA Ions. 1. H/D Exchange of the [M-H]('-)Anions of Nucleoside 5'-Monophosphates (GMP, dGMP,AMP, dAMP, CMP, dCMP, UMP, dTMP), Ribose 5-Monophosphate, and2-Deoxyribose 5-Monophosphate with D(,2)O and D(,2)S |
| ¼Ùéáµè§ | Michael A. Freitas, Stone D.-H. Shi, Christopher L. Hendrickson,and Alan G. Marshall |
| ˹éÒ | 10187 |
|
|
| Vol. 120 No.38,30 September 1998 |
| ª×èÍàÃ×èͧ | A Solid-State Deuterium NMR Study of the Localized Dynamics atthe C9pG10 Step in the DNA Dodecamer [d(CGCGAATTCGCG)](,2) |
| ¼Ùéáµè§ | Mary E. Hatcher, Debra L. Mattiello, Gary A. Meints, John Orban,and Gary P. Drobny |
| ˹éÒ | 9850 |
|
|
| ª×èÍàÃ×èͧ | Structure and Reactivity of Dinuclear Cobalt(III) Complexes withPeroxide and Phosphate Diester Analogues Bridging the Metal Ions |
| ¼Ùéáµè§ | Jin Seog Seo, Rosemary C. Hynes, Daniel Williams, Jik Chin, andNack-Do Sung |
| ˹éÒ | 9943 |
|
|
| ª×èÍàÃ×èͧ | Resonance Raman Spectra Show That Coenzyme B(,12) Binding toMethylmalonyl-Coenzyme A Mutase Changes the Corrin RingConformation but Leaves the Co-C Bond Essentially Unaffected |
| ¼Ùéáµè§ | Shoulian Dong, Raghavakaimal Padmakumar, Nilesh Maiti, RumaBanerjee, and Thomas G. Spiro |
| ˹éÒ | 9947 |
|
|
| ª×èÍàÃ×èͧ | New Domino Sequences Involving Successive Cleavage ofCarbon-Carbon and Carbon-Oxygen Bonds: Discrete Product SelectionDictated by Catalyst Ligands |
| ¼Ùéáµè§ | Masahiro Murakami, Tamon Itahashi, Hideki Amii, Kunio Takahashi,and Yoshihiko Ito |
| ˹éÒ | 9949 |
|
|
| ª×èÍàÃ×èͧ | Expression, Purification, and Characterization of TylMl, anN,N-Dimethyltransferase Involved in the Biosynthesis ofMycaminose |
| ¼Ùéáµè§ | Huawei Chen, Zhihong Guo, and Hung-wen Liu |
| ˹éÒ | 9951 |
|
|
| ª×èÍàÃ×èͧ | Direct Observation of a Transition Metal Alkane Complex,CpRe(CO)(,2)(cyclopentane), Using NMR Spectroscopy |
| ¼Ùéáµè§ | Spili Geftakis and Graham E. Ball |
| ˹éÒ | 9953 |
|
|
| ª×èÍàÃ×èͧ | Bis(diisopropylamino)silylene and Its Dimer |
| ¼Ùéáµè§ | Shinobu Tsutsui, Kenkichi Sakamoto, and Mitsuo Kira |
| ˹éÒ | 9955 |
|
|
| ª×èÍàÃ×èͧ | Chromophore Orientation in Liposome Membranes Probed with FlowDichroism |
| ¼Ùéáµè§ | Malin Ardhammar, Nabil Mikati, and Bengt Norden |
| ˹éÒ | 9957 |
|
|
| ª×èÍàÃ×èͧ | A New Class of Self-Assembled Monolayers:closo-B(,12)H(,11)S('3-) on Gold |
| ¼Ùéáµè§ | Laura J. Yeager, Fusayo Saeki, Kenneth Shelly, M. FrederickHawthorne, and Robin L. Garrell |
| ˹éÒ | 9961 |
|
|
| ª×èÍàÃ×èͧ | Spontaneous Formation of Vesicles from Complexes of BlockIonomers and Surfactants |
| ¼Ùéáµè§ | A.V. Kabanov, T.K. Bronich, V.A. Kabonov, K. Yu, and A. Eisenberg |
| ˹éÒ | 9941 |
|
|
| ª×èÍàÃ×èͧ | Structural Basis for Clinical Longevity of Carbapenem Antibioticsin the Face of Challenge by the Common Class A (...)-Lactamasesfrom the Antibiotic-Resistant Bacteria |
| ¼Ùéáµè§ | Laurent Maveyraud, Lionel Mourey, Lakshmi P. Kotra, Jean-DenisPedelacq, Valerie Guillet, Shahriar Mobashery, and Jean-PierreSamama |
| ˹éÒ | 9748 |
|
|
| ª×èÍàÃ×èͧ | Anisotropic Intramolecular Backbone Dynamics of UbiquitinCharacterized by NMR Relaxation and MD Computer Simulation |
| ¼Ùéáµè§ | S.F. Lienin, T. Bremi, B. Brutscher, R. Bruschweiler, and R.R.Ernst |
| ˹éÒ | 9870 |
|
|
| ª×èÍàÃ×èͧ | Pentacoordinate Siliconate Tetraanionic Molecular Squares.Synthesis; Structure, and Solution Conformation of a NovelTetraanion-Tetracation Ion Pair |
| ¼Ùéáµè§ | Dianne J. McCord, James H. Small, John Greaves, Que N. Van, A.J.Shaka, E.B. Fleischer, and K.J. Shea |
| ˹éÒ | 9763 |
|
|
| ª×èÍàÃ×èͧ | Self-Assembly, Chiroptical Properties, and Host-Guest Chemistryof Chiral Pt-Pt and Pt-Pd Tetranuclear Macrocycles. CircularDichroism Studies on Neutral Guest Inclusion Phenomena |
| ¼Ùéáµè§ | Christian Miiller, Jeffery A. Whiteford, and Peter J. Stang |
| ˹éÒ | 9827 |
|
|
| ª×èÍàÃ×èͧ | Reversible Molecular Capsules Composed of Two Cavitands Linkedvia an Assortment of Charged-Hydrogen Bonds and Covalent Bonds |
| ¼Ùéáµè§ | Robert G. Chapman and John C. Sherman |
| ˹éÒ | 9818 |
|
|
| ª×èÍàÃ×èͧ | Azaspiracid, a New Marine Toxin Having Unique Spiro RingAssemblies, Isolated from Irish Mussels, Mytilus edulis |
| ¼Ùéáµè§ | Masayuki Satake, Katsuya Ofuji, Hideo Naoki, Kevin J. James,Ambrose Furey, Terry McMahon, Joe Silke, and Takeshi Yasumoto |
| ˹éÒ | 9967 |
|
|
| ª×èÍàÃ×èͧ | Glycine Decarboxylation: The Free Radical Mechanism |
| ¼Ùéáµè§ | Marija Bonifacic, Igor Stefanic, Gordon L. Hug, David A.Armstrong, and Klaus-Dieter Asmus |
| ˹éÒ | 9930 |
|
|
| ª×èÍàÃ×èͧ | Behavior of Boron Trifluoride in Cryosolutions: A Combined abInition, Monte Carlo, and FTIR Investigation |
| ¼Ùéáµè§ | W.A. Herrebout and B.J. van der Veken |
| ˹éÒ | 9921 |
|
|
| ª×èÍàÃ×èͧ | In-Plane Resistivity of Ultrathin Gold Films: A High Sensitivity,Molecularly Differentiated Probe of Mercaptan Chemisorption atthe Liquid-Metal Interface |
| ¼Ùéáµè§ | Yumo Zhang, Roger H. Terrill, and Paul W. Bohn |
| ˹éÒ | 9969 |
|
|
| ª×èÍàÃ×èͧ | Reactive Dyes as a Method for Rapid Screening of HomogeneousCataysts |
| ¼Ùéáµè§ | Alan C. Cooper, Lenore H. McAlexander, Dong-Heon Lee, Matthew T.Torres, and Robert H. Crabtree |
| ˹éÒ | 9971 |
|
|
| ª×èÍàÃ×èͧ | Redox Cycling of Segmented Copper Helicates |
| ¼Ùéáµè§ | Abdelkrim El-ghayouy, Anthony Harriman, Andre De Cian, JeanFischer, and Raymond Ziessel |
| ˹éÒ | 9973 |
|
|
| ª×èÍàÃ×èͧ | Mechanism for the Catalytic Activation of Ecteinascidin 743 andIts Subsequent Alkylation of Guanine N2 |
| ¼Ùéáµè§ | Bob M. Moore, II, Frederick C. Seaman, Richard T. Wheelhouse, andLaurence H. Hurley |
| ˹éÒ | 9975 |
|
|
| ª×èÍàÃ×èͧ | Novel Spiro Phosphinite Ligands and Their Application inHomogeneous Catalytic Hydrogenation Reactions |
