bluuebunny/crossref_metadata_2025_split huggingface dataset:
A Dual‐Electrode Approach for Highly Selective Detection of Glucose Based on Diffusion Layer Theory: Experiments and Simulation
Authors: Wang Kang , Zhang Dai , Zhou Ting , Xia Xing‐Hua 
Published: January 2005

AbstractA dual‐electrode configuration for the highly selective detection of glucose in the diffusion layer of the substrate electrode is presented. In this approach, a glassy carbon electrode (GCE, substrate) modified with a conductive layer of glucose oxidase/Nafion/graphite (GNG) was used to create an interference‐free region in its diffusion layer by electrochemical depletion of interfering electroactive species. A Pt microelectrode (tip, 5 μm in radius) was located in the diffusion layer of the GNG‐modified GCE (GNG‐G) with the help of scanning electrochemical microscopy. Consequently, the tip of the electrode could sense glucose selectively by detecting the amount of hydrogen peroxide (H2O2) formed from the oxidization of glucose on the glucose oxidase layer. The influences of parameters, including tip–substrate distance, substrate potential, and electrolyzing time, on the interference‐removing efficiency of this dual‐electrode approach have been investigated systematically. When the electrolyzing time was 30 s, the tip–substrate distance was 1.8 a (9.0 μm) (where a is the radius of the tip electrode), the potentials of the tip and substrate electrodes were 0.7 V and 0.4 V, respectively, and a mixture of ascorbic acid (0.3 mM), uric acid (0.3 mM), and 4‐acetaminophen (0.3 mM) had no influence on the glucose detection. In addition, the current–time responses of the tip electrode at different tip–substrate distances in a solution containing interfering species were numerically simulated. The results from the simulation are in good agreement with the experimental data. This research provides a concept of detection in the diffusion layer of a substrate electrode, as an interference‐free region, for developing novel microelectrochemical devices.
Ligands Rock & Roll: Stepwise Twisting of Two cis‐Coordinated Lopsided N‐Heterocycles in an Octahedral Bis(2‐phenylazopyridine)–Ruthenium(II) Complex with Seven Atropisomers
Authors: Velders Aldrik H. , Hotze Anna C. G. , Reedijk Jan 
Published: January 2005

Abstract1H NMR data of α‐[Ru(azpy)2(MeBim)2](PF6)2 (azpy=2‐phenylazopyridine, MeBim=1‐methylbenzimidazole), 2, revealed the presence of a total of seven atropisomers at −95 °C: three head‐to‐tail, HT, isomers (A, C, and D), and four head‐to‐head, HH, isomers which, due to the presence of an intrinsic C2 axis in the α‐[Ru(azpy)2] moiety, are two sets of identical pairs (B/B and E/E). The NMR data of 2 represent a unique example of a coordination compound that shows a variable temperature (VT) behavior with more, well‐defined steps of slow‐to‐fast exchange of its atropisomers. At 65 °C, all atropisomers are in fast exchange; on lowering the temperature the sharp signals first broaden (at room temperature) and consecutively split up into two sets of relatively sharp signals, in slow exchange, at about 0 °C (D, 40 %, and the coalesced signals of ABBCEE, 60 %). Upon further cooling, the set of peaks belonging to D remain sharp until the lowest recording temperatures. The signals of the other set of resonances, on the other hand, first broaden again and then separate into two sets of broad peaks (C/E/E and A) and one set of sharp peaks (B and B in fast exchange); on lowering the temperature even more, these signals broaden once again and finally, at −95 °C, are split up into a total of four sets of signal (A, B/B, C, and E/E). At low temperatures, ROESY experiments revealed that atropisomerization occurs through the synchronous rotation of both MeBim ligands in the interconversion of the two “identical” HH atropisomers B and B, as well as in the interconversion between C and E/E. The HH rotamers B/B furthermore exhibit a slow‐to‐fast exchange atropisomerization behavior that is observed independently from the other dynamic processes in this compound. The versatile cis bifunctional binding of the DNA model bases (MeBim ligands) in 2 parallels the observation of α‐[Ru(azpy)2Cl2] which shows extraordinarly high cytotoxicity against tumor cell lines.
An NMR and Molecular Modeling Study of Carbosilane‐Based Dendrimers Functionalized with Phenolic Groups or Titanium Complexes at the Periphery
Authors: Welch Karen T. , Arévalo Silvia , Turner John F. C. , Gómez Rafael 
Published: January 2005

