Patients are occasionally unhappy with the size, shape, and positioning of breast implants. An option to improve their satisfaction with breast augmentation includes directly involving them in the process with awake surgery done under nerve block and tumescence. This study describes the resultsof using such an awake anaesthesia technique in 35 patients. After the intercostal nerves dominating the Th3 to Th6 regions were anaesthetized using 0.5% bupivacaine, a tumescent solution consisting of lidocaine, epinephrine, and saline was injected around the mammary gland, and breast augmentation was conducted using silicon implants. The majority of patients (31/35) reported no pain during the procedure and all patients were able to choose and confirm their final implant size and positioning. In all cases, blood loss was less than 10 ml. No patient experienced pneumothorax or toxicity of local anaesthetics. Combined usage of the intercostal nerve block and tumescent anaesthesia effectively reduces pain during breast augmentation. Keeping patient conscious enables meeting their requests during operation, contributing to increased satisfaction. For these advantages, combined usage of the intercostal nerve block and tumescent anaesthesia is recommended as a useful anaesthetic technique for breast augmentation.

Three kinds of free fasciocutaneous flap from the posterior calf region have been described in the literature: the medial sural perforator flap, the lateral sural perforator flap, and the traditional posterior calf fasciocutaneous flap that is supplied by superficial cutaneous vessels. Moreover, it has been reported that superficial cutaneous vessels are of a suitable size for microanastomosis when deep musculocutaneous perforators are absent or relatively tiny. To establish a safe technique for free fasciocutaneous flap elevation from the posterior calf region, we examined the number and location of the musculocutaneous perforators and the size of superficial cutaneous vessels at their origin from the popliteal artery in six formalinized cadavers. We found that all legs had at least one perforator either from the medial sural artery or the lateral sural artery. By contrast, we failed to find superficial cutaneous vessels of suitable size for microanastomosis in three legs, and there was no significant inverse relationship between the diameter of the superficial cutaneous artery and the number of musculocutaneous perforators. Our results suggest that the medial sural perforator flap and the lateral sural perforator flap might be the surgeon's first and second choice, respectively. The traditional posterior calf fasciocutaneous flap should be the third choice because our study suggests that its availability is doubtful. Another site is recommended, when preoperative Doppler study suggests that the existence of musculocutaneous perforator is in doubt. Two clinical cases, with a medial sural perforator flap and a lateral sural perforator flap, respectively, are presented.

The use of an ocular prosthesis often helps to minimize the psychological problems associated with eye loss. Unfortunately, the anophthalmic socket sometimes contracts in patient's long life time. To solve this problem, an anophthalmic socket reconstruction is indicated and the reconstruction requires creating a cavity of the appropriate size and shape for retaining an ocular prosthesis. In a reconstruction surgery, to expand the contracted anophthalmic socket, an ocular conformer is commonly employed with a free skin graft. To create an anophthalmic socket cavity appropriate for an ocular prosthesis, we used a ready-made ocular prosthesis as the ocular conformer with a free skin graft. We believe that this method is optimal for creating the required hemispherical shell shape cavity in the anophthalmic socket in order to wear an ocular prosthesis successfully.

We developed a novel transposition technique for the correction of an asymmetric nipple-areola complex (NAC) due to breast mound reconstruction after a nipple-sparing mastectomy. The technique was composed of a rotation flap and an advancement flap. In this study, we describe a case of a 35-year-old woman with a malpositioned NAC located at the upper lateral position with a vertical scar in the lateral area of the breast treated by this technique, with a follow-up period of 12 years. In this case, established techniques were difficult to apply as there were thin underlying subcutaneous tissue and scars near the NAC. This technique may be useful in such a case and is an additional option in the correction of a malpositioned NAC from the upper lateral position to the ideal position on a breast mound.

The new technique allows nipple-sharing to be applied while preserving the anatomic structure of the donor nipple for breastfeeding.