Several plastic-insulated instruments (unipolar, standard and modified parallel bipolar instruments) were developed and tested in comparison with standard metal instruments. Thermal modification and damage were evaluated with histological sections, in either animal or human tissue. Different patterns of tissue coagulation were recorded depending on the instrument used. With the modified parallel bipolar forceps, coupling one plastic and one metal insert allowed the possibility of achieving different degrees of coagulation on the same tissue at the same power. Possible explanations for the modified electrical behaviour are given
Importance: During monopolar electrosurgery in patients, current paths can be influenced by metal im...
This research studies the impact of compression on the electrical impedance of soft tissue. Soft ti...
Losing a lot of blood during surgery using a conventional scalpel is something that is highly avoide...
Background: We created a new 5-mm bipolar forceps. Thermo-insulating plastic was used for the creati...
Accidental thermal injuries are infrequent, nonetheless, dangerous complications in laparoscopic sur...
Background: The limitations and hazards of monopolar electrosurgical instruments in laparoscopic sur...
Relatively few, and inconsistent, data are available in the literature about the properties of EnSea...
Introduction: Accidental thermal injuries are infrequent, nonetheless, dangerous complications in la...
Hemostasis is a fundamental principle of surgery for which electrocoagulation is universally used. B...
Cautery is a process to coagulate tissues and seal blood vessels using heat. In this study, finite e...
The study is used to understand the working procedure of the Olympus PSD-30 Electrosurgical Unit whi...
Bipolar vessel sealing and electrosurgery in general is pivotal in surgical and especially minimally...
Background. According to the literature data, there are no comparative characteristics of morphologi...
The aim of this study compares to the increase in tissue temperature and the thermal histological ef...
This dissertation analyzes how the bipolar electrosurgical vessel sealing process is affected by cha...
Importance: During monopolar electrosurgery in patients, current paths can be influenced by metal im...
This research studies the impact of compression on the electrical impedance of soft tissue. Soft ti...
Losing a lot of blood during surgery using a conventional scalpel is something that is highly avoide...
Background: We created a new 5-mm bipolar forceps. Thermo-insulating plastic was used for the creati...
Accidental thermal injuries are infrequent, nonetheless, dangerous complications in laparoscopic sur...
Background: The limitations and hazards of monopolar electrosurgical instruments in laparoscopic sur...
Relatively few, and inconsistent, data are available in the literature about the properties of EnSea...
Introduction: Accidental thermal injuries are infrequent, nonetheless, dangerous complications in la...
Hemostasis is a fundamental principle of surgery for which electrocoagulation is universally used. B...
Cautery is a process to coagulate tissues and seal blood vessels using heat. In this study, finite e...
The study is used to understand the working procedure of the Olympus PSD-30 Electrosurgical Unit whi...
Bipolar vessel sealing and electrosurgery in general is pivotal in surgical and especially minimally...
Background. According to the literature data, there are no comparative characteristics of morphologi...
The aim of this study compares to the increase in tissue temperature and the thermal histological ef...
This dissertation analyzes how the bipolar electrosurgical vessel sealing process is affected by cha...
Importance: During monopolar electrosurgery in patients, current paths can be influenced by metal im...
This research studies the impact of compression on the electrical impedance of soft tissue. Soft ti...
Losing a lot of blood during surgery using a conventional scalpel is something that is highly avoide...