| ¼Ùéáµè§ | Albert S.C. Chan, Wenhao Hu, Cheng-Chao Pai, Chak-Po Lau,Yaozhong Jiang, Aiqiao Mi, Ming Yan, Jian Sun, Rongliang Lou, andJingen Deng |
| ˹éÒ | 9975 |
|
|
| ª×èÍàÃ×èͧ | Synthesis of the First Expanded Carbaporphyrinoid by the '4+1'Approach |
| ¼Ùéáµè§ | Timothy D. Lash and Daniel T. Richter |
| ˹éÒ | 9965 |
|
|
| ª×èÍàÃ×èͧ | Elucidation of Deceptively Slow Magnetization Exchange betweenProtein Labile Protons and Water by Dilution-Enhanced ExchangeSpectroscopy |
| ¼Ùéáµè§ | Nenad Juranic, Zsolt Zolnai, and Slobodan Macura |
| ˹éÒ | 9963 |
|
|
| ª×èÍàÃ×èͧ | A New Class of Chiral Bridged Metallocene: Synthesis, Structure,and Olefin (Co)polymerization Behavior of rac- andmeso-1,2-CH(,2)CH(,2){4-(7-Me-indenyl)}(,2)ZrCl(,2) |
| ¼Ùéáµè§ | Colin J. Schaverien, Rene Ernst, Peter Schut, W. Mason Skiff,Luigi Resconi, Elisabetta Barbassa, Davide Balboni, Yuri A.Dubitsky, A. Guy Orpen, Pierluigi Mercandelli, Massimo Moret, andAngelo Sironi |
| ˹éÒ | 9945 |
|
|
| ª×èÍàÃ×èͧ | ('15)N Chemical Shift Tensors in Nucleic Acid Bases |
| ¼Ùéáµè§ | Jian Zhi Hu, Julio C. Facelli, Donald W. Alderman, Ronald J.Pugmire, and David M. Grant |
| ˹éÒ | 9863 |
|
|
| ª×èÍàÃ×èͧ | Determination of the Protein Backbone Dihedral Angle (...) from aCombination of NMR-Derived Cross-Correlation Spin RelaxationRates |
| ¼Ùéáµè§ | Daiwen Yang and Lewis E. Kay |
| ˹éÒ | 9880 |
|
|
| ª×èÍàÃ×èͧ | Electrochemical Reduction of NO by Myoglobin in Surfactant Film:Characterization and Reactivity of the Nitroxyl (NO-) Adduct |
| ¼Ùéáµè§ | Mekki Bayachou, Rong Lin, William Cho, and Patrick J. Farmer |
| ˹éÒ | 9888 |
|
|
| ª×èÍàÃ×èͧ | Oxygen Speciation in Hydrous Silicate Glasses: An Oxygen-17 NMRStudy |
| ¼Ùéáµè§ | Zhi Xu, Hideki Maekawa, Jane V. Oglesby, and Jonathan F. Stebbins |
| ˹éÒ | 9894 |
|
|
| ª×èÍàÃ×èͧ | High-Level Computational Study of the Stereoelectronic Effects ofSubstituents on Alkene Epoxidations with Peroxyformic Acid |
| ¼Ùéáµè§ | Robert D. Bach, Mikhail N. Glukhovtsev, and Carlos Gonzalez |
| ˹éÒ | 9902 |
|
|
| ª×èÍàÃ×èͧ | A New [2+2] Functionalization of C(,60) with Alkyl-Substituted1,3-Butadienes: A Mechanistic Approach. Stereochemistry andIsotope Effects |
| ¼Ùéáµè§ | Georgios Vassilikogiannakis, Nikos Chronakis, and MichaelOrfanopoulos |
| ˹éÒ | 9911 |
|
|
| ª×èÍàÃ×èͧ | Mechanism of the Transformation of a Stiff Polymer LyotropicNematic Liquid Crystal to the Cholesteric State byDopant-Mediated Chiral Information Transfer |
| ¼Ùéáµè§ | Mark M. Green, Stefania Zanella, Hong Gu, Takahiro Sato, GiovanniGottarelli, Salil K. Jha, Gian Piero Spada, Anne MarieSchoevaars, Ben Feringa, and Akio Teramoto |
| ˹éÒ | 9810 |
|
|
| ª×èÍàÃ×èͧ | A Molecular Precursor Route to Active and SelectiveVanadia-Silica-Zirconia Heterogeneous Catalysts for the OxidativeDehydrogenation of Propane |
| ¼Ùéáµè§ | Ron Rulkens and T. Don Tilley |
| ˹éÒ | 9959 |
|
|
| ª×èÍàÃ×èͧ | Quantitative Analysis of the Chiral Amplification in the AminoAlcohol-Promoted Asymmetric Alkylation of Aldehydes withDialkylzincs |
| ¼Ùéáµè§ | Masato Kitamura, Seiji Suga, Hiromasa Oka, and Ryoji Noyori |
| ˹éÒ | 9800 |
|
|
| ª×èÍàÃ×èͧ | A Photoresponsive Silicon Radical within a Porphyrin (...)-Cloud:Photolysis of Organo-and Nitroxysilicon Porphyrins with VisibleLight |
| ¼Ùéáµè§ | Jian-Yu Zheng, Katsuaki Donishi, and Takuzo Aida |
| ˹éÒ | 9838 |
|
|
| ª×èÍàÃ×èͧ | Catalytic Synthesis of Poly(arylmethylgermanes) by DemethanativeCoupling: A Mild Route to (...)-Conjugated Polymers |
| ¼Ùéáµè§ | Sandra M. Katz, Jennifer A. Reichl, and Konald H. Berry |
| ˹éÒ | 9844 |
|
|
| ª×èÍàÃ×èͧ | General Solid-Phase Synthesis Approach To Prepare Mechanism-BasedAspartyl Protease Inhibitor Libraries. Identification of PotentCathepsin D Inhibitors |
| ¼Ùéáµè§ | Christina E. Lee, Ellen K. Kick, and Jonathan A. Ellman |
| ˹éÒ | 9735 |
|
|
| ª×èÍàÃ×èͧ | Triplex-Directed Interstrand DNA Cross-Linking byDiaziridinylquinone-Oligonucleotide Conjugates |
| ¼Ùéáµè§ | Michael W. Reed, Ansel Wald, and Rich B. Meyer |
| ˹éÒ | 9729 |
|
|
| ª×èÍàÃ×èͧ | Local Reactivity of Charybdotoxin, a K('+) Channel Blocker |
| ¼Ùéáµè§ | Joel Ireta, Marcelo Galvan, Kyeonjgae Cho, and John D.Joannopoulos |
| ˹éÒ | 9771 |
|
|
| ª×èÍàÃ×èͧ | Side Chain Dendritic Polymers: Synthesis and Physical Properties |
| ¼Ùéáµè§ | S. Jahromi, B. Coussens, N. Meijerink, and A. W. M. Braam |
| ˹éÒ | 9753 |
|
|
| ª×èÍàÃ×èͧ | Steric and Electronic Control of Dynamic Processes inAryl-Bridged Dicyclooctatetraenes and Their Dianions |
| ¼Ùéáµè§ | Stuart W. Staley, Joanne D. Kehlbeck, Russell A. Grimm, Rachel A.Sablosky, Patrik Boman, and Bertil Eliasson |
| ˹éÒ | 9793 |
|
|
| ª×èÍàÃ×èͧ | Using Self-Assembly To Control the Structure of DNA Monolayers onGold: A Neutron Reflectivity Study |
| ¼Ùéáµè§ | Rastislav Levicky, Tonya M. Herne, Michael J. Tarlov, and SushilK. Satija |
| ˹éÒ | 9787 |
|
|
| Vol. 120 No.37,23 September 1998 |
| ª×èÍàÃ×èͧ | A Single-Crystal ('59)Co NMR Study of Vitamin B(,12) |
| ¼Ùéáµè§ | William P. Power, Christopher W. Kirby, and Nicholas J. Taylor |
| ˹éÒ | 9428 |
|
|
| ª×èÍàÃ×èͧ | H-Phosphonate Approach for Solid-Phase Synthesis ofOligodeoxyribonucleoside Boranophosphates and TheirCharacterization |
| ¼Ùéáµè§ | Dmitri S. Sergueev and Barbara Ramsay Shaw |
| ˹éÒ | 9417 |
|
|
| ª×èÍàÃ×èͧ | Small Molecule Binding to the Mixed-Valent Diiron Center ofMethane Monooxygenase Hydroxylase form Methylococcus capsulatus(Bath) as Revealed by ENDOR Spectroscopy |
| ¼Ùéáµè§ | Jean-Paul Willems, Ann M. Valentine, Ryszard Gurbiel, Stephen J.Lippard, and Brian M. Hoffman |
| ˹éÒ | 9410 |
|
|
| ª×èÍàÃ×èͧ | A Highly Active Catalyst for Palladium-Catalyzed Cross-CouplingReactions: Room-Temperature Suzuki Couplings and Amination ofUnactivated Aryl Chlorides |
| ¼Ùéáµè§ | David W. Old, John P. Wolfe, and Stephen L. Buchwald |
