Sutureless venous microanastomosis using thermosensitive poloxamer and cyanoacrylate: experimental study on a rat model.

Introduction: Sutureless microvascular anastomoses could simplify the microvascular field, shortening operative time and improving the final outcome. The use of thermosensitive poloxamers (TP407) together with the application of cyanoacrylate as an alternative method for conventional sutures was well-documented for arteries, but not for veins. The purpose of our study was to prove the feasibility of this technique for venous anastomoses and compare it with the traditional hand-sewn technique on a rat model.

[Patient counseling in case of postoperative complication leading to emergency reintervention in plastic surgery. What is the current situation? How to improve? Retrospective study of counseling modalities and traceability in a series of 16 patients who needed emergency reintervention within a cohort of 402 patients].

Aim: Preoperative counseling is structured and well defined. Nevertheless, in the event of a complication leading to a new emergency surgical procedure, counseling is not well defined. We conducted a retrospective study of information delivered in this situation at our institution.

Supermicrosurgery and hyaluronic acid: experimental feasability study of a new method.

Introduction: As a technique of anastomosis for vessels of less than 0.8mm in diameter, supermicrosurgery has aroused renewed interest on account of its potential clinical applications. The technical difficulty of surgery at such a small scale necessitates exploration of new methods likely to render the anastomoses accessible and reliable.

Super-microdissected local flaps for the coverage of temporal defects.

Introduction: Skin graft is still a method of choice for the coverage of temporal defects. But there are some disadvantages like a "patch" appearance, the need of dressing or longer healing time. Numbers of local flaps have been described for closing skin defects on temporal region.

Management of the perineal wound after abdominoperineal resection.

Although many options are available for the management of perineal wounds after abdominoperineal resection, ranging from direct closure to flap reconstruction, treatment remains challenging. A better understanding of the aims, drawbacks and progress in perineal wound management after abdominoperineal rectal resection can help the surgeon make better choices for each patient, but it is very difficult to propose a single, optimal, evidence-based procedure for the management of pelvic exenteration. Recent progress provided by the extralevator abdominoperineal resection technique and perforator flap concepts have changed our conception of reconstruction leading to the different technical options highlighted in this review.