Background Advanced bipolar radiofrequency (RF) energy-based devices are increasingly
used for non-vascular tissue sealing, transection and anastomosis. Although the potential to …

The success rate of the electrosurgical high-frequency electric field welding technique lies in
reasonable control of the welding time. However, the final impedance value used to control …

This study explores UV light induced fluorescence from blood vessels for indicating
successful infrared laser sealing of vascular tissues. A light emitting diode (LED) with center …

Background: Tissue welding is an electrosurgical technique that can fuse tissue for small
intestine anastomosis. However, limited knowledge exists on its application in mucosa …

Objectives High‐power infrared lasers are capable of sealing blood vessels during surgery.
A real‐time diagnostic feedback system utilizing diffuse optical transmission is characterized …

Bipolar radiofrequency-induced thermo-fusion has been explored as an advanced surgical
method for intestinal anastomoses; however, the histological characteristics of collagen …

Introduction Radiofrequency (RF)-induced tissue fusion shows great potential in sealing
intestinal tissue without foreign materials. To improve the performance of RF-induced tissue …

Well-ordered Au-nanorod arrays were fabricated using the focused ion beam method
(denoted as fib Au_NR). Au or Ag nanoclusters (NCs) of various sizes and dimensions were …

Background The use of high-frequency electric welding technology for intestinal end-to-end
anastomosis holds significant promise. Past studies have focused on in vitro, and the safety …

Introduction For decades, radiofrequency (RF)-induced tissue fusion has garnered great
attention due to its potential to replace sutures and staples for anastomosis of tissue …