| ˹éÒ | 9722 |
|
|
| ª×èÍàÃ×èͧ | Continuum Solvent Studies of the Stability of DNA, RNA, andPhosphoramidate-DNA Helices |
| ¼Ùéáµè§ | Jayashree Srinivasan, Thomas E. Cheatham, III, Piotr Cieplak,Peter A. Kollman, and David A. Case |
| ˹éÒ | 9401 |
|
|
| ª×èÍàÃ×èͧ | Synthesis, Structure, and Properties of a Helical Columnar LiquidCrystal |
| ¼Ùéáµè§ | Colin Nuckolls and Thomas J. Katz |
| ˹éÒ | 9541 |
|
|
| ª×èÍàÃ×èͧ | Activation Energies for Dissociation of Double StrandOligonucleotide Anions: Evidence for Watson-Crick Base Pairing inVacuo |
| ¼Ùéáµè§ | Paul D. Schnier, John S. K.assen, Eric F. Strittmatter, and EvanR. Williams |
| ˹éÒ | 9605 |
|
|
| ª×èÍàÃ×èͧ | Formation of Redox-Active, Two-Component Films by ElectrochemicalReduction of C(,60) and Transition Metal Complexes |
| ¼Ùéáµè§ | Alan L. Balch, David A. Costa, and Krzysztof Winkler |
| ˹éÒ | 9614 |
|
|
| ª×èÍàÃ×èͧ | Two Distinct Electrophilic Oxidants Effect Hydroxylation inCytochrome P-450-Catalyzed Reactions |
| ¼Ùéáµè§ | Patrick H. Toy, Martin Newcomb, Minor J. Coon, and Alfin D.N. Vaz |
| ˹éÒ | 9718 |
|
|
| ª×èÍàÃ×èͧ | Comparative Effects of Substrates and Pterin Cofactor on the HemeMidpoint Potential in Inducible and Neuronal Nitric OxideSynthases. |
| ¼Ùéáµè§ | Anthony Presta, Anne M. Weber-Main, Marian T. Stankovich, andDennis J. Stuehr |
| ˹éÒ | 9460 |
|
|
| ª×èÍàÃ×èͧ | Activation Parameters for the Carbon-Cobalt Bond Homolysis ofCoenzyme B(,12) Induced by the B(,12)-Dependent RibonucleotideReductase from Lactobacillus leichmannii |
| ¼Ùéáµè§ | Kenneth L. Brown and Jing Li |
| ˹éÒ | 9466 |
|
|
| ª×èÍàÃ×èͧ | (...)-Turn Preferences Induced by 2,3-MethanophenylalanineChirality |
| ¼Ùéáµè§ | A.I. Jimenez, C. Cativiela, A. Aubry, and M. Marraud |
| ˹éÒ | 9452 |
|
|
| ª×èÍàÃ×èͧ | Size-Dependent Molecular Dissociation on Mass-Selected, SupportedMetal Clusters |
| ¼Ùéáµè§ | U. Heiz, F. Vanolli, A. Sanchez, and W.-D. Schneider |
| ˹éÒ | 9668 |
|
|
| ª×èÍàÃ×èͧ | Rhodopsin Emission in Real Time: A New Aspect of the PrimaryEvent in Vision |
| ¼Ùéáµè§ | Haik Chosrowjan, Noboru Mataga, Yutaka Shibata, ShujiTachibanaki, Hideki Kandori, Yoshinori Shichida, Tetsuji Okada,and Tsutomu Kouyama |
| ˹éÒ | 9706 |
|
|
| ª×èÍàÃ×èͧ | Structural Comparison of Homologous Reduced Peptide, ReducedAzapeptide, Iminoazapeptide, and Methyleneoxypeptide Analogues |
| ¼Ùéáµè§ | R. Vanderesse, V. Grand, D. Limal, A. Vicherat, M. Marraud, C.Didierjean, and A. Aubry |
| ˹éÒ | 9444 |
|
|
| ª×èÍàÃ×èͧ | Supramolecular Liquid Crystals. Self-Assembly of a TrimericSupramolecular Disk and Its Self-Organization into a ColumnarDiscotic Mesophase |
| ¼Ùéáµè§ | Mauricio Suarez, Jean-Marie Lehn, Steven C. Zimmerman, AntoineSkoulios, and Benoit Heinrich |
| ˹éÒ | 9526 |
|
|
| ª×èÍàÃ×èͧ | Nanocluster Formation Synthetic, Kinetic, and MechanisticStudies. The Detection of, and Then Methods To Avoid, HydrogenMass-Transfer Limitations in the Synthesis of Polyoxoanion-andTetrabutylammonium-Stabilized, Near-Monodisperse 40(,-'+) 6 AdegreeC Rh(0) |
| ¼Ùéáµè§ | John D. Aiken III and Richard G. Finke |
| ˹éÒ | 9545 |
|
|
| ª×èÍàÃ×èͧ | Million-Fold Acceleration of a Diels-Alder Reaction due toCombined Lewis Acid and Micellar Catalysis in Water |
| ¼Ùéáµè§ | Sijbren Otto, Jan B.F.N. Egberts, and Jan C.T. Kwak |
| ˹éÒ | 9517 |
|
|
| ª×èÍàÃ×èͧ | MCPBA Epoxidation of Alkenes: Reinvestigation of Correlationbetween Rate and Ionization Potential |
| ¼Ùéáµè§ | Cheal Kim, Teddy G. Traylor, and Charles L. Perrin |
| ˹éÒ | 9513 |
|
|
| ª×èÍàÃ×èͧ | Substituent Effects on the Reactivity of the Silicon-CarbonDouble Bond. Resonance, Inductive, and Steric Effects ofSubstituents at Silicon on the Reactivity of Simple1-Methylsilenes |
| ¼Ùéáµè§ | William J. Leigh, Rabah Boukherroub, and Corinna Kerst |
| ˹éÒ | 9504 |
|
|
| ª×èÍàÃ×èͧ | (...)-Sulfonyl Carbanions: Combined Kinetic, Thermodynamic, andNMR Approaches for the Study of the Ionization of Benzyltriflonesin Me(,2)SO and H(,2)O-Me(,2)SO Mixtures |
| ¼Ùéáµè§ | F. Terrier, E. Kizilian, R. Goumont, N. Faucher, and C. Wakselman |
| ˹éÒ | 9496 |
|
|
| ª×èÍàÃ×èͧ | Soluble Supports Tailored for Organic Synthesis: Parallel PolymerSynthesis via Sequential Normal/Living Free Radical Processes |
| ¼Ùéáµè§ | Dennis J. Gravert, Anita Datta, Paul Wentworth Jr., and Kim D.Janda |
| ˹éÒ | 9481 |
|
|
| ª×èÍàÃ×èͧ | One-Step Biocatalytic Synthesis of Linear Polyesters with PendantHydroxyl Groups |
| ¼Ùéáµè§ | Billie J. Kline, Eric J. Beckman, and Alan J. Russell |
| ˹éÒ | 9475 |
|
|
| ª×èÍàÃ×èͧ | Defining the Orientation of the ('15)N Shielding Tensor Using('15)N NMR Relaxation Data for a Protein in Solution |
| ¼Ùéáµè§ | Jonathan Boyd and Christina Redfield |
| ˹éÒ | 9692 |
|
|
| ª×èÍàÃ×èͧ | Long-Range Triplet Energy Transfer between MetallointercalatorsTethered to DNA: Importance of Intercalation, Stacking, andDistance |
| ¼Ùéáµè§ | R. Erik Holmlin, Ricky T. Tong, and Jacqueline K. Barton |
| ˹éÒ | 9724 |
|
|
| ª×èÍàÃ×èͧ | On the Mechanism of Matrix-Assisted Room TemperaturePhosphorescence |
| ¼Ùéáµè§ | Christine A. Mitchell, Richard W. Gurney, Sei-Hum Jang, and BartKahr |
| ˹éÒ | 9726 |
|
|
| ª×èÍàÃ×èͧ | A Model Structure for the Resting State of Cyanocuprate ReagentsR(,2)Cu(CN)Li(,2). The X-ray Crystal Structure of[Ar(,2)Cu(CN)Li(,2)(THF)(,4)](...) |
| ¼Ùéáµè§ | Claudia M.P. Kronenburg, Johann T.B.H. Jastrzebski, Anthony L.Spek, and Gerard van Koten |
| ˹éÒ | 9688 |
|
|
| ª×èÍàÃ×èͧ | Electrochemistry and Electrogenerated Chemiluminescence Processesof the Components of Aluminum Quinolate/Triarylamine, andRelated Organic Light-Emitting Diodes |
