The study objective was to determine whether surgeons and emergency medicine physicians (EMPs) have differing opinions on trauma residency training and trauma management in clinical practice.
A survey was mailed to 250 EMPs and 250 surgeons randomly selected.
Fifty percent of surgeons perceived that surgery exclusively managed trauma compared to 27% of EMPs. Surgeons were more likely to feel that only surgeons should manage trauma on presentation to the ED. However, only 60% of surgeons currently felt comfortable with caring for the trauma patient, compared to 84% of EMPs. Compared to EMPs, surgeons are less likely to feel that EMPs can initially manage the trauma patient (71% of surgeons vs. 92% of EMPs).
EMPs are comfortable managing trauma while many surgeons do not feel comfortable with the complex trauma patient although the majority of surgeons responded that surgeons should manage the trauma.
The specialties dealing with emergency medicine and emergency surgery are in need for a new roadmap. While the medical and surgical management of emergency conditions very often go hand-in-hand, issues relating to emergency and trauma surgery have particular concerns, which are global in magnitude. Obviously, choosing a career dealing (solely) with emergencies and trauma is associated with concerns related to lifestyle issues and, for surgeons, maintenance of adequate operative experience with the increased non-operative management. Also, dealing with patients' whose outcome may be dismal with high associated morbidity and mortality is often not viewed as rewarding. The global flux of medical students away from general surgical training and trauma surgery in particular is an example of how recruitment to specialties dealing with uncomfortable, unpredictable, and "out-of-office-hours" work may be in dire straits. How surgeons around the world will deal with this challenge will likely be diverse and tailored according to the needs of any given region, be it North America, Europe, or Scandinavia. However, refurnishing the training in General Surgery in order to ensure proper care for acute surgical illness and trauma appears mandated in order to keep in line with the centennial words of Halstead that "every important hospital should have on its resident staff of surgeons at least one who is well and able to deal with any emergency that may arise".
Advanced trauma life support (ATLS) has become a desirable or even essential part of training for many surgeons and anaesthetists, but aspects of the ATLS course have attracted criticism. In the absence of published data on the views of trainees, this study sought their opinions in a structured questionnaire, which was completed by trainees in accident and emergency (A & E) (26), anaesthetic (82), general surgical (26), orthopaedic (42) and other (5) posts in different hospitals (response rate 66%). Of the trainees, 78% had done an ATLS course and, of these, 83% considered ATLS a 'major advantage' or 'essential' for practising their proposed specialty--100% for A & E, 94% for orthopaedics, 92% for general surgery, and 75% for anaesthetics. ATLS was considered a major curriculum vitae (CV) advantage by 94%, 85%, 50%, and 45%, respectively. Over 90% had positive attitudes towards ATLS, and 74% selected 'genuine improvement of management of trauma patients' as the most important reason for doing the course: 93% thought ATLS saved lives. Of the respondents, 83% thought that all existing consultants dealing with trauma patients should have done the course, and 41% thought it offered major advantages to doctors not involved in trauma. Funding problems for ATLS courses had been experienced by 14% trainees. This survey has shown that most trainees view ATLS positively. They believe that it provides genuine practical benefit for patients, and very few regard ATLS primarily as a career advantage or mandate.
We determined the compliance rates of orthopaedic trauma team members in applying universal precautions in major trauma resuscitation scenarios and the availability of universal precautions in accident and emergency (A&E) departments throughout England.
MATERIALS AND METHODS
A national telephone survey was implemented contacting the first on-call orthopaedic surgeon and A&E departments in hospital trusts accepting major trauma throughout England. A questionnaire was employed to ascertain current practice, experience and availability of universal precautions when managing a major trauma patient.
