Breviarium Strigoniense.

Cf. notice du ms. par Leroquais, Bréviaires, III, 182-185 n° 591 et pl. XCIX; P. Radó, Libri liturgici manuscripti bibliothecarum Hungariae et limitropharum regionum, Budapest, 1973. Un bréviaire d'Esztergom a été imprimé en 1524 à Venise. F. 2-8v Calendrier à l'usage d'Esztergom, avec un grand nombre de saints d'origines diverses (2-7v); cf. Leroquais, op. cit., 182. À noter les saints non mentionnés dans les Acta sanctorum, ou du moins pas pour la date correspondante; ne sont pas relevés les saints hongrois considérés comme classiques par Radó, op. cit., passim : 4 févr., «Victoris m.»; 8 févr., «Juliani m.»; 13 févr., «Adalberti m.», signalé une fois dans Radó, op. cit., 96 d'après ms. Budapest, B. N. Hung., c. l. m. ae. 395; 15févr., «Faustiani m.»; 21 févr., «Septuaginta mm.», non signalé sous cette forme pour cette date dans Radó, op. cit.; 15 mars, «Hilarii conf. et pont.», non signalé sous cette forme pour cette date dans Radó, op. cit.; 17 mars, «Bernardi conf.»; 26mars, «Eustachii abb.», signalé une fois dans Radó, op. cit., 96 d'après ms. Budapest, B.N. Hung., c. l. m. ae. 395; 28 mars, «Gastuli m.», non signalé dans Radó, op. cit.; 3 juill., «Bonifacii ep.», non signalé dans Radó, op. cit.; 5 juill., «Dominici m.»; 4 août, «Gaudentii ep. et conf.», signalé une fois dans Radó, op. cit., 329 d'après ms. Budapest, B. N. Hung., c. l. m. ae. 408; 8 août, «Adventus sanguinis D. N. J. C.»; 31 août, «Pauli ep. et m.», non signalé dans Radó, op. cit.; 12 oct., «Quatuor milium mm.», non signalé dans Radó, op. cit., à rapprocher de quatuor mille octingenti septuaginta mm., cf. Radó, op. cit., 167 d'après ms. Esztergom, B. metropolitana Strigoniensis I. 20; 14 oct., «Cerbonii conf.»; 27 oct., «Vedasti m.»; 15 nov., «Martini conf.», non signalé pour cette date dans Radó, op. cit; 20 nov., «Aniani ep. [Aurelianensis] et conf.». Pour plusieurs saints du calendrier on ne trouve pas d'office dans le sanctoral, et vice versa. — «Sequitur tabula impositionis historiarum...» (8-8v). F. 11-76 Psautier férial (11-72). — Office des défunts à l'usage d'Esztergom (72v-76); cf. K. Ottosen, The responsories and versicles of the latin office of the dead, Aarhus 1993, 127 (description des ff.74v-75v = «BN8879B») et 180 (description des ff.72v-74v = «BN8879A»). F. 77-528v Temporal : «Incipit breviarium secundum chorum alme ecclesie Strigoniensis. Dominica prima in adventu Domini...» (77-282v). Sanctoral : «Incipit secunda pars breviarii scilicet de festivitatibus. De s. Silvestro...» (286-486). À noter : office de l'Immaculée Conception composé par Léonard Nogarolo (480v). Commun des saints : «Incipit commune de sanctis et primo in vigilia unius apostoli...» (486v-513v). — «Sequitur de b. Virgine sabbatis diebus per estatem. Ad vesperas...» (513v-516v). «In quotidianis horis b. Virginis...» (516v-525). — «Sequuntur preces in quadragesima...» (525-526v). — «Sequuntur suffragia sabbatis diebus per estatem...» (526v-528), dont suffrages des ss. [Stephani regis Hungariae; Emerici ducis] (527), [Ladislai regis Hungariae; Adalberti ep. Pragensis et m.] (527v). — «Absolutio excommunicati...» (528-528v). 106 hymnes mentionnées dans la table des incipit, dont une non répertoriée dans Chevalier, Repert. hymn. ni dans les A. H., pour les confesseurs : «Christe lucis splendor vere fabrice mundi semper nobis parcens miserere confessorum precibus//...» (506v); cf. P. Radó, Répertoire hymnologique des mss. liturgiques dans les bibliothèques publiques de Hongrie, Budapest 1945, n° 111, relevée une fois dans le ms. Budapest, Bibl. nat. Hung. c. l. m. ae. 132, ms. décrit par Radó, Libri liturgici..., op. cit., 395-400.

