An analysis of the cosmetic surgery experience acquired through UK plastic surgery training.

AIMS: Cosmetic surgery is an essential component of Plastic Surgery training. Our study demonstrates the average cosmetic surgery experience of UK Plastic Surgery registrars over their 6-year training scheme. Comparison is made with the operative requirements for the Certificate of Completion of Training (CCT) and the Royal College of Surgeons (RCS) Cosmetic Certification scheme. METHODS: By using the web-based eLogbook, we analysed all the cosmetic surgery operations recorded by Plastic Surgery registrars during their specialist training. The weighted mean average number of procedures was calculated for different areas of cosmetic surgery practice, according to the level of supervision. The number of RCS cosmetic credits acquired for eight domains of cosmetic surgery was calculated, thus enabling comparison with the operative requirements for certification. RESULTS: eLogbook data were collated for 454 registrars from 2010 to 2016 inclusive. Trainees participated in a mean of 122 cosmetic operations during their training (50% as an assistant), which satisfies the requirement of 100 procedures for CCT. The majority of trainee involvement (66%) was with cosmetic breast and body contouring cases. Comparison with the criteria for cosmetic certification reveals that on average, trainees could certify in cosmetic breast and body contouring surgery but would be unable to accredit in other areas of practice. CONCLUSIONS: Current UK training affords sufficient cosmetic surgery exposure for CCT but offers a limited breadth of exposure. Trainees who wish to certify in cosmetic surgery of the head and neck region will likely be required to seek additional experience outside their deanery training programme.

Gluteal fold flaps for perineal reconstruction.

Defects of the perineum are created during ablative procedures for gynaecological, urological and colorectal malignancies. The gluteal fold flap is a reliable means of reconstructing these defects. We retrospectively reviewed case notes of gluteal fold flaps performed for perineal reconstruction over four years (2007-2010) in our institution. 77 perineal defects were reconstructed using unilateral or bilateral gluteal fold flaps (127 flaps in total). 50% of all patients are discharged before 11 days, and 90% were discharged within one month. Mean time to discharge was 13.2 days. 70% of all patients were completely healed at 2 months, and 85% completely healed at three months. Pre-operative radiotherapy was found to have a prolonging effect on the time to discharge (P<0.05) but did not reach statistical significance when considering the eventual time to healing. The number of co-morbidities that each patient had at the time of surgery had a prolonging effect on both time to discharge and time to healing (P<0.03). The type of resected areas that required reconstruction did not have a statistically significant effect on the time to discharge, but defects where the anus had been resected did eventually take longer to heal than those were the anus was not resected (P<0.01). 124 flaps were successful (97.6%) with total or partial flap loss occurring in three. Complications were seen in 34 of the 77 patients (44%), with simple wound breakdown resulting in delayed healing seen most frequently (30%). The gluteal fold fasciocutaneous flap is a versatile option for reconstructing a wide range of pelvic and perineal defects. Patients with multiple co-morbidities, cases with radiotherapy and instances where the anus has been resected are more likely to experience longer healing times. We present our algorithm for management for perineal defects after tumour resection.

Free tissue transfers in the first 2 years of life--a successful cost effective and humane option.

Experience shows that young children are favourable candidates for microsurgical reconstruction, having few of the established risk factors for flap failure. In children's reconstructive surgery free tissue transfer (FTT) permits reconstruction whilst retaining growth potential, and reduces the overall number and duration of care episodes, and their related distress to the child and family. We present one centre's experience of free tissue transfer in children less than 2 years of age, over a 15-year period, demonstrating that free tissue transfer can be successfully employed in children under 2 years old. Salient aspects of patient selection, pre-operative counselling, and per-operative management are presented. Data from all free flaps in children under 2 years of age at the time of surgery were collected prospectively. Forty-seven flaps were performed as 37 separate procedures, in 32 children under 2 years of age. In ten patients, double transfers were performed in single procedures. Free tissue transfers were performed for reconstruction of congenital defects, following trauma and meningococcal septicaemia. All but one flap survived. In our series operative and ischaemia times, re-exploration, complication and flap failure rates were not higher than in comparable adult or older paediatric series from this unit, suggesting that there is no microvascular, or other, factor inherent to the infant that should preclude the use of free tissue transfer. Individual microsurgeons with appropriate facilities should not be inhibited from performing free tissue transfers which are humane and cost effective when compared with alternatives for very young children.

Long term study into surgical re-exploration of the 'free flap in difficulty'.

BACKGROUND: Free tissue transfers must survive in order to achieve their surgical goals. There is little consensus about managing the 'failing' free flap, and practice is often guided by anecdote. MATERIAL AND METHODS: We have prospectively collected data about all free flaps performed within our department between 1985 and 2008 (2569 flaps). We identified 327 flaps which were re-explored a total of 369 times. We analysed these flaps with regard to indication for re-exploration, operative findings and outcome. RESULTS: Thirteen percent (327) of free flaps were re-explored. Of these, 291 (83%) had a successful outcome. Successful re-explorations took place at a mean 19h post-op and unsuccessful re-explorations at a mean 56h post-op. Clinical diagnosis prior to re-exploration was confirmed operatively in 91% of cases. CONCLUSION: We have considered the factors that allowed us to achieve the salvage rates described over a prolonged period, and identified two key areas. Firstly, we favour a model for free flap monitoring with clinical judgement at its core. Secondly, we feel the facility to recover patients post-operatively in a specialised, warmed environment, and return them to theatre quickly should the need arise, is essential. These two simple, yet institutionally determined factors are vital for maintaining excellent success rates.

Role of information leaflets in improving the practice of informed consent for patients undergoing septoplasty.

AIM: To evaluate the effectiveness of an information leaflet in improving patient understanding of the procedure and complications of septoplasty. DESIGN: The baseline knowledge of a group of patients who had attended a pre-assessment clinic prior to septoplasty was assessed. The procedure and its complications were then verbally explained. The patients' knowledge was then re-assessed on the morning of surgery and any improvements noted. In the second arm of the study, an information leaflet was introduced at the time of verbal instruction and any differences in improvement in knowledge were assessed. RESULTS: Data from the two groups were analysed using an analysis of covariance with differences in baseline (pre-instruction) knowledge controlled. Additional improvements in mean recall score following leaflet distribution were highly statistically significant when compared with mean recall in the control group (p<0.001). CONCLUSION: The use of information leaflets increases patients' knowledge about a surgical procedure and its potential complications.