Development and Innovation of Modern Microvascular Anastomoses

High-quality microvascular anastomosis is the foundation of successful microsurgery and one of the most important basic skills for microsurgeons. The traditional manual suture is recognized as the “gold standard” for microvascular anastomosis, but it still has problems such as long operation time and easy to cause vascular damage. In order to improve the success rate of microvascular anastomosis, reduce surgical complications and make the prognosis of patients better. In order to improve the success rate of microvascular anastomosis and reduce the surgical complications, scholars at home and abroad have developed some new vascular anastomosis techniques that are simple, fast and minimally invasive while improving the traditional surgical suturing methods. In this paper, we review the microvascular anastomosis, and its application research in two methods of traditional hand suture and non-suture anastomosis, in order to promote the application development of microvascular anastomosis.

The value of abnormal muscle response monitoring during microvascular decomprssion surgery for hemifacial spasm

Objective Abnormal muscle response (AMR) to the electrical stimulation of a branch of facial nerve is a specific electrophysiological feature of primary hemifacial spasm (HFS) . Although the correlation between intraoperative AMR findings and postoperative results in patients with HFS were investigated before,

Penile revascularization--contemporary update

Contemporary therapies for erectile dysfunction are generally targeted towards older men and universally engage pharmacological and/ or device related treatment options. Penile revascularization, using microvascular arterial bypass surgical techniques, is a non-pharmacological, non-device-related, and reconstructive surgical strategy for men with erectile dysfunction that was first described by Dr Vaclav Michal in 1973.

Use of the O-Z flap as an alternative to free tissue transfer for reconstruction of large scalp defects

Objective:The reconstruction of large scalp defects poses both functional and cosmetic challenges.While free tissue transfer remains the standard for defects larger than 30 cm^(2),prolonged anesthesia and postoperative complications remain significant limitations.The purpose of this study is to evaluate the use of O-Z flaps for the reconstruction of large scalp defects and to describe the techniques employed.Methods:This is a retrospective analysis of ten patients who underwent reconstructive surgery using an O-Z flap approach for large scalp defects between July 2017 and June 2019.The parameters included in this study were patient demographics,tumor characteristics,and postoperative management,collected for at least a year after surgery.Results:In this cohort,the mean age was 76.1 years and 90%were male.All patients were treated for neoplastic skin lesions,with 70%located on the vertex and 30%located on the temporoparietal region.The mean size of defect was 52.0 cm^(2)(range:38.6 to 63.8 cm^(2)).The maximum hospital stay was two days,and no patients were readmitted within 30 days of surgery.There were no cases of wound infection or flap necrosis.All patients reported pain control with acetaminophen and ibuprofen.Four patients received adjuvant radiation,and there was no delay to receiving treatment following surgery.Conclusions:The O-Z flap is a reliable alternative for the reconstruction of non-irradiated scalp defects in the vertex and temporoparietal regions up to 63 cm^(2).This technique provides advantages for patients,including hairline preservation,shorter hospital stays,and decreased postoperative complications.