Abstract:In the case of small hernias (diameter<10 cm) EMS or ProTac used alone are not enough to hold the mesh. Anchor is not recommended alone in any hernia.
“…However closure of HD is free from any tension because the suture line representing the closed HD is circumferentially splinted by a transfixed prosthesis. This is also supported by the mathematical model of Smietanski et al [14]. Transfixation of prosthesis is usually done by using a suture passer, an instrument that causes more trauma, and can get blunt and break inside abdomen [16].…”
Section: Discussionmentioning
confidence: 83%
“…It also leaves space for seroma formation [9]. Disconnection of tissue and mesh is a factor for recurrent herniation [14]. Such disconnection is a result of forces exerting on the abdominal wall-mesh interface.…”
Section: Discussionmentioning
confidence: 99%
“…Such disconnection is a result of forces exerting on the abdominal wall-mesh interface. These forces are directly related to the area of the hernial orifice as per a mathematical model [14]. This model has a limitation on account of being applicable to a flat circle.…”
Section: Discussionmentioning
confidence: 99%
“…Trocar-site hernias or recurrence can occur within 4 months [14] to over 10 years [15]. A follow-up of 3 years has been recommended by Le Blanc [7].…”
Mesh insertion by avoiding 10-mm trocar, double-breasted defect closure, and transfixation using atraumatic needles is a technically easy, safe, and patient-friendly procedure.
“…However closure of HD is free from any tension because the suture line representing the closed HD is circumferentially splinted by a transfixed prosthesis. This is also supported by the mathematical model of Smietanski et al [14]. Transfixation of prosthesis is usually done by using a suture passer, an instrument that causes more trauma, and can get blunt and break inside abdomen [16].…”
Section: Discussionmentioning
confidence: 83%
“…It also leaves space for seroma formation [9]. Disconnection of tissue and mesh is a factor for recurrent herniation [14]. Such disconnection is a result of forces exerting on the abdominal wall-mesh interface.…”
Section: Discussionmentioning
confidence: 99%
“…Such disconnection is a result of forces exerting on the abdominal wall-mesh interface. These forces are directly related to the area of the hernial orifice as per a mathematical model [14]. This model has a limitation on account of being applicable to a flat circle.…”
Section: Discussionmentioning
confidence: 99%
“…Trocar-site hernias or recurrence can occur within 4 months [14] to over 10 years [15]. A follow-up of 3 years has been recommended by Le Blanc [7].…”
Mesh insertion by avoiding 10-mm trocar, double-breasted defect closure, and transfixation using atraumatic needles is a technically easy, safe, and patient-friendly procedure.
“…E has been specified in a one-dimentional stretching test and p ∆ has been measured on a roentgen photos of a patient after an operation. A cable with a small overhang is considered so L 0 is 5% bigger than l. Finally H 0 is taken as about 10% of a tearing force experimentally measured for the fascia and the Dual Mesh connection made by the Protac tacks, which is equal to 9.05N (see [2]). …”
Section: Mathematical Model Of the Fascia-implant Systemmentioning
Ventral hernia repair is nowadays a well recognized matter in surgery and advanced techniques of operating are developed. However, mechanical properties of the system after an operation are not known so recurrences of the illness happen. The paper describes a simple mathematical model of a human fascia-synthetic implant system. The synthetic mesh is modeled by a cable structure and its elastic supports simulate the human fascia. The junction force in the fascia-implant system is sought. A relation of the force change to variations of some parameters of the system is also studied by applying a sensitivity analysis. The authors conclude that a crucial role for the junction force and a patient's comfort plays the implant's elasticity modulus and initial tension of the mesh is the least important factor.
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