Postoperative complications in patients undergoing autologous breast reconstruction should be kept at the lowest possible level. Optimization of autologous breast reconstruction, especially techniques that can identify tissue perfusion and ischemia, will greatly benefit the patients and consequently society. Hence, the aim of this study was to evaluate the complication rates for autologous pedicle flap breast reconstructions, with and without the use of ICG-angiography. A single-institution retrospective review of mastectomy patients was performed. A total of 230 cases who underwent immediate or delayed, unilateral or bilateral pedicle autologous flap breast reconstruction between January 2013 and September 2016 was reviewed. Complication rates in the ICG-angiography and clinical assessment group were evaluated and compared. A total of 191 cases were identified of which 77 were evaluated with ICG-angiography, and 114 were evaluated clinically. There was no significant difference in overall complication rates between the two groups (ICG-angiography, 36.4%; Clinical assessment, 37.7%; p = .88). No significant difference was observed when stratifying for major or minor complications. However, when stratifying for the timing of the reconstruction, the rate of major complications was significantly lower in the ICG-angiography group (ICG-angiography, 0%; Clinical assessment 23.3%; p = .039). BMI was significantly associated with increased risk of minor complications (p = .018), whereas there was no correlation to age, prior smoking, chemotherapy, radiation, diabetes, or hypertension. Our study found that use of ICG-angiography was associated with a significant decrease in the rate of major complications for immediate autologous reconstructions.

The use of skin-sparing mastectomy (SSM) with immediate reconstruction is preferred, as it has cosmetic and psychological advantages, and comprises one operation. We retrospectively reviewed the complication rate after SSM and immediate reconstruction with implants in 141 consecutive patients with 208 reconstructions. Risk factors were related to both patients and the procedure. The overall morbidity was 42/208 (20%) with one or more minor or major complications including epidermolysis, skin necrosis, or infection. The overall explantation rate was 26/208 (13%). Smoking was a significant risk factor for infection and explantation, and tended to increase risk of necrosis (p = 0.05). Preoperative radiation did not increase the risk of explantation. Age above the median of 44 (range 25–67) years implied a significantly increased risk of epidermolysis, infection, and explantation. Women who had a one-stage procedure with implantation of fixed-sized implant experienced explantation four times more often than women who had a two-stage procedure with tissue expander (p = 0.001). In conclusion, SSM with immediate reconstruction yields a low complication rate when patients are carefully selected. SSM with immediate reconstruction should be done for younger women who have had no previous radiation. Patients should stop smoking to ensure optimal outcome.

Purpose: The latissimus dorsi flap (LDF) is a very reliable flap and may be used for a multitude of reconstructive purposes. It is widely used for breast reconstruction when performed. It has few complications, except for a possible impact on shoulder function. The aims of this study were to evaluate the validity of the literature by investigating the level of evidence and to perform a meta-analysis.Methods: A systematic literature search was conducted using the databases PubMed, Scopus, and Web of Science. Predictor variables were shoulder function after breast reconstruction with the LDF. Articles were chosen according to 4 different outcomes: shoulder range of motion (ROM), shoulder strength, DASH score, and subjective evaluation.Results: Twenty-six articles were found, including 1045 patients: 8 level II, 16 level III, 1 level IV, and 1 level V articles. The meta-analysis showed that both ROMs for flexion and abduction are significantly impaired at less than or at 3 months of follow-up.Conclusions: There are several influencing factors, such as age, smoking, obesity, radiotherapy, and physiotherapy. Moreover, the impact on shoulder function seemed influenced by the type of thoracodorsal vessel–based flap. From the level of evidence analysis, there is a tendency that the LDF transfer does affect shoulder function. This limitation seems to be minimal, and few patients experience a major impact on shoulder function. However, the existing literature on total shoulder impairment after breast reconstruction with LDF is insufficient to draw any final conclusion. There is a need for future studies and current articles that suggest that the initial measurement should be performed preoperatively (preferably at the time of diagnosis or initial biopsy) and follow-ups with measurements at 6, 12, and 24 months (long-term effect) after surgery. We recommend measurements of both operated and nonoperated sides. Each measurement should be accompanied by a history with special emphasis on shoulder function. The methods of measuring outcomes of recommendation are DASH score, ROM with use of a goniometer preferably by a physiotherapist or a health care professional trained by a physiotherapist, and strength measured by, for example, a handheld dynamometer.

Objective: Necrosis in implant-based immediate breast reconstruction is a feared complication. Accurate evaluation of mastectomy skin flaps per-operatively is necessary to decrease this risk. The present study is the first in Scandinavia to review the effects of perioperative evaluation with laser-assisted indocyanine green fluorescence angiography (LA-ICGA). Method: A retrospective review was performed using data from the electronic patient record at the Department of Plastic and Breast Surgery at Aarhus University Hospital in Denmark on all patients who underwent implant-based skin-sparing immediate breast reconstruction with ADM in the time period March 2012 to October 2015. A total of 92 patients undergoing 128 breasts reconstructions were included in the study. An evaluation of complications before and after the implementation of LA-ICGA was performed. Results: No significant difference in necrosis rates requiring surgical revision (p = .411) or conservative treatment (p = .149) in patients undergoing implant-based immediate breast reconstruction were found. Conclusion: Our results differ from previously published studies in that no beneficial effect on necrosis rates of was found after implementing LA-ICGA, possibly due to our limited sample size.

The present study aimed to compare the clinical outcome for patients with or without muscle flap reconstruction after deep sternal wound infection due to open-heart surgery. The study was a retrospective cohort study, including patients who developed deep sternal wound infection after open-heart surgery in the Western Denmark Region from 1999 to 2011. Journals of included patients were reviewed for clinical data regarding the treatment of their sternal defect. Patients were divided into two groups depending on whether they received a muscle-flap-based sternal reconstruction or traditional rewiring of the sternum. A total of 130 patients developed deep sternal wound infection in the study period. In all, 12 patients died before being discharged, leaving a total of 118 patients for analysis. Of these, 50 (42%) patients received muscle flap reconstruction. Muscle flap recipients had significantly longer total hospital stays (p <0.001). However, after receiving muscle flap reconstruction, patients were discharged after a median of 14 days, with 74% not needing additional surgery. It is difficult to predict which patients eventually require muscle flap reconstruction after deep sternal wound infection. Although patients receiving muscle flap reconstructions have longer hospital stays, they are quickly discharged after the reconstruction.