AbstractDendrimers are modified polymers whose architecture is defined by the presence of a central atom or core with multiple branches. These molecules lend themselves to a variety of architectures and uses, including drug delivery and catalysis. The study of the molecular conformations and shapes of dendritic molecules is necessary but not yet routine. Here we present an NMR and molecular modeling study of a series of carbosilane dendrimers, namely 1G‐{(CH2)3[C6H3(OMe)]OH}4 (1), 2G‐{(CH2)3[C6H3(OMe)]OH}8 (2), and 2G‐{(CH2)3[C6H3(OMe)]O[Ti(C5H5)Cl2]}8 (3). Various two‐dimensional NMR techniques were used to completely assign the 1H and 13C resonances of molecules 1–3. This information was used, in conjunction with 1H and 13C spin‐lattice relaxation measurements, to assess the chain motion of the molecules. The NMR data were also compared with 1‐ns molecular dynamics (MD) simulations of 1 and 2 using the MMFF94 force field. The results indicate that these dendrimers possess a core that is motionally decoupled from the rest of the dendrimer, with flexible arm segments that extend from the core. The addition of eight functionalized titanium groups to the ends of the dendrimer chains of 2 to yield molecule 3 serves to further restrict chain motion.
A Supported Liquid Membrane Encapsulating a Surfactant–Lipase Complex for the Selective Separation of Organic Acids
Authors: Miyako Eijiro , Maruyama Tatsuo , Kamiya Noriho , Goto Masahiro 
Published: January 2005

AbstractWe have developed a novel, lipase‐facilitated, supported liquid membrane (SLM) for the selective separation of organic acids by encapsulating a surfactant–lipase complex in the liquid membrane phase. This system exhibited a high transport efficiency for 3‐phenoxypropionic acid and enabled the selective separation of organic acids due to the different solubilities of the acids in the organic phase and the variable substrate specificity of the surfactant–lipase complex in the liquid membrane phase. We found that various parameters, such as the amount of surfactant–lipase complex in the SLM, the lipase concentration in the receiving phase, and the ethanol concentration in the feed phase, affected the transport behavior of organic acids. The optimum conditions were 5 g L−1 of the surfactant–CRL complex in the SLM (CRL=lipase from Candida rugosa), 8 g L−1 of PPL in the receiving phase (PPL=lipase from porcine pancreas), and an ethanol concentration of 50 vol %. Furthermore, we achieved high enantioselective transport of (S)‐ibuprofen attributable to the enantioselectivity of the surfactant–CRL complex.
Ruthenium‐Catalyzed Synthesis of Alkylidenecyclobutenes via Head‐to‐Head Dimerization of Propargylic Alcohols and Cyclobutadiene–Ruthenium Intermediates
Authors: Le Paih Jacques , Dérien Sylvie , Demerseman Bernard , Bruneau Christian , Dixneuf Pierre H. , Toupet Loïc , Dazinger Georg , Kirchner Karl 
Published: January 2005

AbstractThe reaction of propargylic alcohols with carboxylic acid, or phenol derivatives, in the presence of the precatalyst [RuCl(cod)(C5Me5)] leads selectively to a variety of alkylidenecyclobutenes through head‐to‐head dimerization of propargylic alcohol. The first step is the formation of a cyclobutadiene–ruthenium intermediate resulting from the head‐to‐head coupling of two molecules of propargylic alcohol. On protonation with strong acids (HPF6, HBF4) dehydration of the cyclobutadiene complex leads to formation of an alkylidenecyclobutenyl–ruthenium complex. The X‐ray structure of one such complex, [RuCl(C5Me5)(η4‐R′CCH‐‐CH‐‐CCR2)] (R′=cyclohexen‐1‐yl, CR2=cyclohexylidene) has been determined. Carboxylate is added at the less substituted carbon of the cyclic allylic ligand. DFT/B3 LYP calculations confirm that the intermediate arising from head‐to‐head coupling of alkyne to the RuClCp* species yields the cyclobutadiene–ruthenium complex more easily with propargylic alcohol than with acetylene.
π‐Accepting‐Pincer Rhodium Complexes: An Unusual Coordination Mode of PCP‐Type Systems
Authors: Kossoy Elizaveta , Iron Mark A. , Rybtchinski Boris , Ben‐David Yehoshoa , Shimon Linda J. W. , Konstantinovski Leonid , Martin Jan M. L. , Milstein David 
Published: January 2005

