177,312 research outputs found
Catalepton : Priapea et epigrammata
No full textMarca tip. na portNa portada Maecenas Priapeum Quid hoc novi es
Aeneidos
No full textMarca tip. nas portNas port. Editio altera ad exemplum editionis romanae (MCMXXX) emendataT. I XIX, 121 p.; T. II 134 p.; T. III 131 pAnte
L. Castiglioni - R. Sabbadini, P. Vergilii Maronis Georgica ; Remigius Sabbadini, P. Vergili Maronis Aeneidos Libri XII. Nouvelle édition par L. Castiglioni
No full textDe Ruyt Franz. L. Castiglioni - R. Sabbadini, P. Vergilii Maronis Georgica ; Remigius Sabbadini, P. Vergili Maronis Aeneidos Libri XII. Nouvelle édition par L. Castiglioni. In: L'antiquité classique, Tome 18, fasc. 1, 1949. pp. 173-174
Lezioni di filologia (1878-1931)
No full textIl volume è suddiviso nelle seguenti sezioni: 1. Riflessioni metodologiche (Prolusione al corso di letteratura latina dell'a.s. 1893-94 nella R. Università di Catania; Lo studio del latino; Prelezione al corso su Vergilio); 2. Biblioteche (Il primo nucleo della biblioteca del Petrarca; La biblioteca di Zomino da Pistoia); 3. Figure di umanisti (Antonio Mancinelli. Saggio storico-letterario; L'ultimo ventennio della vita di Manuele Crisolora; Niccolò da Cusa e i conciliari di Basilea alla scoperta dei codici; Giovanni Aurispa scopritore di testi antichi); Note erudite (Virgilio / Vergilio; Il verso più difficile dell'Eneide; Didone al sole nascente)
Plagionotus arcuatus subsp. ghidottii PESARINI & SABBADINI 2010
No full text<i>Plagionotus arcuatus</i> (LINNAEUS 1758) ssp. <i>ghidottii</i> PESARINI & SABBADINI 2010 <p>M a t e r i a l 3 (Holotypus) Lakki, Creta, nom. Hania, 18.V.1984, leg. Berra, 3 (Paratypus) Meronas, Creta, nom. Retimno, 2.IV.1990, leg. Berger, 1♀ Omalos, Creta, nom. Hania, 9./ 10.VI.2007, leg. et in coll. Pesarini & Sabbatini; die weiter genannten Exemplare dürften mit grosser Wahrscheinlichkeit zu dieser Subspezies gehören:? Ex Cret. (OERTZEN 1886);? Ex. Kreta, Omalos, Meronas, 6.1981 und 1984 (SLÁMA & SLÁMOVA 1996); 1♀ Nom. Rethimno, Spili, Hauptplatz, am Hut eines englischen Touristen, 6.6.1992, leg. et in coll. Steiner.</p> <p> B i o l o g i e: Die Biologie der Stammart ist sonst polyphag unter der Rinde von sonnenexponierten Ästen und Stämmen von Laubholzarten, Imagines auf Kreta an <i>Quercus</i> sp. (SLÁMA & SLÁMOVA 1996), Generationsdauer der Stammart 2 Jahre, Imagines am Brutholz V.-VII. (BENSE 1995).</p> <p>V e r b r e i t u n g:endemischeUnterartaufKreta(PESARINI & SABBADINI 2910), die Stammart in ganz Europa und N-Afrika (BENSE 1995), N-Asien (LÖBL & SMETANA 2010).</p>Published as part of <i>Schedl, W., 2013, Überblick über die Arten-Diversität der Bockkäfer der griechischen Insel Kreta, pp. 621-641 in Linzer biologische Beiträge 45 (1)</i> on page 63
The role of sphingolipids in the control of skeletal muscle function: a review.
No full textIn this review, potential roles for the endogenous sphingolipid, sphingosine, and its derivatives are described for muscle cells. Sphingosine modulates the function of important calcium channels in muscle, including the ryanodine receptor (RyR) calcium release channel of the sarcoplasmic reticulum (SR). Sphingosine blocks calcium release through the SR ryanodine receptor and reduces the activity of single skeletal muscle RyR channels reconstituted into planar lipid bilayers. Sphingosine-blocked calcium release is coincident with the inhibitory effects of sphingosine on [3H]ryanodine binding to the RyR. The sphingomyelin signal transduction pathway has also been identified in both skeletal and cardiac muscle. A neutral form of sphingomyelinase (nSMase) enzyme has been localized to the junctional transverse tubule membrane. The high turnover of the SMase is responsible for the production of ceramide and sphingosine. HPLC analyses indicate that significant resting levels of sphingosine are present in muscle tissue. A model of excitation-contraction coupling is presented suggesting a potential role for this endogenous sphingolipid in normal muscle function. Putative roles for sphingolipid mediators in skeletal muscle dysfunction are also discussed. We hypothesize that sphingosine plays important roles in malignant hyperthermia and during the development of muscle fatigue
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