| ¼Ùéáµè§ | J.D. Anderson, E.M. McDonald, P.A. Lee, M.L. Anderson, E.L.Ritchie, H.K. Hall, T. Hopkins, E.A. Mash, J. Wang, A. Padias,S. Thayumanavan, S. Barlow, S.R. Marder, G.E. Jabbour, S. Shaheen,B. Kippelen, N. Peyghambarian, R.M. Wightman, and N.R. Armstrong |
| ˹éÒ | 9646 |
|
|
| ª×èÍàÃ×èͧ | Synthesis Structure and Coordination Chemistry of MoAs(,8)('2-) |
| ¼Ùéáµè§ | Bryan W. Eichhorn, Sundeep P. Mattamana, Donna R. Gardner, andJames C. Fettinger |
| ˹éÒ | 9708 |
|
|
| ª×èÍàÃ×èͧ | Regioselectivity and Chemoselectivity Analysis of Oxazole andThiazole Ring Formation by the Peptide-Heterocyclizing MicrocinB17 Synthetase Using High-Resolution MS/MS |
| ¼Ùéáµè§ | Neil L. Kelleher, Peter J. Belshaw, and Christophere T. Walsh |
| ˹éÒ | 9716 |
|
|
| ª×èÍàÃ×èͧ | Heterobinucleating Ligand-Induced Structural and ChemicalVariations in [(L)Fe('III)-O-Cu('II)]+ (...)-Oxo Complexes |
| ¼Ùéáµè§ | Honorio V. Obias, Gino P.F. van Strijdonck, Dong-Heon Lee,Martina Ralle, Ninian J. Blackburn, and Kenneth D. Karlin |
| ˹éÒ | 9696 |
|
|
| ª×èÍàÃ×èͧ | CDP-6-deoxy-6,6-difluoro-D-glucose: A Mechanism-Based Inhibitorfor CDP-D-glucose 4,6-Dehydratase |
| ¼Ùéáµè§ | Cheng-Wei T. Chang, Xuemei H. Chen, and Hung-wen Liu |
| ˹éÒ | 9698 |
|
|
| ª×èÍàÃ×èͧ | Nanometer-Scale Patterning of Metals by Electrodeposition from anSTM Tip in Air |
| ¼Ùéáµè§ | Francis P. Zamborini and Richard M. Crooks |
| ˹éÒ | 9700 |
|
|
| ª×èÍàÃ×èͧ | Cobalt-Mediated Intermolecular Allyl/Alkyne [3+2+2] CycloadditionReactions. A Practical Metal Template for Convergent Synthesis ofFunctionalized Seven-Membered Rings |
| ¼Ùéáµè§ | Nola Etkin, Trevor L. Dzwiniel, Kathy E. Schweibert, and JeffreyM. Stryker |
| ˹éÒ | 9702 |
|
|
| ª×èÍàÃ×èͧ | Magnetic Circular Dichroism Study of the All-Ferrous [4Fe-4S]Cluster of the Fe-Protein of Azotobacter vinelandii Nitrogenase |
| ¼Ùéáµè§ | Sun Jae Yoo, Hayley C. Angove, Barbara K. Burgess, Eckard Munck,and Jim Peterson |
| ˹éÒ | 9704 |
|
|
| ª×èÍàÃ×èͧ | Self-Association without Regard to Prototropy. A Heterocycle ThatForms Extremely Stable Quadruply Hydrogen-Bonded Dimers |
| ¼Ùéáµè§ | Perry S. Corbin and Steven C. Zimmerman |
| ˹éÒ | 9710 |
|
|
| ª×èÍàÃ×èͧ | Bipyrrole-Based [2]Catenane: A New Type of Anion Receptor |
| ¼Ùéáµè§ | Andrei Andrievsky, Friedrich Ahuis, Jonathan L. Sessler, FritzVogtle, D. Gudat, and Mehdi Moini |
| ˹éÒ | 9712 |
|
|
| ª×èÍàÃ×èͧ | The Reaction of (Trialkylsilyl)vinylketenes with CarbenoidReagents: A New [4+1] Annulation Route to Cyclopentenones |
| ¼Ùéáµè§ | Jennifer L. Loebach, Dawn M. Bennett, and Rick L. Danheiser |
| ˹éÒ | 9690 |
|
|
| ª×èÍàÃ×èͧ | Novel 1,2-Rearrangement of Porphyrinatorhodium(III) Alkyls: Cis(...)-Hydride Elimination/Olefin Metal-Hydride Insertion Pathway |
| ¼Ùéáµè§ | Kin Wah Mak and Kin Shing Chan |
| ˹éÒ | 9686 |
|
|
| ª×èÍàÃ×èͧ | Distinct Metal Environment in Fe-Substituted Manganese SuperoxideDismutase Provides a Structural Basis of Metal Specificity |
| ¼Ùéáµè§ | Ross A. Edward, Mei M. Whittaker, James W. Whittaker, Geoffrey B.Jameson, and Edward N. Baker |
| ˹éÒ | 9684 |
|
|
| ª×èÍàÃ×èͧ | Conformational Preferences of RNase A C-Peptide DerivativesContaining a Highly Constrained Analogue of Phenylalanine |
| ¼Ùéáµè§ | Destardi Moye-Sherman, Song Jin, Inhye Ham, Dongyeol Lim, J.Martin Scholtz, and Kevin Burgess |
| ˹éÒ | 9435 |
|
|
| ª×èÍàÃ×èͧ | Computer Simulation of Crystallization from Solution |
| ¼Ùéáµè§ | Jamshed Anwar and Papa Kofi Boateng |
| ˹éÒ | 9600 |
|
|
| ª×èÍàÃ×èͧ | Conformational Complexity of Succinic Acid and Its Monoanion inthe Gas Phase and in Solution: Ab Initio Calculations and MonteCarlo Simulations |
| ¼Ùéáµè§ | Daniel J. Price, John D. Roberts, and William L. Jorgensen |
| ˹éÒ | 9672 |
|
|
| ª×èÍàÃ×èͧ | Low-Valent Ditantalum ComplexTa(,2)((...)-BH(,3))((...)dmpm)(,3)((...)('2)-BH(,4))(,2): FirstDinuclear Compound Containing a Bridging BH(,3) Group with DirectTa-B Bonds |
| ¼Ùéáµè§ | F. Albert Cotton, Carlos A. Murillo, and Xiaoping Wang |
| ˹éÒ | 9594 |
|
|
| ª×èÍàÃ×èͧ | Size-Selective and Epitaxial Electrochemical/Chemical Synthesisof Sulfur-Passivated Cadmium Sulfide Nanocrystals on Graphite |
| ¼Ùéáµè§ | S. Gorer, J.A. Ganske, J.C. Hemminger, and R.M. Penner |
| ˹éÒ | 9584 |
|
|
| ª×èÍàÃ×èͧ | Mechanisms of Decomposition of Aryl N-(Methoxycarbonyl)sulfamatesin Aqueous Media |
| ¼Ùéáµè§ | Patrick Blans and Alain Vigroux |
| ˹éÒ | 9574 |
|
|
| ª×èÍàÃ×èͧ | Spectroscopic and Geometric Variations in Perturbed Blue CopperCenters: Electronic Structures of Stellacyanin and Cucumber BasicProtein |
| ¼Ùéáµè§ | Louis B. LaCroix, David W. Randall, Aram M. Nersissian, CarlaW.G. Hoitink, Gerard W. Canters, Joan S. Valentine, and Edward I.Solomon |
| ˹éÒ | 9621 |
|
|
| ª×èÍàÃ×èͧ | Oxidant-Induced Hydride Abstraction from[Pt((...)-PBu('t)(,2))(H)(PBu('t)(,2)H)](,2) Yielding[Pt(,2)((...)-PB('t)(,2))(,2)(H)(PBu('t)(,2)H)(,2)]C(,3)(CN)(,5).Spectroscopic, Crystallographic, and Theoretical Comparison ofthe Structures of Two 'Tautomers' |
| ¼Ùéáµè§ | Piero Leoni, Marco Pasquali, Alessandro Fortunelli, GuidoGermano, and Alberto Albinati |
| ˹éÒ | 9564 |
|
|
| ª×èÍàÃ×èͧ | Bent vs Linear Metallocenes Involving C(,5)Me(,5) vs C(,8)H(,8)Ligands: Synthesis, Structure, and Reactivity of theTriple-Decked(C(,5)Me(,5))(THF)(,x)Sm(C(,8)H(,8))Sm(THF)(,x)(C(,5)Me(,5))(x=0,1)Complexes Including a Formal Two-Electron Oxidative Addition |
| ¼Ùéáµè§ | William J. Evans, Robert D. Clark, Mohammad A. Ansari, and JosephW. Ziller |
| ˹éÒ | 9555 |
|
|
| ª×èÍàÃ×èͧ | Synthesis of Bifunctional Photorefractive Polymers with Net Gain:Design Strategy Amenable to Combinatorial Optimization |
| ¼Ùéáµè§ | Matthew S. Bratcher, Michael S. DeClue, Anders Grunnet-Jepsen,Daniel Wright, Barry R. Smith, W.E. Moerner, and Jay S. Siegel |
| ˹éÒ | 9680 |
|
|