AbstractThe novel π‐accepting, pincer‐type ligand, dipyrrolylphoshinoxylene (DPyPX), is introduced. This ligand has the strongest π‐accepting phosphines used so far in the PCP family of ligands and this results in some unusual coordination chemistry. The rhodium(I) complex, [(DPyPX)Rh(CO)(PR3)] (4, R=Ph, Et, pyrrolyl) is prepared by treating the relevant [(DPyPX)Rh(PR3)] (3) complex with CO and is remarkably resistant to loss of either ligand. X‐ray crystallographic analysis of complex 4 b (R=Et) reveals an unusual cisoid coordination of the PCP phosphine ligands. These observations are supported by density functional theory (DFT) calculations.
Reactions of Alkaline Earth Metals and Nitrogen in Sealed Niobium Ampules: The Formation of MgZn2 Type Intermetallic Phases in the Presence of Nitrogen and the New Compound Ba5[NbN4]N.
Authors: Reckeweg Olaf , Lind Cora , Simon Arndt , DiSalvo Francis J. 
Published: January 2005

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Optical Properties and Two‐Dimensional Electronic Structure in Wide‐Gap Layered Oxychalcogenide: La2CdO2Se2.
Authors: Hiramatsu Hidenori , Ueda Kazushige , Kamiya Toshio , Ohta Hiromichi , Hirano Masahiro , Hosono Hideo 
Published: January 2005

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Trends in Asymmetric Michael Reactions Catalyzed by Tripeptides in Combination with an Achiral Additive in Different Solvents.
Authors: Tsogoeva Svetlana B. , Jagtap Sunil B. , Ardemasova Zoya A. , Kalikhevich Victor N. 
Published: January 2005

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Catalytic Asymmetric Synthesis of Vicinal Diamine Derivatives Through Enantioselective N‐Allylation Using Chiral π‐Allyl Pd‐Catalyst.
Authors: Kitagawa Osamu , Yotsumoto Kanako , Kohriyama Mitsuteru , Dobashi Yasuo , Taguchi Takeo 
Published: January 2005

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Ruthenium‐Catalyzed Formal [4 + 2] Cycloaddition of Alkynes with Alkenes: Formation of Cyclohexenedicarboxylates via Isomerization of Alkynes and Successive Diels—Alder Reaction.
Authors: Shiotsuki Masashi , Ura Yasuyuki , Ito Takashi , Wada Kenji , Kondo Teruyuki , Mitsudo Take‐aki 
Published: January 2005

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Cp*Ir Complex‐Catalyzed N‐Heterocyclization of Primary Amines with Diols: A New Catalytic System for Environmentally Benign Synthesis of Cyclic Amines.
Authors: Fujita Ken‐ichi , Fujii Takeshi , Yamaguchi Ryohei 
Published: January 2005

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A Convenient and Chemoselective Method for the Reductive Ring Cleavage of Isoxazoles and Isoxazolines with EtMgBr/Ti(Oi‐Pr)4 Reagent.
Authors: Churykau Dzmitry H. , Zinovich Veranika G. , Kulinkovich Oleg G. 
Published: January 2005

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Cupric Sulfate Pentahydrate (CuSO4×5H2O): A Mild and Efficient Catalyst for Tetrahydropyranylation/Depyranylation of Alcohols and Phenols.
Authors: Khan Abu T. , Choudhury Lokman H. , Ghosh Subrata 
Published: January 2005

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Alkatrienyl Sulfoxides and Sulfones. Part 4. Synthesis and Electrophile‐Induced Cyclization Reactions of 3‐Methylsulfonylpenta‐1,2,4‐triene.
Authors: Christov Valerij Ch. , Ivanov Ivaylo K. 
Published: January 2005

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Highly Regio‐ and Stereoselective Synthesis of Polysubstituted Cyclopropane Compounds via the Pd(0)‐Catalyzed Coupling—Cyclization Reaction of 2‐(2′,3′‐Allenyl)malonates with Organic Halides.
Authors: Ma Shengming , Jiao Ning , Yang Qing , Zheng Zilong 
Published: January 2005

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Thermal and Palladium‐Catalyzed [3 + 2] Synthesis of Cyclopentadienone Acetals from Cyclopropenone Acetals and Acetylenes.
Authors: Isobe Hiroyuki , Sato Sota , Tanaka Takatsugu , Tokuyama Hidetoshi , Nakamura Eiichi 
Published: January 2005

