163,176 research outputs found
Castillo de Peñíscola
Proyecto de digitalización 3D del Castillo de Peñíscola realizado por AD&D 4D para la Diputación de Castellón.
El Castillo de Peñíscola es una fortaleza que ocupa la zona más elevada del peñón sobre el que se sustenta la antigua ciudad de Peñíscola.3D Digitization project by ADD&D 4D for Diputación de Castellón.
The Peñíscola Castle is a fortress that occupies the highest area of the rock on which the ancient city of Peñíscola is based
El castillo de las 300 torres
“Según Ramón Muntaner (1265-1336), caballero y escritor catalán, en su “Crónica” se refirió metafóricamente al Castillo de Onda y a su recinto amurallado como “de las 300 Torres”, porque al parecer en su época de máximo esplendor tuvo tantas torres como días tiene el año.
Sobre la huella de las antiguas culturas ibérica y romana, los musulmanes construyeron en el siglo X una extraordinaria fortaleza, de la que su Castillo todavía hoy vigila la ciudad.
Abrigo del Castillo, antropomorfo
El Abrigo del Castillo. Alberga uno de los conjuntos de pintura rupestre esquemática más interesantes de la Comunidad Valenciana. Destacan entre los diversos motivos pictóricos las representaciones identificadas como antropomorfos, y entre éstas, la realizada mediante trazo grueso formando una espiral, que dibuja un espacio circular, tangente por su parte inferior a otra figura que se prolonga hacia abajo, con dos puntas, y que ha sido interpretada como una representación cósmica. Patrimonio Mundial UNESCO, 1998
D. Joannis del Castillo Sotomayor ... Quotidianarum controversiarum juris. Tomus primus ... , De usufructu ...
Tít. en antep.: "D. Joannis del Castillo Sotomayor Opera omnia super materias tam civiles quám ecclesiasticas, cum additionibus et observationibus Joannis Pauli Melii S. Rotae Romanae decisionibus recentissimis. In tomis decem conclusa"Marca tip. en port.Texto a dos col. y letras capitales ornadasLa p. 299 sin numerarSign.: [:]8, 2[:]6, A-Z4, 2A-2P4Antep.Port. a dos tinta
El Castillo del Morro
Master Project report on an improvement of the coastal protection around a maritime fortress "El Castillo del Moro" in Havana, CubaHydraulic EngineeringCivil Engineering and Geoscience
Castillo d´Alcalaten / L´Alcora / Castelló
Fortaleza medieval, situada sobre caliza rocosa a 370 m. de altitud. s. XII-XIII, planta triangular dispersa, 150 m. cuadrados recinto principal y rodeado por un camino de ronda, con aljibe y despoblado. Entrada por mediodía, con dos torres circulares y cubos, poseyendo muralla almenada tipo “barbacana”. Jaime I otorgó el castillo y el título de barón al caballero aragonés Ximén d’Urrea, en 1233, tras la conquista de la plaza de Borriana. En la actualidad se ha redactado un plan de protección especial para la zona contemplando íntegramente aspectos patrimoniales y de medio ambiente, iniciándose su rehabilitación por parte de la Consellería de Cultura
Plasma and airway levels of surfactant protein D degradation reflect progression of ARDS in entilated patients with SARS-CoV-2
Background: Patients with COVID-19 present severe respiratory symptoms progressing to acute respiratory distress syndrome (ARDS). Upon infection, SARS-CoV-2 destroys cells expressing the ACE2 receptor including alveolar type II cells (AT2). These cells are found in the alveolar-capillary barrier which normally secrete pulmonary surfactant, a complex of lipid and surfactant proteins (SPA, SP-B, SP-C, SP-D). Exogenous surfactant therapy (mainly composed of phospholipids, SP-B, and SP-C) has been successful in treating neonatal respiratory distress syndrome (nRDS) caused by surfactant deficiency in preterm babies.Plasma SP-D has been proposed as a marker of lung injury in COVID-19 but so far, no reports have evaluated sequential SP-D levels in both airway and plasma. As part of a clinical trial repurposing surfactant therapy to treat adult ventilated COVID-19 patients, we hypothesized that plasma SP-D levels may reflect decreased lung integrity and that SP-D degradation in plasma and airway samples from COVID-19 patients may reflect disease progression and severity. Method(s): Enzyme-linked immunosorbent assay (ELISA) was used to quantify SP-D concentration in patient plasma and tracheal aspirate samples. Western Blotting was used to identify any protein degradation. Sequential daily plasma and airway samples were analysed. Result(s): SP-D concentration in serum was 10-20 times higher in patients ventilated for COVID-19 than in healthy volunteers. Additionally, the concentration of SP-D in plasma has shown to be 10-100-fold higher than in tracheal aspirates. Furthermore, degraded fragments of SP-D were detected at a higher ratio than intact SP-D in plasma of ventilated patients. This ratio decreased with administration of surfactant therapy (containing phospholipids and SP-B and SP-C but no SPA or SP-D). Conclusion(s): Increased serum SP-D and decreased tracheal aspirate SP-D from ventilated COVID-19 patients suggested leakage of pulmonary surfactant into the bloodstream caused by damage to the alveolar-capillary barrier in diseased lungs. The ratio of degraded vs. intact SP-D found in the plasma was compared before and after therapeutic surfactant administration. The results indicated that levels of SP-D in plasma and tracheal aspirates together with the ratio of degraded and intact SP-D in the plasma may be useful indicators of the severity of COVID-19 lung disease progression
[Sin el oro, pierde amor, imperio, lustre y valor]
El librero Antonio del Castillo ejerce en Madrid entre 1758 y 1804Sign.: A-C4, D
Título: A lo remos marineros [Grabación sonora]
Domitilo Castillo / de D. Castillo -- Min. 03.06: Viva Panamá (cumbia) / de D. Carrizo -- Min. 06.17: Mejorana santeña -- Min. 09.19: Clásica pollera -- Min. 11.56: Conjunto Canajagua / Abdiel Aparicio -- Min. 15.10: A lo remos marinero
Search for the decay Bs0→D*∓π±
A search for the decay Bs0→D*∓π± is presented using a data sample corresponding to an integrated luminosity of 1.0 fb-1 of pp collisions collected by LHCb. This decay is expected to be mediated by a W-exchange diagram, with little contribution from rescattering processes, and therefore a measurement of the branching fraction will help us to understand the mechanism behind related decays such as Bs0→π+π- and Bs0→DD̅ . Systematic uncertainties are minimized by using B0→D*∓π± as a normalization channel. We find no evidence for a signal, and set an upper limit on the branching fraction of B(Bs0→D*∓π±)<6.1(7.8)×10-6 at 90% (95%) confidence level
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