Overall, 112 first on-call orthopaedic surgeons and 99 A&E departments responded. There was good compliance for using gloves (99%) and aprons (86%). There was poor compliance in using eye protectors (21%), face masks (18%), shoe covers (4%) and head caps (4%). Trainees applied universal precautions according to the level of risk they subjectively perceived. All A&E departments had gloves and aprons but the availability of the other universal precautions was less. Of trainees, 76 reported that all universal precautions were not readily available in the A&E department.
Orthopaedic trauma team members are very compliant in using gloves and aprons, but should be more compliant in using eye protectors. It is questionable whether face masks, head caps and shoe covers need to be used in all trauma scenarios. In general, universal precautions should be more available in the A&E departments. There should be better communication between A&E departments and the trauma team regarding the availability of universal precautions.
Orthopaedic trainees; Universal precautions; Blood-borne infections; Trauma scenario; ATLS®
The consequence of the low rate of penetrating injuries in Europe and the increase in non-operative management of blunt trauma is a decrease in surgeons' confidence in managing traumatic injuries has led to the need for new didactic tools. The aim of this retrospective study was to present the Corso di Chirurgia del Politrauma (Trauma Surgery Course), developed as a model for teaching operative trauma techniques, and assess its efficacy.
the two-day course consisted of theoretical lectures and practical experience on large-sized swine. Data of the first 126 participants were collected and analyzed.
All of the 126 general surgeons who had participated in the course judged it to be an efficient model to improve knowledge about the surgical treatment of trauma.
A two-day course, focusing on trauma surgery, with lectures and life-like operation situations, represents a model for simulated training and can be useful to improve surgeons' confidence in managing trauma patients. Cooperation between organizers of similar initiatives would be beneficial and could lead to standardizing and improving such courses.
Orthopaedic surgery requires a high degree of technical skill. Current orthopaedic surgical education is based largely on an apprenticeship model. In addition to mounting evidence of the value of simulation, recent mandated requirements will undoubtedly lead to increased emphasis on surgical skills and simulation training. The University of Iowa’s Department of Orthopaedic Surgery has created and implemented a month long surgical skills training program for PGY-1 residents. The goal of the program was to improve the basic surgical skills of six PGY-1 orthopaedic surgery residents and prepare them for future operative experiences. A modular curriculum was created by members of the orthopaedic faculty which encompassed basic skills felt to be important to the general orthopaedic surgeon. For each module multiple assessment techniques were utilized to provide constructive critique, identify errors and enhance the performance intensity of trainees. Based on feedback and debriefing surveys, the resident trainees were unanimously satisfied with the content of the surgical skills month, and felt it should remain a permanent part of our educational program. This manuscript will describe the development of the curriculum, the execution of the actual skills sessions and analysis of feedback from the residents and share valuable lessons learned and insights for future skills programs.
Objectives: Diagnostic peritoneal lavage (DPL) is used to detect intraperitoneal bleeding in patients sustaining blunt and penetrating abdominal trauma. The procedure should be performed by an experienced general surgeon, and the fluid obtained analysed by haematology technicians. Current Advanced Trauma Life Support guidelines are very clear on what constitutes a positive result, mandating laparotomy. The aim of this work was to assess whether DPL could actually be performed in practice.
Methods: A telephone survey was performed of a random selection of haematology technicians in 40 major trauma units in the UK, to assess whether they could actually analyse a DPL sample if it were sent to them. This was performed both during the day, and "out of hours". Secondly the experience of performing DPL was determined among 1797 general surgical trainees and consultants, by means of a questionnaire.
Results: Between 9 am and 5 pm 29 of 40 haematology technicians questioned were able to analyse a sample of DPL fluid. This compared with a figure of 9 of 40 when the questionnaire was administered "out of hours". A total of 854 (48%) questionnaires were received from surgical trainees and consultants. Approximately 60% of those questioned had performed less than 10 DPLs throughout the whole of their careers.
Discussion: These results suggest that UK surgeons have little experience in performing DPL, and even if they do it is unlikely that any haematology departments will be able to analyse the sample, especially if performed after 5 pm. ATLS guidelines should be changed, and this investigation abandoned in favour of abdominal ultrasound.
