The life of Haydn : in a series of letters written at Vienna. Followed by the life of Mozart, with observations on Metastasio, and on the present state of music in France and Italy /

Translation by R. Brewin, of "Lettres sur le célèbre compositeur Jh. Haydn [etc.]"

The historical development of modern Europe, from the Congress of Vienna to the present time, 1815-1897,

Mode of access: Internet.

History of the revolutions in Europe, from the subversion of the Roman empire in the west, to the Congress of Vienna,

Published also under title: The revolutions in Europe.

Memoirs and correspondence (official and familiar) of Sir Robert Murray Keith, K.B., envoy extraordinary ad minister plenipotentiary at the courts of Dresden, Copenhagen, and Vienna, from 1769-1792. With a memoir of Queen Carolina Matilda of Denmark, and an account of the revolution there in 1772.

Mode of access: Internet.

Treaty of peace between His imperial and Catholick Majesty Charles VI, and His royal Catholic Majesty Philip V, concluded at Vienna the 30th of April 1725. Treaty of Commerce between His imperial and Catholick Majesty Charles VI, and His royal Catholick Majesty Philip V, concluded at Vienna, May 1, 1725. Treaty between the King of Great Britain, the most Christian King, and the King of Prussia, made at Hanover the 3rd of September, 1725 [microform].

Text in English and Latin, and English and French, in parallel columns.

The waltz kings of old Vienna,

Printed in Great Britain.

Minutes of the Vienna Psychoanalytic Society.

Mode of access: Internet.

The dawn of Italian independence: Italy from the Congress of Vienna, 1914, to the fall of Venice, 1849.

Mode of access: Internet.

Seven years in Vienna (August, 1907--August, 1914) a record of intrigue.

Mode of access: Internet.

SALT II agreement, Vienna, June 18, 1979.

Includes index.

"La Semirami" di Moniglia e Cesti fra Innsbruck, Vienna e Venezia (1665-1674)

La tesi esamina il trattamento drammatico e musicale del soggetto di Semiramide in una delle sue prime trasposizioni operistiche: "La Semirami" di Giovanni Andrea Moniglia (Firenze 1625-1700) e Antonio Cesti (Arezzo 1623 - Firenze 1669). Quest’opera è legata ai più importanti centri d’influenza dell’attività compositiva di Cesti – Firenze, Innsbruck, Vienna e Venezia – e riassume tutti i mondi produttivi della sua carriera, divisa fra gli ambienti di corte e i teatri cittadini veneziani. L’opera fu commissionata nel 1665 per le nozze dell’arciduca d’Austria Sigismondo Francesco a Innsbruck, ma fu rappresentata solo nel 1667 alla corte di Leopoldo I a Vienna, e infine ripresa a Venezia al teatro di S. Moisè nel 1674 con una serie di ritocchi e il nuovo titolo "La schiava fortunata": Giulio Cesare Corradi revisionò il testo e Marc’Antonio Ziani aggiornò la musica. La tesi contiene una prima parte di studio dell’opera suddivisa in cinque capitoli, in cui offro: una panoramica aggiornata della biografia del compositore aretino e la contestualizzazione della "Semirami" nella sua carriera, con particolare attenzione alla genesi e alle fasi evolutive del dramma; l’analisi drammaturgica e musicale dell’opera, in cui esamino le scelte compositive di Cesti in rapporto al testo poetico dato; infine la fortuna della "Semirami" con l’allestimento veneziano del 1674 e le sue riprese. Un capitolo è dedicato interamente alla fortuna del soggetto di Semiramide nel Seicento operistico. La seconda parte della tesi contiene l’edizione dei testi poetici della "Semiramide" (Firenze 1690), della "Semirami" (Vienna 1667) e della "Schiava fortunata" (Venezia 1674) con la presentazione delle aggiunte e sostituzioni riscontrate nei testimoni relativi agli allestimenti successivi, fino al 1693.

Sensitization Prevalence, Antibody Cross-Reactivity and Immunogenic Peptide Profile of Api g 2, the Non-Specific Lipid Transfer Protein 1 of Celery