| ª×èÍàÃ×èͧ | Self-Assembly of a Novel Organometallic-Inorganic Block Copolymerin Solution and the Solid State: Nonintrusive Observation ofNovel WormlikePoly(ferrocenyldimethylsilane)-b-Poly(dimethylsiloxane) Micelles |
| ¼Ùéáµè§ | Jason Massey, K. Nicole Power, Ian Manners, and Mitchell A.Winnik |
| ˹éÒ | 9533 |
|
|
| ª×èÍàÃ×èͧ | Sr(.3)ARhO(,6) (A=Li, Na): Crystallization of a Rhodium(V) Oxidefrom Molten Hydroxide |
| ¼Ùéáµè§ | Barbara A. Reisner and Angelica M. Stacy |
| ˹éÒ | 9682 |
|
|
| ª×èÍàÃ×èͧ | Conformational Diversity of [D-Pen('2),D-Pen('5)]Enkephalin asStudied by Magic-Angle Spinning Liquid-Crystal NMR Spectroscopyand Multiconformational Analysis |
| ¼Ùéáµè§ | Atsuomi Kimura, Kenji Takamoto, and Hideaki Fujiwara |
| ˹éÒ | 9656 |
|
|
| ª×èÍàÃ×èͧ | Mixed Self-assembled Monolayers of Rigid Biphenyl Thiols: Impactof Solvent and Dipole Moment |
| ¼Ùéáµè§ | Jung F. Kang, Sheng Liao, Rainer Jordan, and Abraham Ulman |
| ˹éÒ | 9662 |
|
|
| ª×èÍàÃ×èͧ | Multiple Oxygenase Reactions in the Biosynthesis of Taxoids |
| ¼Ùéáµè§ | Wolfgang Eisenreich, Birgitta Menhard, Moung Sook Lee, MeinhartH. Zenk, and Adelbert Bacher |
| ˹éÒ | 9694 |
|
|
| ª×èÍàÃ×èͧ | NMR Study of Intramolecular Interactions between Aromatic Groups:Van der Waals, Charge-Transfer, or Quadrupolar Interactions? |
| ¼Ùéáµè§ | Nicholas J. Heaton, Pablo Bello, Bernardo Herradon, Aranzazu delCampo, and Jesus Jimenez-Barbero |
| ˹éÒ | 9632 |
|
|
| ª×èÍàÃ×èͧ | 5,5'-Bis(dimesitylbory)-2,2'-bithiophene and5,5'-Bis(dimesitylboryl)-2,2':5',2'-terthiophene as a NovelFamily of Electron-Transporting Amorphous Molecular Materials |
| ¼Ùéáµè§ | Tetsuya Noda and Yasuhiko Shirota |
| ˹éÒ | 9714 |
|
|
| Vol. 120 No.36,16 September 1998 |
| ª×èÍàÃ×èͧ | Definition of the Effect and Role of the Bleomycin A(,2) ValerateSubstituents: Preorganization of a Rigid, Compact ConformationImplicated in Sequence-Selective DNA Cleavage |
| ¼Ùéáµè§ | Dale L. Boger, Timothy M. Ramsey, Hui Cai, Silvia T. Hoehn, andJoAnne Stubbe |
| ˹éÒ | 9149 |
|
|
| ª×èÍàÃ×èͧ | A Systematic Evaluation of the Bleomycin A(,2) L-Threonine SideChain: Its Role in Preorganization of a Compact ConformationImplicated in Sequence-Selective DNA Cleavage |
| ¼Ùéáµè§ | Dale L. Boger, Timothy M. Ramsey, Hui Cai, Silvia T. Hoehn, andJoAnne Stubbe |
| ˹éÒ | 9139 |
|
|
| ª×èÍàÃ×èͧ | Crystal Structure of the Antiarthritic Drug Gold Thiomalate(Myochrysine): A Double-Helical Geometry in the Solid State |
| ¼Ùéáµè§ | Robert Bau |
| ˹éÒ | 9380 |
|
|
| ª×èÍàÃ×èͧ | Reductive Coupling of Carbonyl Ligands on a Cubane-Type TetraironCluster [Cp(,4)Fe(,4)(CO)(,4)] or[(MeC(,5)H(,4))(,4)Fe(,4)(CO)(,4)] To Give anAcetylene-Coordinated Cluster [Cp(,4)Fe(,4)(HC(...)CH)(,2)] or[(MeC(,5)H(,4)(,4)Fe(,4)(HC(...)CH)(,2)] |
| ¼Ùéáµè§ | Masaaki Okazaki, Takeo Ohtani, Shinji Inomata, Naohiko Tagaki,and Hiroshi Ogino |
| ˹éÒ | 9135 |
|
|
| ª×èÍàÃ×èͧ | Long-Range Chiral Induction in Chemical Systems with HelicalOrganization. Promesogenic Monomers in the Formation ofPoly(isocyanide)s and in the Organization of Liquid Crystals |
| ¼Ùéáµè§ | David B. Amabilino, Elena Ramos, Jose-Luis Serrano, TeresaSierra, and Jaume Veciana |
| ˹éÒ | 9126 |
|
|
| ª×èÍàÃ×èͧ | Regioselective, Directed Meta Acylation of Aromatic Compounds |
| ¼Ùéáµè§ | Shuji Akai, Andrew J. Peat, and Stephen L. Buchwald |
| ˹éÒ | 9119 |
|
|
| ª×èÍàÃ×èͧ | Self-Organization of Rod-Coil Molecules with Layered CrystallineStates into Thermotropic Liquid Crystalline Assemblies |
| ¼Ùéáµè§ | Myongsoo Lee, Byoung-Ki Cho, Heesub Kim, Ju-Young Yoon, andWang-Cheol Zin |
| ˹éÒ | 9168 |
|
|
| ª×èÍàÃ×èͧ | Stilbenoid Dimers: Dissection of a Paracyclophane Chromophore |
| ¼Ùéáµè§ | Guillermo C. Bazan, Warren J. Oldham, Jr., Rene J. Lachicotte,Sergei Tretiak, Vladimir Chernyak, and Shaul Mukamel |
| ˹éÒ | 9188 |
|
|
| ª×èÍàÃ×èͧ | Carbon-Sulfur Bond-Forming Reductive Elimination Involving sp-,sp('2)-, and sp('3)-Hybridized Carbon. Mechanism, Steric Effects,and Electronic Effects on Sulfide Formation |
| ¼Ùéáµè§ | Grace Mann, David Baranano, John F. Hartwig, Arnold L. Rheingold,and Ilia A. Guzei |
| ˹éÒ | 9205 |
|
|
| ª×èÍàÃ×èͧ | Inhibition of the NMC-A (...)-Lactamase by a Penicillanic AcidDerivative and the Structural Bases for the Increase in SubstrateProfile of This Antibiotic Resistance Enzyme |
| ¼Ùéáµè§ | Lionel Mourey, Kazuyuki Miyashita, Peter Swaren, Alexey Bulychev,Jean-Pierre Samama, and Shahriar Mobashery |
| ˹éÒ | 9382 |
|
|
| ª×èÍàÃ×èͧ | Molecular Basis for Protein Kinase C Isozyme-Selective Binding:The Synthesis, Folding, and Phorbol Ester Binding of theCysteine-Rich Domains of All Protein Kinase C Isozymes |
| ¼Ùéáµè§ | Kazuhiro Irie, Kentaro Oie, Akifumi Nakahara, Yoshiaki Yanai,Hajime Ohigashi, Paul A. Wender, Hiroyuki Fukuda, HiroakiKonishi, and Ushio Kikkawa |
| ˹éÒ | 9159 |
|
|
| ª×èÍàÃ×èͧ | Reaction Chemistry of Sterically CrowdedTris(pentamethylcyclopentadienyl)samarium |
| ¼Ùéáµè§ | William J. Evans, Kevin J. Forrestal, and Joseph W. Ziller |
| ˹éÒ | 9273 |
|
|
| ª×èÍàÃ×èͧ | Highly Efficient Utilization of Hydrogen Peroxide for SelectiveOxygenation of Alkanes Catalyzed by Diiron-SubstitutedPolyoxometalate Precursor |
| ¼Ùéáµè§ | Noritaka Mizuno, Chika Nozaki, Ikuro Kiyoto, and Makoto Misono |
| ˹éÒ | 9267 |
|
|
| ª×èÍàÃ×èͧ | Thermodynamics of Addition of H(,2), CO, N(,2), and C-H Bonds toM(P('i)Pr(,3))(,2)Cl(M=Ir, Rh). An Unprecedented Metal-CarbonylBond Strength |
| ¼Ùéáµè§ | Glen P. Rosini, Fuchen Liu, Karsten Krogh-Jespersen, Alan S.Goldman, Chunbang Li, and Steven P. Nolan |
| ˹éÒ | 9256 |
|
|
| ª×èÍàÃ×èͧ | Models for Verdoheme Hydrolysis. Paramagnetic Products from theRing Opening of Verdohemes, 5-Oxaporphyrin Complexes of Iron(II),with Methoxide Ion |
| ¼Ùéáµè§ | Richard Koerner, Lechosolaw Latos-Grazynski, and Alan L. Balch |