The aim of this study was to determine if there is a satisfactory cover for interventional radiology and whether vascular surgeons have received sufficient training in endovascular techniques.
MATERIALS AND METHODS
This was an observational study based on questionnaires sent to radiology and vascular trainers and vascular trainees in England. A total of 50 NHS trusts were chosen randomly to take part in the study and 320 questionnaires were sent out with an overall consultant response rate of 57%.
Of vascular consultants in the study group, 53% have had experience in endovascular procedures. Overall, 87% felt that there were not enough radiologists to fulfil the demand and 64% would like further training in endovascular procedures. In addition, 69% would like to be involved in a vascular rota without the general component. Similarly, 81% of radiologists felt that the demand was not being met, as emergency interventional radiology cover was not available on most nights in 65% of the trusts. Of responders, 72% would not object to training of vascular trainees in interventional work and 43% would be happy to be involved in training. Some 33% would accept a vascular trainee for 1 year.
Integrated fellowship in vascular surgery and interventional radiology has been implemented and tested in a number of centres in the US. This approach could be implemented in some of the larger vascular units in the UK.
Training; Endovascular; Radiology; Vascular
It is essential that higher surgical trainees (HSTs) obtain adequate emergency operative experience without compromising patient outcome. The aim of this study was to compare the outcomes of patients operated by HSTs with those operated by consultants and to look at the effect of consultant supervision.
PATIENTS AND METHODS
A retrospective analysis of 362 patients who underwent urgent colorectal surgery was performed. The primary outcome was 30-day mortality. Secondary outcomes were intra-operative and postoperative surgery, specific and systemic complications, and delayed complications.
Comparison of the patients operated by a consultant (n = 190) and a HST (n = 172) as the primary surgeon revealed no significant difference between the two groups for age, gender, ASA status or indication for surgery. There was a difference in the type of procedure performed (left-sided resections: consultants 122/190, HST 91/172; P = 0.050). There was no difference between the two groups for the primary and secondary outcomes. However, HSTs operating unsupervised performed significantly fewer primary anastomoses for left-sided resections (P =0.019) and had more surgery specific complications (P = 0.028) than those supervised by a consultant.
HSTs can perform emergency colorectal surgery with similar outcomes to their consultants, but adequate consultant supervision is vital to achieving these results.
Supervision; Training; Colorectal surgery; Emergency surgery
Advanced Trauma Life Support (ATLS) courses teach a system for the initial assessment and management of trauma patients that aims to optimise initial care and reduce mortality and morbidity, and have been adopted worldwide. This questionnaire survey characterised those who took up this particular educational resource in Scotland during a four year period after its introduction, and analysed how they felt it had affected their clinical competence. Irrespective of their previous level of training and experience, nearly all surgeons and anaesthetists who took this course felt that it had improved their clinical skills and other professional attributes. The significance of these results is discussed in the context of postgraduate surgical and anaesthetic training in Scotland.
Orthopaedic surgical training in Nepal began in 1998, and four major centers now produce between 15 and 20 graduates annually. The duration of the training is four years in one center and three years in the remaining centers. Trainees have adequate trauma exposure. The major challenges include: tailoring training to suit local needs, avoiding the dangers of market driven orthopaedic surgery, adequately emphasizing and implementing time honored methods of closed fracture treatment, and ensuring uniformity of exposure to the various musculoskeletal problems. Training in research methods needs to be implemented more effectively. The evaluation process needs to be more uniform and all training programs need to complement one another and avoid unhealthy competition. Training for nonorthopaedists providing musculoskeletal care is virtually nonexistent in Nepal. Medical graduates have scant exposure to trauma and musculoskeletal diseases during their training. General surgeons provide the majority of trauma care and in the rural areas, health assistants, auxiliary health workers and physiotherapy assistants provide much needed basic services, but all lack formal training. Traditional “bone setters” in Nepal often cater to certain faithful clientele with sprains, minor fractures etc. A large vacuum exists in Nepal for trained nonorthopaedists leading to deficiencies in prehospital care, safe transport and basic, primary emergency care. The great challenges are yet to be addressed.
