Docta Complutense
Open Access Institutional Repository of the Complutense University of Madrid, that compiles scientific production to promote the visibility and impact of Complutense research.
With the collaboration of the Ministerio de Ciencia e Innovación and the Spanish Foundation for Science and Technology (FECYT).
Recent Submissions
Aplicación basada en IA para la digitación de partituras musicales
(2026) Velasco Saura, Eloy; Ramos Martínez, Daniel; Requeno Jarabo, José Ignacio; Gómez Martínez, María Elena
El avance de las tecnologías digitales ha permitido trasladar las partituras musicales tradicionales a entornos informáticos, dando lugar a aplicaciones de visualización, edición, transcripción o digitación de partituras, entre otros tipos. La digitación tiene grandes ventajas, como facilitar el aprendizaje de la pieza, u optimizar la ejecución técnica al marcar las posiciones más cómodas y eficientes para el músico.
Sin embargo, las pocas herramientas disponibles en el mercado para este fin presentan barreras de acceso significativas, ya que suelen exigir el pago de suscripciones y el registro obligatorio de cuentas de usuario.
Ante este escenario, este Trabajo de Fin de Grado (TFG) surge con la motivación de desarrollar una aplicación accesible y sencilla para la digitación de partituras musicales. El objetivo principal es ofrecer una solución plenamente funcional y sin restricciones para el usuario, eliminando la necesidad de crear cuentas o efectuar pagos.
Description of an Intraoral Lingual Arch Fixation Technique for the Treatment of Mandibular Body Fractures in Dogs and Its Application in Six Patients.
(Animals, 2026) San Román-Llorens, Fidel; Blanco, Alejandro; San Román Ascaso, Fidel; González, Cristina; Climent, Alberto; Whyte, Ana
Simple Summary:
Mandibular fractures in dogs are difficult to treat because they often involve the tooth roots, are frequently open to the oral cavity, and require the accurate restoration of normal dental occlusion. Although several fixation techniques are available, each has its own indications and limitations, and some clinical situations remain challenging to manage. This study describes a novel intraoral fixation technique based on a lingual arch, cerclage wire anchorages, and bis-acrylic resin. The technique was applied in six dogs with eleven mandibular body fractures of different configurations. Bone healing was achieved in all cases, normal dental occlusion was restored and maintained, and no permanent damage to the teeth or mandibular neurovascular structures was observed. The different anchorage configurations allowed for the adaptation of the fixation system to a variety of fracture patterns and dental conditions, including cases with advanced periodontal disease. These preliminary results suggest that this technique may represent a useful alternative for selected mandibular fractures. Further clinical and biomechanical studies are warranted to evaluate its broader clinical application.
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