Breviarium Strigoniense.

Cf. notice du ms. par Leroquais, Bréviaires, III, 182-185 n° 591 et pl. XCIX; P. Radó, Libri liturgici manuscripti bibliothecarum Hungariae et limitropharum regionum, Budapest, 1973. Un bréviaire d'Esztergom a été imprimé en 1524 à Venise. F. 2-8v Calendrier à l'usage d'Esztergom, avec un grand nombre de saints d'origines diverses (2-7v); cf. Leroquais, op. cit., 182. À noter les saints non mentionnés dans les Acta sanctorum, ou du moins pas pour la date correspondante; ne sont pas relevés les saints hongrois considérés comme classiques par Radó, op. cit., passim : 4 févr., «Victoris m.»; 8 févr., «Juliani m.»; 13 févr., «Adalberti m.», signalé une fois dans Radó, op. cit., 96 d'après ms. Budapest, B. N. Hung., c. l. m. ae. 395; 15févr., «Faustiani m.»; 21 févr., «Septuaginta mm.», non signalé sous cette forme pour cette date dans Radó, op. cit.; 15 mars, «Hilarii conf. et pont.», non signalé sous cette forme pour cette date dans Radó, op. cit.; 17 mars, «Bernardi conf.»; 26mars, «Eustachii abb.», signalé une fois dans Radó, op. cit., 96 d'après ms. Budapest, B.N. Hung., c. l. m. ae. 395; 28 mars, «Gastuli m.», non signalé dans Radó, op. cit.; 3 juill., «Bonifacii ep.», non signalé dans Radó, op. cit.; 5 juill., «Dominici m.»; 4 août, «Gaudentii ep. et conf.», signalé une fois dans Radó, op. cit., 329 d'après ms. Budapest, B. N. Hung., c. l. m. ae. 408; 8 août, «Adventus sanguinis D. N. J. C.»; 31 août, «Pauli ep. et m.», non signalé dans Radó, op. cit.; 12 oct., «Quatuor milium mm.», non signalé dans Radó, op. cit., à rapprocher de quatuor mille octingenti septuaginta mm., cf. Radó, op. cit., 167 d'après ms. Esztergom, B. metropolitana Strigoniensis I. 20; 14 oct., «Cerbonii conf.»; 27 oct., «Vedasti m.»; 15 nov., «Martini conf.», non signalé pour cette date dans Radó, op. cit; 20 nov., «Aniani ep. [Aurelianensis] et conf.». Pour plusieurs saints du calendrier on ne trouve pas d'office dans le sanctoral, et vice versa. — «Sequitur tabula impositionis historiarum...» (8-8v). F. 11-76 Psautier férial (11-72). — Office des défunts à l'usage d'Esztergom (72v-76); cf. K. Ottosen, The responsories and versicles of the latin office of the dead, Aarhus 1993, 127 (description des ff.74v-75v = «BN8879B») et 180 (description des ff.72v-74v = «BN8879A»). F. 77-528v Temporal : «Incipit breviarium secundum chorum alme ecclesie Strigoniensis. Dominica prima in adventu Domini...» (77-282v). Sanctoral : «Incipit secunda pars breviarii scilicet de festivitatibus. De s. Silvestro...» (286-486). À noter : office de l'Immaculée Conception composé par Léonard Nogarolo (480v). Commun des saints : «Incipit commune de sanctis et primo in vigilia unius apostoli...» (486v-513v). — «Sequitur de b. Virgine sabbatis diebus per estatem. Ad vesperas...» (513v-516v). «In quotidianis horis b. Virginis...» (516v-525). — «Sequuntur preces in quadragesima...» (525-526v). — «Sequuntur suffragia sabbatis diebus per estatem...» (526v-528), dont suffrages des ss. [Stephani regis Hungariae; Emerici ducis] (527), [Ladislai regis Hungariae; Adalberti ep. Pragensis et m.] (527v). — «Absolutio excommunicati...» (528-528v). 106 hymnes mentionnées dans la table des incipit, dont une non répertoriée dans Chevalier, Repert. hymn. ni dans les A. H., pour les confesseurs : «Christe lucis splendor vere fabrice mundi semper nobis parcens miserere confessorum precibus//...» (506v); cf. P. Radó, Répertoire hymnologique des mss. liturgiques dans les bibliothèques publiques de Hongrie, Budapest 1945, n° 111, relevée une fois dans le ms. Budapest, Bibl. nat. Hung. c. l. m. ae. 132, ms. décrit par Radó, Libri liturgici..., op. cit., 395-400.

