Desarrollo y evaluación de masarillas de oxigenación en 3D diseñadas para caninos en recuperación post quirúrgica

Abstract

In veterinary medicine, the development of 3D oxygenation masks for canines in postsurgical recovery represents a significant advance, as they provide optimal respiratory support and improve patient comfort during the recovery process. The main objective of this research was to design, develop and evaluate 3D oxygenation masks designed for canines in post-surgical recovery. The methodology used was experimental and transversal in nature, with a quantitative approach, a correlational scope and a type of analytical study; For its effect, a 3D printer with liquid resin was used to make the masks, based on canine anatomical specifications, and its effectiveness was tested on 30 canine patients undergoing olivaryhysterectomy (OVH) surgery. The study demonstrated that masks provide effective respiratory support and significantly improve the comfort of canines recovering post-surgery. A notable improvement in anesthetic recovery and adequate tissue oxygenation was observed in patients who used the mask. In addition, the benefits in cardiac stability and improvement in oxygen saturation of these patients were highlighted, demonstrating its effectiveness and importance for administering adequate oxygenation in canine patients who will undergo a surgical procedure. Keywords: Software; Accounting; Education; Strategy; Management; Heuristics