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Enantioselective Preparation of Ring‐Fused 1‐Fluorocyclopropane‐1‐carboxylate Derivatives: En Route to mGIuR 2 Receptor Agonist MGS0028 (I)
Authors: Zhang Fei , Song Zhiguo J. , Tschaen Dave , Volante R. P. 
Published: January 2005

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Solvent‐Free Amination Reactions of Aryl Bromides at Room Temperature Catalyzed by a (π‐Allyl)palladium Complex Bearing a Diphosphinidenecyclobutene Ligand.
Authors: Gajare Anil S. , Toyota Kozo , Yoshifuji Masaaki , Ozawa Fumiyuki 
Published: January 2005

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Studies on Novel Synthetic Methodologies. Part 31. Silica‐Supported Sodium Hydrogen Sulfate Catalyzed Facile Transformation of p‐Hydroxybenzyl Alcohols to p‐Hydroxybenzyl Ethers and Thioethers.
Authors: Ramu R. , Nath N. Ravindra , Reddy M. R. , Das Biswanath 
Published: January 2005

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Preparation of Nitriles from Primary Alcohols by a New Type of Oxidation‐Reduction Condensation Using 2,6‐Dimethy‐1,4‐benzoquinone and Diethyl Cyanophosphonate.
Authors: Mukaiyama Teruaki , Masutani Kouta , Hagiwara Yoshiaki 
Published: January 2005

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Stereoselective Synthesis of Multisubstituted Butadienes Through Directed Mizoroki—Heck Reaction and Homocoupling Reaction of Vinyl(2‐pyridyl)silane.
Authors: Itami Kenichiro , Ushiogi Yousuke , Nokami Toshiki , Ohashi Youichi , Yoshida Jun‐ichi 
Published: January 2005

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2‐(Arylpropionylamino)‐ and 2‐(Arylacryloylamino)benzophenones: Farnesyltransferase Inhibition and Antimalarial Activity.
Authors: Fucik K. , Kettler K. , Wiesner J. , Ortmann R. , Unterreitmeier D. , Krauss J. , Bracher F. , Jomaa H. , Schlitzer M. 
Published: January 2005

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N‐{2‐[2‐(4‐Phenylbutyl)benzofuran‐4‐yl]cyclopropylmethyl}acetamide: An Orally Bioavailable Melatonin Receptor Agonist.
Authors: Sun Li‐Qiang , Takaki Katherine , Chen Jie , Iben Lawrence , Knipe Jay O. , Pajor Lori , Mahle Cathy D. , Ryan Elaine , Xu Cen 
Published: January 2005

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Highly Regioselective Nucleophilic Carbon—Carbon Bond Formation on Furans and Thiophenes Initiated by Pummerer‐Type Reaction.
Authors: Akai Shuji , Kawashita Norihito , Satoh Hideharu , Wada Yasufumi , Kakiguchi Keisuke , Kuriwaki Ikumi , Kita Yasuyuki 
Published: January 2005

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Induction of G2/M Cell Cycle Arrest and Apoptosis by a Benz[f]indole‐4,9‐dione Analogue in Cultured Human Lung (A549) Cancer Cells.
Authors: Lee Eun‐Jin , Lee Hyun‐Jung , Park Hyen Joo , Min Hye‐Young , Suh Myung‐Eun , Chung Hwa‐Jin , Lee Sang Kook 
Published: January 2005

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Synthesis and Biological Evaluation of 1‐Benzyl‐5‐(3‐biphenyl‐2‐yl‐propyl)‐1H‐imidazole as Novel Farnesyltransferase Inhibitor.
Authors: Lin Nan‐Horng , Wang Le , Wang Xilu , Wang Gary T. , Cohen Jerry , Gu Wen‐Zhen , Zhang Haiying , Rosenberg Saul H. , Sham Hing L. 
Published: January 2005

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Synthesis and Potent Antimicrobial Activity of Some Novel 4‐(5,6‐Dichloro‐1H‐benzimidazol‐2‐yl)‐N‐substituted Benzamides.
Authors: Oezden Seckin , Karatas Hacer , Yildiz Sulhiye , Goeker Hakan 
Published: January 2005

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Synthesis and Fungicidal Activities of 2‐Benzothiazolylthio‐Substituted 4H‐Imidazol‐4‐ones and 4(3H)‐Quinazolinones.
Authors: Hu Yang‐Gen , Yang Shang‐Jun , Ding Ming‐Wu 
Published: January 2005