| ˹éÒ | 9246 |
|
|
| ª×èÍàÃ×èͧ | X-ray Spectroscopy of Nitric Oxide Binding to Iron in InactiveNitrile Hydratase and a Synthetic Model Compound |
| ¼Ùéáµè§ | Robert C. Scarrow, Brent S. Strickler, Jeffrey J. Ellison, StevenC. Shoner, Julie A. Kovacs, John G. Cummings, and Mark J. Nelson |
| ˹éÒ | 9237 |
|
|
| ª×èÍàÃ×èͧ | Pillared Derivatives of (...)-Zirconium Phosphate ContainingNonrigid Alkyl Chain Pillars |
| ¼Ùéáµè§ | G. Alberti, S. Murcia-Mascaros, and R. Vivani |
| ˹éÒ | 9291 |
|
|
| ª×èÍàÃ×èͧ | Ruthenium-Catalyzed Alder Ene Type Reactions. A Formal Synthesisof Alternaric Acid |
| ¼Ùéáµè§ | Barry M. Trost, Gary D. Probst, and Andreas Schoop |
| ˹éÒ | 9228 |
|
|
| ª×èÍàÃ×èͧ | Design and Optimization of New Phosphine Oxazoline Ligands viaHigh-Throughput Catalyst Screening |
| ¼Ùéáµè§ | Alexander M. Porte, Joe Reibenspies, and Kevin Burgess |
| ˹éÒ | 9180 |
|
|
| ª×èÍàÃ×èͧ | Intramolecular [4+2] Cycloaddition Reactions of ConjugatedYnones. Formation of Polycyclic Furans via the Generation andRearrangement of Strained Heterocyclic Allenes |
| ¼Ùéáµè§ | Melanie S.B. Wills and Rick L. Danheiser |
| ˹éÒ | 9378 |
|
|
| ª×èÍàÃ×èͧ | Altering Diffusivity in Biological Solutions through Modificationof Solution Structure and Dynamics |
| ¼Ùéáµè§ | Keith E. Laidig, John L. Gainer, and Valerie Daggett |
| ˹éÒ | 9394 |
|
|
| ª×èÍàÃ×èͧ | A Baeyer-Villiger Approach to ('18)O-Labeled Peroxides: AProtected Form of Unsymmetrically Labeled Hydrogen Peroxide |
| ¼Ùéáµè§ | Jennifer L. Allen, Kevin P. Paquette, and Ned A. Porter |
| ˹éÒ | 9362 |
|
|
| ª×èÍàÃ×èͧ | Accelerating the Kinetics of Thiol Self-Assembly on Gold-ASpatial Confinement Effect |
| ¼Ùéáµè§ | Song Xu, Paul E. Laibinis, and Gang-yu Liu |
| ˹éÒ | 9356 |
|
|
| ª×èÍàÃ×èͧ | The First Carbonyl Bond Dissociation Energies of M(CO)(,5) andM(CO)(,4)(C(,2)H(,2))(M=Fe, Ru, and Os): The Role of theAcetylene Ligand from a Density Functional Perspective |
| ¼Ùéáµè§ | Stephen A. Decker and Mariusz Klobukowski |
| ˹éÒ | 9342 |
|
|
| ª×èÍàÃ×èͧ | Reconstitution of Apo-Glucose Oxidase on Nitrosfpiropyran and FADMixed Monolayers on Gold Electrodes: Photostimulation ofBioelectrocatalytic Features of the Biocatalyst |
| ¼Ùéáµè§ | Ron Blonder, Itamar Willner, and Andreas F. Buckmann |
| ˹éÒ | 9335 |
|
|
| ª×èÍàÃ×èͧ | Sequence Selective Cleavage of a DNA Octanucleotide byChlorinated Bithiazoles and Bleomycins |
| ¼Ùéáµè§ | Guy Zuber, James C. Quada, Jr., and Sidney M. Hecht |
| ˹éÒ | 9368 |
|
|
| ª×èÍàÃ×èͧ | Tethered Monolayers of Poly((N-pyrrolyl)alkanethiol) on Au |
| ¼Ùéáµè§ | Robin L. McCarley and Robert J. Willicut |
| ˹éÒ | 9296 |
|
|
| ª×èÍàÃ×èͧ | Unusual Rocking Freedom of the Heme in the HydrogenSulfide-Binding Hemoglobin from Lucina pectinata |
| ¼Ùéáµè§ | Jose F. Cerda-Colon, Eilyn Silfa, and Juan Lopez-Garriga |
| ˹éÒ | 9312 |
|
|
| ª×èÍàÃ×èͧ | The Mechanism of the Slippage Approach to Rotaxanes. Origin ofthe 'All-or-Nothing' Substituent Effect |
| ¼Ùéáµè§ | Francisco M. Raymo, K.N. Houk, and J. Fraser Stoddart |
| ˹éÒ | 9318 |
|
|
| ª×èÍàÃ×èͧ | The C(,4)H(,6)('(...)(+)) Potential Energy Surface. 1. TheRing-Opening Reaction of Cyclobutene Radical Cation and RelatedRearrangements |
| ¼Ùéáµè§ | G. Narahari Sastry, Thomas Bally, Vojtech Hrouda, and Petr Carsky |
| ˹éÒ | 9323 |
|
|
| ª×èÍàÃ×èͧ | Experimental Support for the Primary Stereoelectronic EffectGoverning Baeyer-Villiger Oxidation and Criegee Rearrangement |
| ¼Ùéáµè§ | Richard M. Goodman and Yoshito Kishi |
| ˹éÒ | 9392 |
|
|
| ª×èÍàÃ×èͧ | COSY Cross-Peaks from ('1)H-('1)H Dipolar Couplings in NMRSpectra of Field Oriented Oligosaccharides |
| ¼Ùéáµè§ | P.J. Bolon and J.H. Prestegard |
| ˹éÒ | 9366 |
|
|
| ª×èÍàÃ×èͧ | Stable, Monolayer-Protected Metal Alloy Clusters |
| ¼Ùéáµè§ | Michael J. Hostetler, Chuan-Jian Zhong, Brian K.H. Yen, JimAnderegg, Stephen M. Gross, Neal D. Evans, Marc Porter, and RoyceW. Murray |
| ˹éÒ | 9396 |
|
|
| ª×èÍàÃ×èͧ | Tetraacetylethane Dianion (Tae) As a Bridging Ligand forMolecular Square Complexes: Co('II)(,4)(Tae)(,4)(Dpa)(,4),Dpa=Di-2-pyridylamine, a Chiral Molecular Square in the SolidState |
| ¼Ùéáµè§ | Yousheng Zhang, Suning Wang, Gary D. Enright, and Steven R.Breeze |
| ˹éÒ | 9398 |
|
|
| ª×èÍàÃ×èͧ | Mechanism of Nucleophilic Attack on 1-and2-Bromo((...)-allyl)palladium Complexes |
| ¼Ùéáµè§ | Michael G. Organ, Michael Miller, and Zissis Konstantinou |
| ˹éÒ | 9283 |
|
|
| ª×èÍàÃ×èͧ | Diffusion of Block Copolymers in Liquid CO(,2): Evidence ofSelf-Assembly from Pulsed Field Gradient NMR |
| ¼Ùéáµè§ | Judith B. Cain, Kewei Zhang, Douglas E. Betts, Joseph M.DeSimone, and Charles S. Johnson, Jr. |
| ˹éÒ | 9390 |
|
|
| ª×èÍàÃ×èͧ | Carbene Complexes from Olefins, UsingRuHCl(P('i)Pr(,3))(,2(...)) Influence of the Olefin Substituent |
| ¼Ùéáµè§ | Joseph N. Coalter III, Greg J. Spivak, Helene Gerard, Eric Clot,Ernest R. Davidson, Odile Eisenstein, and Kenneth G. Caulton |
| ˹éÒ | 9388 |
|
|
| ª×èÍàÃ×èͧ | Synthesis, Structure, and Reactivity of a Remarkable IronSulfide: (TACN)(,2)Fe(,2)S(,6) |
| ¼Ùéáµè§ | Andrew C. Moreland and Thomas B. Rauchfuss |
| ˹éÒ | 9376 |
|
|
| ª×èÍàÃ×èͧ | Biosynthesis of Desosamine: Molecular Evidence Suggesting(...)-Glucosylation as a Self-Resistance Mechanism inMethymycin/Neomethymycin Producing Strain, Streptomycesvenezuelae |
| ¼Ùéáµè§ | Lishan Zhao, David H. Sherman, and Hung-wen Liu |
| ˹éÒ | 9374 |
|
|
| ª×èÍàÃ×èͧ | Bond Stretch Isomerism Still Elusive in Linear TrimetallicComplexes. DFT Calculations on Co(,3)(dipyridylamine)(,4)Cl(,2) |
| ¼Ùéáµè§ | Marie-Madeleine Rohmer and Marc Benard |
| ˹éÒ | 9372 |
|
|
| ª×èÍàÃ×èͧ | Electronic Structure of the Chromophore in Green FluorescentProtein (GFP) |