Biblia Ludovici XI regis Franciae.

Avec quelques prologues, arguments et « capitula ». Genesis, sans prologue (2), etc. — Reg. I-IV (82) ; Isaias (125v) ; Jeremias (140v) ; Jeremiae Lament. et Oratio (157v, 159v) ; Ezechiel (160) ; Daniel, I, 1-XIV, 41 (175v) ; XII Proph. min. (181) ; Job (193v), etc. — Ecclesiasticus (239v) ; Oratio Salomonis (252v) ; Paralip. I-II (253v) ; Oratio Manasse (273) ; Esdras I-II (273v) ; Esther (282) ; Tobias (286) ; Judith (289) ; Macchab. I-II (293v). — Evang. Matthaei (311v), Marci (321v), Lucae (328v-329, 338-343v, 336-337, 330), Johannis (331-335v, 344-346) ; Actus Apost. (347) ; VII Epist. canon. (358) ; Apocalypsis (364v) ; XIV Epist. Pauli (370v).

Psalterium ad usum ecclesiae Sarisburiensis.

F. 1 Calendrier de Salisbury, avec addition d'obits de Jean Cokayn, justicier du roi (22 juin 1429) et de sa femme Ide (1er juin 1426). F. 23 Psautier, cantiques, litanies de Salisbury. F. 207 Office des morts.

Antiphonarium et Graduale.

Principales fêtes seulement. F. 1-158v Antiphonaire ; — Commun des saints (147). F. 159-249v Graduel : — Commun des saints (198v) ; — Messes votives (237v). F. 249v Kyriale, avec et sans tropes. F. 262v Prosaire. F. 300 Tables. F. 302 Antiennes et répons pour les samedis et dimanches. F. 324 Tons des psaumes et neumes.

Decoration of titania nanofibres with anatase nanoparticles as efficient photocatalysts for decomposing pesticides and phenols

Using a series of partial phase transitions, an effective photocatalyst with fibril morphology was prepared. The catalytic activities of these materials were tested against phenol and herbicide in water. Both H-titanate and TiO2-(B) fibres decorated with anatase nanocrystals were studied. It was found that anatase coated TiO2-(B) fibres prepared by a 45 h hydrothermal treatment followed by calcination were not only superior photocatalysts but could also be readily separated from the slurry after photocatalytic reactions due to its fibril morphology.

Decoration of active sites to create bimetallic surfaces and its implication for electrochemical processes

The creation of electrocatalysts based on noble metals has received a significant amount of research interest due to their extensive use as fuel cell catalysts and electrochemical sensors. There have been many attempts to improve the activity of these metals through creating nanostructures, as well as post-synthesis treatments based on chemical, electrochemical, sonochemical and thermal approaches. In many instances these methods result in a material with active surface states, which can be considered to be adatoms or clusters of atoms on the surface that have a low lattice co-ordination number making them more prone to electrochemical oxidation at a wide range of potentials that are significantly less positive than those of their bulk metal counterparts. This phenomenon has been termed pre-monolayer oxidation and has been reported to occur on a range of metallic surfaces. In this work we present findings on the presence of active sites on Pd that has been: evaporated as a thin film; electrodeposited as nanostructures; as well as commercially available Pd nanoparticles supported on carbon. Significantly, advantage is taken of the low oxidation potential of these active sites whereby bimetallic surfaces are created by the spontaneous deposition of Ag from AgNO3 to generate Pd/Ag surfaces. Interestingly this approach does not increase the surface area of the original metal but has significant implications for its further use as an electrode material. It results in the inhibition or promotion of electrocatalytic activity which is highly dependent on the reaction of interest. As a general approach the decoration of active catalytic materials with less active metals for a particular reaction also opens up the possibility of investigating the role of the initially present active sites on the surface and identifying the degree to which they are responsible for electrocatalytic activity.