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Amidomethylation of Amodiaquine: Antimalarial N‐Mannich Base Derivatives.
Authors: Lopes Francisca , Capela Rita , Goncaves Jose O. , Horton Peter N. , Hursthouse Michael B. , Iley Jim , Casimiro Catarina M. , Bom Joana , Moreira Rui 
Published: January 2005

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An Efficient Oxidation of 2‐Aryl‐1,2,3,4‐tetrahydro‐4‐quinolones Employing Ferric Chloride Hexahydrate—Methanol: Synthesis of Naturally Occurring 4‐Alkoxy‐2‐arylquinolines.
Authors: Kumar K. Hemanth , Muralidharan D. , Perumal P. T. 
Published: January 2005

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Azadiene Diels—Alder Cycloaddition of Fulvenes: A Facile Approach to the [1]Pyrindine System.
Authors: Hong Bor‐Cherng , Wu Jian‐Lin , Gupta Arun Kumar , Hallur Mahanandeesha Siddappa , Liao Ju‐Hsiou 
Published: January 2005

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Montmorillonite KSF Catalyzed One‐Pot Synthesis of Hexahydro‐1H‐pyrrolo[3,2‐c]quinoline Derivatives.
Authors: Yadav J. S. , Reddy B. V. Subba , Sunitha V. , Reddy K. Srinivasa , Ramakrishna K. V. S. 
Published: January 2005

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Tin‐Free Radical Cyclizations for the Synthesis of 7‐Azaoxindoles, 7‐Azaindolines, Tetrahydro[1,8]naphthyridines, and Tetrahydro‐5H‐pyrido[2,3‐b]azepin‐8‐ones.
Authors: Bacque Eric , El Qacemi Myriem , Zard Samir Z. 
Published: January 2005

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Novel Synthetic Methodologies. Part 35. Iodine‐Catalyzed One‐Pot Synthesis of 3,4‐Dihydropyrimidin‐2(1H)‐ones and Thiones: A Simple and Efficient Procedure for the Biginelli Reaction.
Authors: Srinivas K. V. N. S. , Das Biswanath 
Published: January 2005

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Novel Biginelli‐Like Three‐Component Cyclocondensation Reaction: Efficient Synthesis of 5‐Unsubstituted 3,4‐Dihydropyrimidin‐2(1H)‐ones.
Authors: Wang Zong‐Ting , Xu Li‐Wen , Xia Chun‐Gu , Wang Han‐Qing 
Published: January 2005

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Active Site Inhibitors of HCV NS5B Polymerase. The Development and Pharmacophore of 2‐Thienyl‐5,6‐dihydroxypyrimidine‐4‐carboxylic Acid.
Authors: Stansfield Ian , Avolio Salvatore , Colarusso Stefania , Gennari Nadia , Narjes Frank , Pacini Barbara , Ponzi Simona , Harper Steven 
Published: January 2005

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Synthesis of Saturated Imidazolidin[1,5‐a]‐ and Thiazolidin[3,4‐a]perhydroquinoxalin‐4‐one and Imidazolidin[1,5‐a]piperazin‐4‐one Derivatives. Ring Contraction of Perhydroquinoxalin‐4‐one to Perhydrobenzimidazolin‐2‐one.
Authors: Zaleska Barbara , Socha Robert , Karelus Marcin , Grochowski Jacek , Serda Pawel 
Published: January 2005

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Green Synthesis and Self‐Association of 2,4‐Diamino‐1,3,5‐triazine Derivatives.
Authors: Diaz‐Ortiz Angel , Elguero Jose , Foces‐Foces Concepcion , de la Hoz Antonio , Moreno Andres , Mateo Maria del Carmen , Sanchez‐Migallon Ana , Valiente Gema 
Published: January 2005

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1,3‐Dihydro‐2,1,3‐benzothiadiazol‐2,2‐diones and 3,4‐Dihydro‐1H‐2,1,3‐benzothidiazin‐2,2‐diones as Ligands for the NOP Receptor.
Authors: Goehring R. Richard , et al. et al. 
Published: January 2005

AbstractFor Abstract see ChemInform Abstract in Full Text.
Application of the Stille Coupling Reaction to the Synthesis of C2‐Substituted endo—exo Unsaturated Pyrrolo[2,1‐c][1,4]benzodiazepines (PBDs).
Authors: Tiberghien Arnaud C. , Hagan David , Howard Philip W. , Thurston David E. 
Published: January 2005