| ¼Ùéáµè§ | Gerold Bublitz, Brett A. King, and Steven G. Boxer |
| ˹éÒ | 9370 |
|
|
| ª×èÍàÃ×èͧ | Reversible Ethylene Cycloaddition Reactions of Cationic Aluminum(...)-Diketiminate Complexes |
| ¼Ùéáµè§ | Catherine E. Radzewich, Martyn P. Coles, and Richard F. Jordan |
| ˹éÒ | 9384 |
|
|
| ª×èÍàÃ×èͧ | Formation of C(,60) Adducts with Two Different Alkyl Groups viaCombination of Electron Transfer and S(,N)2 Reactions |
| ¼Ùéáµè§ | Shunichi Fukuzumi, Tomoyoshi Suenobu, Takeomi Hirasaka, RyuichiArakawa, and Karl M. Kadish |
| ˹éÒ | 9220 |
|
|
| ª×èÍàÃ×èͧ | A Predicted Spectrum of HCS, an Intermediate in the Production ofthe Sulfur Compounds Observed in the Collision of CometShoemaker-Levy 9 with Jupiter |
| ¼Ùéáµè§ | Dennis J. Clouthier and Roger S. Grev |
| ˹éÒ | 9386 |
|
|
| ª×èÍàÃ×èͧ | Form Dodecahedrapentaene to the '[n]Trannulenes'. A New In-PlaneAromatic Family |
| ¼Ùéáµè§ | Andrey A. Fokin, Haijun Jiao, and Paul von R. Schleyer |
| ˹éÒ | 9364 |
|
|
| Vol. 120 No.35,9 September 1998 |
| ª×èÍàÃ×èͧ | Diastereoselective Episulfidation of Strained Cyclic Alkenes by aThiophene Endoperoxide versus Epoxidation by Dimethyldioxirane |
| ¼Ùéáµè§ | Waldemar Adam, Bettina Frohling, Karl Peters, and StephanWeinkotz |
| ˹éÒ | 8914 |
|
|
| ª×èÍàÃ×èͧ | The pH-Rate Profile for the Hydrolysis of a Peptide Bond |
| ¼Ùéáµè§ | Robert M. Smith and David E. Hansen |
| ˹éÒ | 8910 |
|
|
| ª×èÍàÃ×èͧ | Transition Metal Promoted Reactions of Boron Hydrides. 15.Titanium-Catalyzed Decaborane-Olefin Hydroborations: One-Step,High-Yield Syntheses of Monoalkyldecaboranes |
| ¼Ùéáµè§ | Mark J. Pender, Thomas Wideman, Patrick J. Carroll, and Larry G.Sneddon |
| ˹éÒ | 9108 |
|
|
| ª×èÍàÃ×èͧ | Structure and Transport Properties of a Novel, HeavilyFluorinated Carbohydrate Analogue |
| ¼Ùéáµè§ | Hong Woo Kim, Paolo Rossi, Richard K. Shoemaker, and Stephen G.DiMagno |
| ˹éÒ | 9082 |
|
|
| ª×èÍàÃ×èͧ | Modulation of the Alignment Tensor of Macromolecules Dissolved ina Dilute Liquid Crystalline Medium |
| ¼Ùéáµè§ | Benjamin E. Ramirez and Ad Bax |
| ˹éÒ | 9106 |
|
|
| ª×èÍàÃ×èͧ | Construction of Novel Polycyclic Ring Systems byTransition-Metal-Catalyzed Cycloisomerization of Ene-Ene-Ynes.Interception of a Carbenoid Intermediate in SkeletalReorganization of Enynes |
| ¼Ùéáµè§ | Naoto Chatani, Ken Kataoka, Shinji Murai, Naoyuki Furukawa, andYoshio Seki |
| ˹éÒ | 9104 |
|
|
| ª×èÍàÃ×èͧ | Unexpected Barbier-Grignard Allylation of Aldehydes withMagnesium in Water |
| ¼Ùéáµè§ | Chao-Jun Li and Wen-Chun Zhang |
| ˹éÒ | 9102 |
|
|
| ª×èÍàÃ×èͧ | Three Polymorphs of 2-Amino-5-nitropyrimidine: ExperimentalStructures and Theoretical Predictions |
| ¼Ùéáµè§ | Christer B. Aakeroy, Mark Nieuwenhuyzen, and Sarah L. Price |
| ˹éÒ | 8986 |
|
|
| ª×èÍàÃ×èͧ | Apparent 1,2-Silyl Migrations in Aromatic Carbenes Occur byIntermolecular Silyl Exchanges |
| ¼Ùéáµè§ | Stephane Sole, Heinz Gornitzka, Olivier Guerret, and Guy Bertrand |
| ˹éÒ | 9100 |
|
|
| ª×èÍàÃ×èͧ | Antihydrophobic Evidence for the Single Electron TransferMechanism of Nucleophilic Substitution |
| ¼Ùéáµè§ | M. Uljana Mayer and Ronald Breslow |
| ˹éÒ | 9098 |
|
|
| ª×èÍàÃ×èͧ | Deprotonation and Oxidation of the W(...)CCH(,2)-W Bridge To Forma C(,2)-Biscarbyne W(...)C-C(...)W Bridge |
| ¼Ùéáµè§ | B.E. Woodworth, P.S. White, and J.L. Templeton |
| ˹éÒ | 9028 |
|
|
| ª×èÍàÃ×èͧ | Thermal Atropisomerism of Aglucovancomycin Derivatives:Preparation of (M,M,M)-and (P,M,M)-Aglucovancomycins |
| ¼Ùéáµè§ | Dale L. Boger, Susumu Miyazaki, Olivier Loiseleur, Richard T.Beresis, Steven L. Castle, Jason H. Wu, and Qing Jin |
| ˹éÒ | 8920 |
|
|
| ª×èÍàÃ×èͧ | A New Class of Fluorinated Polymers by a Mild, Selective, andQuantitative Fluorination |
| ¼Ùéáµè§ | Yu Ren, Timothy P. Lodge, and Marc A. Hillmyer |
| ˹éÒ | 9116 |
|
|
| ª×èÍàÃ×èͧ | Probing the Scope of the Asymmetric Dihydroxylation ofPolymer-Bound Olefins. Monitoring by HRMAS NMR Allows forReaction Control and On-Bead Measurement of Enantiomeric Excess |
| ¼Ùéáµè§ | Rainer Riedl, Robert Tappe, and Albrecht Berkessel |
| ˹éÒ | 8994 |
|
|
| ª×èÍàÃ×èͧ | Disproportionation of Nitric Oxide Promoted by a Mn Tropocoronand |
| ¼Ùéáµè§ | Katherine J. Franz and Stephen J. Lippard |
| ˹éÒ | 9034 |
|
|
| ª×èÍàÃ×èͧ | Mechanism of the Stille Reaction. 1. The Trasmetalation Step.Coupling of R('1)I and R('2)SnBu(,3) Catalyzed bytrans-[PdR('1)IL(,2)] (R('1)=C(,6)Cl(,2)F(,3); R('2)=Vinyl,4-Methoxyphenyl; L = AsPh(,3)) |
| ¼Ùéáµè§ | Arturo L. Casado and Pablo Espinet |
| ˹éÒ | 8978 |
|
|
| ª×èÍàÃ×èͧ | Synthesis of Enantiopure Estrone via a Double Heck Reaction |
| ¼Ùéáµè§ | Lutz F. Tietze, Thomas Nobel, and Maurus Spescha |
| ˹éÒ | 8971 |
|
|
| ª×èÍàÃ×èͧ | Nanostructured Thermosets from Self-Assembled Amphiphilic BlockCopolymer/Epoxy Resin Mixtures |
| ¼Ùéáµè§ | Paul M. Lipic, Frank S. Bates, and Marc A. Hillmyer |
| ˹éÒ | 8963 |
|
|
| ª×èÍàÃ×èͧ | Density-Functional Approach to Hardness Evaluation and Its Use inthe Study of the Maximum Hardness Principle |
| ¼Ùéáµè§ | T. Mineva, E. Sicilia, and N. Russo |
| ˹éÒ | 9053 |
|
|
| ª×èÍàÃ×èͧ | Theoretical Investigation of the Proton Assisted Pathway toFormation of Cytochrome P450 Compound I |
| ¼Ùéáµè§ | Danni L. Harris and Gilda H. Loew |
| ˹éÒ | 8941 |
|
|
| ª×èÍàÃ×èͧ | Binding and Electron Transfer between Putidaredoxin andCytochrome P450cam. Theory and Experiments |
| ¼Ùéáµè§ | Adrian E. Roitberg, Marcia J. Holden, Martin P. Mayhew, Igor V.Kurnikov, David N. Beratan, and Vincent L. Vilker |
| ˹éÒ | 8927 |
|
|
| ª×èÍàÃ×èͧ | Mechanism of Ozone Decomposition on a Manganese Oxide Catalyst.1. In Situ Raman Spectroscopy and Ab Initio Molecular OrbitalCalculations |
| ¼Ùéáµè§ | Wei Li, G. V. Gibbs, and S. Ted Oyama |
| ˹éÒ | 9041 |
|
|