Background: Celery (Apium graveolens) represents a relevant allergen source that can elicit severe reactions in the adult population. To investigate the sensitization prevalence and cross-reactivity of Api g 2 from celery stalks in a Mediterranean population and in a mouse model. Methodology: 786 non-randomized subjects from Italy were screened for IgE reactivity to rApi g 2, rArt v 3 (mugwort pollen LTP) and nPru p 3 (peach LTP) using an allergen microarray. Clinical data of 32 selected patients with reactivity to LTP under investigation were evaluated. Specific IgE titers and cross-inhibitions were performed in ELISA and allergen microarray. Balb/c mice were immunized with purified LTPs; IgG titers were determined in ELISA and mediator release was examined using RBL-2H3 cells. Simulated endolysosomal digestion was performed using microsomes obtained from human DCs. Results: IgE testing showed a sensitization prevalence of 25.6% to Api g 2, 18.6% to Art v 3, and 28.6% to Pru p 3 and frequent co-sensitization and correlating IgE-reactivity was observed. 10/32 patients suffering from LTP-related allergy reported symptoms upon consumption of celery stalks which mainly presented as OAS. Considerable IgE cross-reactivity was observed between Api g 2, Art v 3, and Pru p 3 with varying inhibition degrees of individual patients' sera. Simulating LTP mono-sensitization in a mouse model showed development of more congruent antibody specificities between Api g 2 and Art v 3. Notably, biologically relevant murine IgE cross-reactivity was restricted to the latter and diverse from Pru p 3 epitopes. Endolysosomal processing of LTP showed generation of similar clusters, which presumably represent T-cell peptides. Conclusions: Api g 2 represents a relevant celery stalk allergen in the LTP-sensitized population. The molecule displays common B cell epitopes and endolysosomal peptides that encompass T cell epitopes with pollen and plant-food derived LTP.

Optical third-harmonic spectroscopy of the magnetic semiconductor EuTe

EuTe possesses the centrosymmetric crystal structure m3m of rocksalt type in which the second-harmonic generation is forbidden in electric dipole approximation but the third-harmonic generation (THG) is allowed. We studied the THG spectra of this material and observed several resonances in the vicinity of the band gap at 2.2-2.5 eV and at higher energies up to 4 eV, which are related to four-photon THG processes. The observed resonances are assigned to specific combinations of electronic transitions between the ground 4f(7) state at the top of the valence band and excited 4f(6)5d(1) states of Eu(2+) ions, which form the lowest energy conduction band. Temperature, magnetic field, and rotational anisotropy studies allowed us to distinguish crystallographic and magnetic-field-induced contributions to the THG. A strong modification of THG intensity for the 2.4 eV band and suppression of the THG for the 3.15 eV band was observed in applied magnetic field. Two main features of the THG spectra were assigned to 5d(t(2g)) and 5d(e(g)) subbands at 2.4 eV and 3.15 eV, respectively. A microscopic quantum-mechanical model of the THG response was developed and its conclusions are in qualitative agreement with the experimental results.

Optical second harmonic generation in the centrosymmetric magnetic semiconductors EuTe and EuSe

The magnetic europium chalcogenide semiconductors EuTe and EuSe are investigated by the spectroscopy of second harmonic generation (SHG) in the vicinity of the optical band gap formed by transitions involving the 4f and 5d electronic orbitals of the magnetic Eu(2+) ions. In these materials with centrosymmetric crystal lattice the electric-dipole SHG process is symmetry forbidden so that no signal is observed in zero magnetic field. Signal appears, however, in applied magnetic field with the SHG intensity being proportional to the square of magnetization. The magnetic field and temperature dependencies of the induced SHG allow us to introduce a type of nonlinear optical susceptibility determined by the magnetic-dipole contribution in combination with a spontaneous or induced magnetization. The experimental results can be described qualitatively by a phenomenological model based on a symmetry analysis and are in good quantitative agreement with microscopic model calculations accounting for details of the electronic energy and spin structure.

Bioactive albumin functionalized polylactic acid membranes for improved biocompatibility

Biocompatibility is a major challenge for successful application of many biomaterials. In this study the ability to coat chemically and enzymatically activated poly(L-lactic acid) (PLA) membranes with heat denatured human serum albumin to improve biocompatibility was investigated. PLA membranes hydrolyzed with NaOH or cutinase and then treated with 1-ethyl-3-(3-dimethylaminopropyl)carbodiimide, hydrochloride (EDAC) as a heterobifunctional cross-linker promoted the coupling single bondCOOH groups on PLA membranes and single bondNH2 groups of heat denatured human serum albumin. This resulted in increased hydrophilicity (lowest water contact angles of 43° and 35°) and highest antioxidant activity (quenching of 79 μM and 115 μM tetramethylazobisquinone (TMAMQ) for NaOH and cutinase pretreated membranes, respectively). FTIR analysis of modified PLA membranes showed new peaks attributed to human serum albumin (amide bond, NH2 and side chain stretching) appearing within 3600–3000 cm−1 and 1700–1500 cm−1 (Fig. 3). MTT studies also showed that osteoblasts-like and MC-3T3-E1 cells viability increased 2.4 times as compared to untreated PLA membranes. The study therefore shows that this strategy of modifying the surfaces of PLA polymers could significantly improve biocompatibility.