AbstractFor Abstract see ChemInform Abstract in Full Text.
Synthesis of Mono‐ and Difluoroacetyltrialkylsilanes and the Corresponding Enol Silyl Ethers.
Authors: Higashiya Seiichiro , Chung Woo Jin , Lim Dong Sung , Ngo Silvana C. , Kelly William H. IV , Toscano Paul J. , Welch John T. 
Published: January 2005

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5‐Carboxamido‐1,3,2‐dioxaphosphorinanes, Potent Inhibitors of MTP.
Authors: Sulsky Richard , Robl Jeffrey A. , Biller Scott A. , Harrity Thomas W. , Wetterau John , Connolly Fergal , Jolibois Kern , Kunselman Lori 
Published: January 2005

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Novel Kumada Coupling Reaction to Access Cyclic (2‐Azaallyl)stannanes. Cycloadditions of Cyclic Nonstabilized 2‐Azaallyllithium Species Derived from Cyclic (2‐Azaallyl)stannanes.
Authors: Mans Douglas M. , Pearson William H. 
Published: January 2005

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A Facile Method for the Preparation of Deuterium Labeled Salvinorin A: Synthesis of [2,2,2‐2H3]‐Salvinorin A.
Authors: Tidgewell Kevin , Harding Wayne W. , Schmidt Mark , Holden Kenneth G. , Murry Daryl J. , Prisinzano Thomas E. 
Published: January 2005

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6β‐Azido‐7α‐hydroxy‐17‐oxo‐5α‐androstan‐3β‐yl Acetate.
Authors: Paixao J. I. F. , Salvador J. A. R. , Paixao J. A. , Matos Beja A. , Ramos Silva M. , Rocha Gonsalves A. M. d'A. 
Published: January 2005

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Structural Modifications of Plumieride Isolated from Plumeria bicolor and the Effect of These Modifications on in vitro Anticancer Activity.
Authors: Dobhal Mahabeer P. , Li Guolin , Gryshuk Amy , Graham Andrew , Bhatanager Atul K. , Khaja Sirajud D. , Joshi Yogesh C. , Sharma Mahesh C. , Oseroff Allan , Pandey Ravindra K. 
Published: January 2005

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Magnetic and Transport Properties of HfFe6Ge6‐Type REMn6X6‐xX′x Solid Solutions (RE: Rare Earth; X: Ge, Sn; X′: Ga, In)
Authors: Venturini G. , et al. et al. , et al. et al. 
Published: January 2005

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A Versatile Aminobenzannulation Method Based on the Deprotonation of 2‐(1‐Alkynyl)benzaldimines and Similar 2‐Aza‐2,4‐heptadienyl‐6‐ynes: A Multistep Rearrangement Cascade.
Authors: Sagar Pramod , Froehlich Roland , Wuerthwein Ernst‐Ulrich 
Published: January 2005

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Sequential Ring‐Closing Metathesis/Pd‐Catalyzed, Si‐Assisted Cross‐Coupling Reactions: General Synthesis of Highly Substituted Unsaturated Alcohols and Medium‐Sized Rings Containing a 1,3‐cis—cis Diene Unit.
Authors: Denmark Scott E. , Yang Shyh‐Ming 
Published: January 2005

AbstractFor Abstract see ChemInform Abstract in Full Text.
Application of a Diphosphinidenecyclobutene Ligand in the Solvent‐Free Copper‐Catalyzed Amination Reactions of Aryl Halides.
Authors: Gajare Anil S. , Toyota Kozo , Yoshifuji Masaaki , Ozawa Fumiyuki 
Published: January 2005

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Formation of 2,6‐Dioxabicyclo[3.3.0]‐octa‐3,7‐dienes or Multiply Substituted o‐Benzoquinones from Reactions of 1,4‐Dilithio‐1,3‐dienes with Dimethyl Oxalate.
Authors: Mao Guoliang , Lu Jiang , Xi Zhenfeng 
Published: January 2005

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Synthesis of Anilino‐monoindolylmaleimides as Potent and Selective PKCβ Inhibitors.
Authors: Tanaka Masahiro , Sagawa Shoichi , Hoshi Jun‐ichi , Shimona Fumito , Matsuda Isamu , Sakoda Kenji , Sasase Tomohiko , Shindo Masanori , Inaba Takashi 
Published: January 2005

AbstractFor Abstract see ChemInform Abstract in Full Text.