| ª×èÍàÃ×èͧ | Enantioselective Resolving Resins from a Combinatorial Library.Kinetic Resolution of Cyclic Amino Acid Derivatives |
| ¼Ùéáµè§ | M. David Weingarten, Klara Sekanina, and W. Clark Still |
| ˹éÒ | 9112 |
|
|
| ª×èÍàÃ×èͧ | Use of X-ray Co-crystal Structures and Molecular Modeling ToDesign Potent and Selective Non-peptide Inhibitors of Cathepsin K |
| ¼Ùéáµè§ | Renee L. DesJarlais, Dennis S. Yamashita, Hye-Ja Oh, Irene N.Uzinskas, Karl F. Erhard, Andrew C. Allen, R. Curtis Haltiwanger,Baoguang Zhao, Ward W. Smith, Sherin S. Abdel-Meguid, KarlaD'Alessio, Cheryl A. Janson, Michael S. McQueney, Thaddeus A.Tomaszek, |
| ˹éÒ | 9114 |
|
|
| ª×èÍàÃ×èͧ | Dissecting the Evolutionary Relationship between 14-Membered and16-Membered Macrolides |
| ¼Ùéáµè§ | John R. Jacobsen, David E. Cane, and Chaitan Khosla |
| ˹éÒ | 9096 |
|
|
| ª×èÍàÃ×èͧ | Self-Assembly Mediated by the Donor-Donor-Acceptor(...)Acceptor-Acceptor-Donor (DDA(...)AAD) Hydrogen-Bonding Motif:Formation of a Robust Hexameric Aggregate |
| ¼Ùéáµè§ | Sergei V. Kolotuchin and Steven C. Zimmerman |
| ˹éÒ | 9092 |
|
|
| ª×èÍàÃ×èͧ | Chemical Exchange in Diffusion NMR Experiments |
| ¼Ùéáµè§ | Aidi Chen, Charles S. Johnson, Jr., Melissa Lin, and Michael J.Shapiro |
| ˹éÒ | 9094 |
|
|
| ª×èÍàÃ×èͧ | Rules of Stereoselectivity in Tandem Oxidative PolycyclizationReaction with Rhenium(VII) Oxides |
| ¼Ùéáµè§ | Santosh C. Sinha, Ehud Keinan, and Subhash C. Sinha |
| ˹éÒ | 9076 |
|
|
| ª×èÍàÃ×èͧ | Cylindrical (...)-Sheet Peptide Assemblies |
| ¼Ùéáµè§ | Thomas D. Clark, Jillian M. Buriak, Kenji Kobayashi, Markus P.Isler, Duncan E. McRee, and M. Reza Ghadiri |
| ˹éÒ | 8949 |
|
|
| ª×èÍàÃ×èͧ | Dynamic Aspects of Lattice Inclusion Complexation Involving aPhase Change. Equilibrium, Kinetics, and Energetics ofGuest-Binding to a Hydrogen-Bonded Flexible Organic Network |
| ¼Ùéáµè§ | Takehisa Dewa, Ken Endo, and Yasuhiro Aoyama |
| ˹éÒ | 8933 |
|
|
| ª×èÍàÃ×èͧ | Polynaphthalene Networks from Bisphenols |
| ¼Ùéáµè§ | Dennis W. Smith, Jr., David A. Babb, R. Vernon Snelgrove, Paul H.Townsend, III, and Steven J. Martin |
| ˹éÒ | 9078 |
|
|
| ª×èÍàÃ×èͧ | EPR and Electronic Absorption Spectroscopies of the CO-SensingCooA Protein Reveal a Cysteine-Ligated Low-Spin Ferric Heme |
| ¼Ùéáµè§ | Mark F. Reynolds, Daniel Shelver, Robert L. Kerby, Ryan B. Parks,Gary P. Roberts, and Judith N. Burstyn |
| ˹éÒ | 9080 |
|
|
| ª×èÍàÃ×èͧ | Subtle Functional Interactions in the RNA Minor Groove at aNonessential Base Pair |
| ¼Ùéáµè§ | Barry S. Henderson, Penny J. Beuning, J.-P. Shi, Rolf Bald, JensPeter Furste, Volker A. Erdmann, Karin Musier-Forsyth, and PaulSchimmel |
| ˹éÒ | 9110 |
|
|
| ª×èÍàÃ×èͧ | Asymmetric Total Synthesis of Callystatin A. Asymmetric AldolAdditions with Titanium Enolates of Acyloxazolidinethiones |
| ¼Ùéáµè§ | Michael T. Crimmins and Bryan W. King |
| ˹éÒ | 9084 |
|
|
| ª×èÍàÃ×èͧ | Mechanism of Ozone Decomposition on a Manganese Oxide Catalyst.2. Steady-State and Transient Kinetic Studies |
| ¼Ùéáµè§ | Wei Li and S. Ted Oyama |
| ˹éÒ | 9047 |
|
|
| ª×èÍàÃ×èͧ | Photochemistry of2,4-Bis(diazo)-1,2,3,4-tetrahydro-naphthalene-1,3-dione:Selective Photodecomposition of One of the Two Inequivalent DiazoGroups |
| ¼Ùéáµè§ | Shigeru Murata, Junko Kobayashi, Chiharu Kongou, Mamoru Miyata,Takeshi Matsushita, and Hideo Tomioka |
| ˹éÒ | 9088 |
|
|
| ª×èÍàÃ×èͧ | Early Intermediates in Spermidine-Induced DNA Condensation on theSurface of Mica |
| ¼Ùéáµè§ | Ye Fang and Jan H. Hoh |
| ˹éÒ | 8903 |
|
|
| ª×èÍàÃ×èͧ | A Catalytic Enantioselective Approach to Chromans and Chromanols.A Total Synthesis of (-)-Calanolides A and B and the Vitamin ENucleus |
| ¼Ùéáµè§ | Barry M. Trost and F. Dean Toste |
| ˹éÒ | 9074 |
|
|
| ª×èÍàÃ×èͧ | Modeling the Diiron Centers of Non-Heme Iron Enzymes. Preparationof Sterically Hindered Diiron(II) Tetracarboxylate Complexes andTheir Reactions with Dioxygen |
| ¼Ùéáµè§ | Daniel D. LeCloux, Amy M. Barrios, Tadashi J. Mizoguchi, andStephen J. Lippard |
| ˹éÒ | 9001 |
|
|
| ª×èÍàÃ×èͧ | Tuning the Selectivity of Monoamine Transporter Inhibitors by theStereochemistry of the Nitrogen Lone Pair |
| ¼Ùéáµè§ | Miles P. Smith, Kenneth M. Johnson, Mei Zhang, Judith L.Flippen-Anderson, and Alan P. Kozikowski |
| ˹éÒ | 9072 |
|
|
| ª×èÍàÃ×èͧ | Synthesis of a Novel Dendritic Liquid Crystalline Polymer Showinga Ferroelectric SmC Phase |
| ¼Ùéáµè§ | P. Busson, H. Ihre, and A. Hult |
| ˹éÒ | 9070 |
|
|
| ª×èÍàÃ×èͧ | Unraveling the Electronic and Vibrational Contributions toDeuterium Isotope Effects on ('13)C Chemical Shifts Using abInitio Model Calculations. Analysis of the Observed IsotopeEffects on Sterically Perturbed Intramolecular Hydrogen-Bonded0-Hydroxy Acyl A |
| ¼Ùéáµè§ | Jens Abildgaard, Simon Bolvig, and Poul Erik Hansen |
| ˹éÒ | 9063 |
|
|
| ª×èÍàÃ×èͧ | A Characterization of the Linear P-O-P Bonds inM('4+)(P(,2)O(,7)) Compounds: Bond-Angle Determination bySolid-State NMR |
| ¼Ùéáµè§ | Robbie J. Iuliucci and Beat H. Meier |
| ˹éÒ | 9059 |
|
|
| ª×èÍàÃ×èͧ | Is the CD Exciton Chirality Method Applicable to Chiral1,1'-Biphenanthryl Compounds? |
| ¼Ùéáµè§ | Tetsutaro Hattori, Kenta Sakurai, Nobuyuki Koike, Sotaro Miyano,Hitoshi Goto, Fuyuka Ishiya, and Nobuyuki Harada |
| ˹éÒ | 9086 |
|
|
| ª×èÍàÃ×èͧ | Energetic Superiority of Two-Center Hydrogen Bonding Relative ToThree-Center Hydrogen Bonding in a Model System |
| ¼Ùéáµè§ | Jihong Yang and Samuel H. Gellman |
| ˹éÒ | 9090 |
|
|
| Vol. 120 No.34,2 September 1998 |
| ª×èÍàÃ×èͧ | Structural and Voltammetric Studies on the Reduction of theBis(2,2'-bipyridyl)platinum(II) Cation in Aprotic Media |
| ¼Ùéáµè§ | Alan R. Brown, Zijian Guo, Fred W. J. Mosselmans, Simon Parsons,Martin Schroder, and Lesley J. Yellowlees |
| ˹éÒ | 8805 |
|