Analiza comparativă a proprietăților firelor Siro cu filare compactă pneumatică și cu inele 245-249 GUIZHEN KE, JIAFENG PEI, KUNDI ZHU Prepararea și proprietățile materialelor compozite PAN/LA-SA realizate prin electrofilare 250-255 SHU-QIANG LIU, GAI-HONG WU, YI CUI, HONG-XIA GUO Analiza mecanismului de finisare rezistentă la contracție asupra țesăturii de mătase/cânepă 256-262 ASIF ELAHI MANGAT, LUBOS HES, VLADIMIR BAJZIK, FUNDA BUYUK, MUDASSAR ABBAS Modelul absorbției termice a tricotului patent în stare uscată și autentificarea experimentală a acestuia 263-268 DANIELA NEGRU, LILIANA BUHU, EMIL LOGHIN, IONUT DULGHERIU, ADRIAN BUHU Absorbția și transferul de umiditate prin materiale tricotate din fibre naturale și artificiale 269-274 TÜLAY GÜLÜMSER Rolul microcapsulelor în mascarea mirosurilor neplăcute ale țesăturilor de bumbac 275
Due to its complex structure, the abdominal wall is vital as it serves to protect the internal organs, maintain the upright position and regulate the intraabdominal pressure. Complex abdominal defects are a major health problem, with challenging treatment, many complications and risks. It is not a completely elucidated pathology as there is no
consensus in literature regarding the defi nition and classifi cation. Although there are various reconstruction techniques, there is no sistematic protocol in literature that allows the surgeon to choose the best treatment suitable for each patient. Therefore, the fi rst step to manage these patients is a carefull assesment of the patient background and only after that, a complete analysis of the actual wound should be made. Second step is appropriate abdominal wall closure. After the analysis of current data from international literature, we identifi ed a decision-making algorithm to offer guidance in surgical management in order to obtain an optimal functional outcome. The foundation of the algorithm is the idea of gradually improving the local tissue status, in order to deal with a clean wound as much as possible. This way, the success rate of the surgical reconstruction improves.
Currently, it is believed that the treatment of eventrations is not possible without the use of biomaterials. Although they
are used for several decades, being continuously studied and improved, now we are in a stalemate. Chemically, some
materials appear to be perfectly biocompatible but the physical and structural characteristics of different types of
prostheses are associated with various complications, including the risk of foreign body reactions, infection, seroma
formation, intestinal obstruction, extrusion of the implants, malposition, malrotation, erosion of cavitary viscera,
appearance of digestive fistulas, failure of reconstruction.
In an attempt to minimize these risks as much as possible, it is necessary to know the mechanisms of occurrence of
potential complications.
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