Various energy sources are available for tissue dissection and vessel sealing in laparoscopic colorectal surgery. The electrothermal bipolar vessel sealing system (EBVS) and ultrasonic energy (UE) devices are widely used to provide hemostatic dissection in laparoscopic procedures. Nevertheless, available evidenced-based data comparing their operative results still are scarce. This study conducted a metaanalysis of controlled clinical trials comparing EBVS and UE in terms of operative time and intraoperative blood losses in laparoscopic colorectal surgery
Objective: To assess the safety, efficacy and cost-effectiveness of ultrasonic dissection (USD) comp...
Background: Ultrasonic surgical devices have been demonstrated to provide excellent hemostasis, effi...
BACKGROUND AND OBJECTIVES: To compare resection time and collateral thermal damage of 3 currently av...
Various energy sources are available for tissue dissection and vessel sealing in laparoscopic colore...
The THUNDERBEAT™ (TB) is a recently developed energy-based device. To date, there are no clinical st...
The introduction of newer vessel sealing systems has revolutionized techniques of hemostasis during ...
Background The aim of this study was to compare energy devices used for intraoperative hemostasis du...
Abstract Background Efficient hemostatic techniques are essential in laparoscopic surgery for ideal ...
Background: The limitations and hazards of monopolar electrosurgical instruments in laparoscopic sur...
AbstractObjective(s)The ultrasonic advanced energy study device (AH device) is the first surgical de...
Advanced urologic procedures necessitate new technologies for dissection and vascular control. The a...
OBJECTIVE(S): The ultrasonic advanced energy study device (AH device) is the first surgical device i...
Background: Ultrasonic and electrosurgical energy dissectors are main dissecting devices widely used...
Importance: A range of energy sources are used in gynecologic laparoscopy. These energy sources incl...
AbstractObjectivesIn laparoscopic liver resection, multiple options for parenchymal transection tech...
Objective: To assess the safety, efficacy and cost-effectiveness of ultrasonic dissection (USD) comp...
Background: Ultrasonic surgical devices have been demonstrated to provide excellent hemostasis, effi...
BACKGROUND AND OBJECTIVES: To compare resection time and collateral thermal damage of 3 currently av...
Various energy sources are available for tissue dissection and vessel sealing in laparoscopic colore...
The THUNDERBEAT™ (TB) is a recently developed energy-based device. To date, there are no clinical st...
The introduction of newer vessel sealing systems has revolutionized techniques of hemostasis during ...
Background The aim of this study was to compare energy devices used for intraoperative hemostasis du...
Abstract Background Efficient hemostatic techniques are essential in laparoscopic surgery for ideal ...
Background: The limitations and hazards of monopolar electrosurgical instruments in laparoscopic sur...
AbstractObjective(s)The ultrasonic advanced energy study device (AH device) is the first surgical de...
Advanced urologic procedures necessitate new technologies for dissection and vascular control. The a...
OBJECTIVE(S): The ultrasonic advanced energy study device (AH device) is the first surgical device i...
Background: Ultrasonic and electrosurgical energy dissectors are main dissecting devices widely used...
Importance: A range of energy sources are used in gynecologic laparoscopy. These energy sources incl...
AbstractObjectivesIn laparoscopic liver resection, multiple options for parenchymal transection tech...
Objective: To assess the safety, efficacy and cost-effectiveness of ultrasonic dissection (USD) comp...
Background: Ultrasonic surgical devices have been demonstrated to provide excellent hemostasis, effi...
BACKGROUND AND OBJECTIVES: To compare resection time and collateral thermal damage of 3 currently av...