Decoration of Pasteurella multocida lipopolysaccharide with phosphocholine is important for virulence

Phosphocholine (PCho) is an important substituent of surface structures expressed by a number of bacterial pathogens. Its role in virulence has been investigated in several species, in which it has been shown to play a role in bacterial adhesion to mucosal surfaces, in resistance to antimicrobial peptides, or in sensitivity to complement-mediated killing. The lipopolysaccharide (LPS) structure of Pasteurella multocida strain Pm70, whose genome sequence is known, has recently been determined and does not contain PCho. However, LPS structures from the closely related, virulent P. multocida strains VP161 and X-73 were shown to contain PCho on their terminal galactose sugar residues. To determine if PCho was involved in the virulence of P. multocida, we used subtractive hybridization of the VP161 genome against the Pm70 genome to identify a four-gene locus (designated pcgDABC) which we show is required for the addition of the PCho residues to LPS. The proteins predicted to be encoded by pcgABC showed identity to proteins involved in choline uptake, phosphorylation, and nucleotide sugar activation of PCho. We constructed a P. multocida VP161 pcgC mutant and demonstrated that this strain produces LPS that lacks PCho on the terminal galactose residues. This pcgC mutant displayed reduced in vivo growth in a chicken infection model and was more sensitive to the chicken antimicrobial peptide fowlicidin-1 than the wild-type P. multocida strain

Postsynthetic Exterior Decoration of an Organic Cage by Copper(I)-Catalysed A(3)-Coupling and Detection of Nitroaromatics

A new synthetic protocol based on one-pot, copper(I)-catalysed multicomponent reaction of formaldehyde, secondary amine and terminal alkyne has been employed to postsynthetically modify a self-assembled nanoscopic organic cage. By employing this synthetic strategy, three new cages appended with phenyl-, xylyl-and naphthyl-acetylene moieties have been synthesised. The resulting modified cages were characterised by using a range of spectroscopic techniques. The synthesised cages were fluorescent and thus one of them was tested to explore the potential use of such compounds as chemosensors for the detection of nitroaromatics. Experimental findings suggest a high selective quenching of initial fluorescence intensity in the presence of nitroaromatic compounds. Furthermore, it has been observed that among the various nitroaromatics tested, nitrophenolic compounds have better quenching ability.

Fruits of Lithospermum officinale L. (Boraginaceae) used as an early plant decoration (2500 years BP) in Xinjiangï¼›China

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A plasma sputtering decoration route to producing thickness-tunable ZnO/TiO2 core/shell nanorod arrays

We report a radio frequency magnetron sputtering method for producing TiO2 shell coatings directly on the surface of ZnO nanorod arrays. ZnO nanorod arrays were firstly fabricated on transparent conducting oxide substrates by a hydrothermal route, and subsequently decorated with TiO2 by a plasma sputtering deposition process. The core/shell nanorods have single-crystal ZnO cores and anatase TiO2 shells. The shells are homogeneously coated onto the whole ZnO nanorods without thickness change. This approach enables us to tailor the thickness of the TiO2 shell for desired photovoltaic applications on a one-nanometer scale. The function of the TiO2 shell as a blocking layer for increasing charge separation and suppression of the surface recombination was tested in dye-sensitized solar cells. The enhanced photocurrent and open-circuit voltage gave rise to increased photovoltaic efficiency and decreased dark current, indicating successful functioning of the TiO2 shell.

Enhancing the Activity and Tuning the Mechanism of Formic acid Oxidation at Tetrahexahedral Pt Nanocrystals by Au Decoration

Tetrahexahedral Pt nanocrystals (THH Pt NCs), bound by high index facets, belong to an emerging class of nanomaterials that promise to bridge the gap between model and practical electrocatalysts. The atomically stepped surfaces of THH Pt NCs are extremely active for the electrooxidation of small organic molecules but they also readily accommodate the dissociative chemisorption of such species, resulting in poisoning by strongly adsorbed CO. Formic acid oxidation is an ideal reaction for studying the balance between these competing catalyst characteristics, since it can proceed by either a direct or a CO mediated pathway. Herein, we describe electrochemical and in situ FTIR spectroscopic investigations of formic acid electrooxidation at both clean and Au adatom modified THH Pt NC surfaces. The Au decoration leads to higher catalytic currents and enhanced CO2 production in the low potential range. As the CO oxidation behaviour of the catalyst is not changed by the presence of the Au, it is likely that the role of the Au is to promote the direct pathway. Beyond their fundamental importance, these results are significant in the development of stable, poison resistant anodic electrocatalysts for direct formic acid fuel cells.