The American College of Surgeons delineates 108 requirements for level I trauma centers. Some of these requirements include: minimum of 1,200 trauma admissions per year; an average of 35 major trauma patients per surgeon; residency training programs; and 10 peer-reviewed journal submissions every three years. This study examines the variation in services provided among U.S. level I trauma centers.
218 facilities identified as level I trauma centers in 2005 were contacted for participation. 136 centers in 37 states completed the questionnaire. Surveys queried variances in trauma, neurosurgery, plastics, and orthopaedic surgery with regard to type of center, type of accreditation, number and training of participating physicians, number of beds, dedicated OR support (staff/rooms), call pay, and research.
Of the level I centers surveyed, 66% are university-affiliated facilities that employ more surgeons and staffing across trauma and all subspecialties compared to community-based or public centers. However, the community and public centers have more surgeons per capita (44% of the university-affiliated hospitals have six or more trauma surgeons on staff compared to 59% of the community and 70% of the public facilities). University-affiliated centers also provide more in-house subspecialty services (orthopaedic, neurosurgery, and plastics). Thirty-nine percent do not have ACS accreditation and are designated trauma facilities by state or local governments. Only 49% of trauma centers provide on-call pay to trauma surgeons, and these percentages decline for all subspecialties. Dedicated operating rooms and research programs are also lacking among all subspecialties.
Based on our findings, we conclude that there are no homogeneous criteria for being accredited as a level I trauma center. Reliable resources should be offered at any facility that claims a level I trauma designation. We do not know if such diversity of services truly impacts care or how it can be measured; nevertheless, it would be logical to presume that at some point services that fall below a minimum threshold would potentially adversely affect the quality of care. In order to develop appropriate policy to decrease possible disparities, differentiation in services between trauma centers must be further researched and described.
Donor site morbidity, poor graft site integration, and incorrect mechanical performance are all common problems associated with autografts for anterior cruciate ligament (ACL) reconstructions. A tissue-engineered (TE) ligament has the potential to overcome these problems. We produced an online questionnaire relating to tissue engineering of the ACL to obtain input from practising clinicians who currently manage these injuries. 300 British orthopaedic surgeons specialising in knee surgery and soft tissue injury were invited to participate. 86% of surgeons would consider using a TE ACL if it were an option, provided that it showed biological and mechanical success, if it significantly improved the patient satisfaction (63%) or shortened surgical time (62%). 76% felt that using a TE ACL would be more appropriate than a patellar tendon, hamstring, or quadriceps autograft. Overall, most surgeons would be prepared to use a TE ACL if it were an improvement over the current techniques.
Retroperitoneal packing in patients with severe haemorrhage is a cornerstone of modern pelvic fracture management. However, few Danish trauma surgeons have experience with this procedure, and trauma audits show that many hesitate to perform the procedure, indicating a need for hands-on training for this simple and potentially lifesaving procedure.
Materials and methods
During a six-month period, trauma surgeons were taught the retroperitoneal packing procedure using human corpses at the Department of Pathology at Aarhus University Hospital.
The course consisted of a 30 minute long single training session in retroperitoneal packing. Twenty-three sessions were held. Forty-two trauma surgeons (the entire staff at Aarhus Trauma Centre) and ten observers completed the course. Afterwards, all participants felt competent to perform the procedure.
All 42 surgeons at our local trauma organisation learned a simple lifesaving operation within a short time period. In the 12 months following the completion of the course, 11 patients were treated with packing without any hesitation and with success. Damage control surgery with packing was cost-effectively implemented at our centre with great ease and rapidity.
BACKGROUND: Current peri-operative fluid and electrolyte management in the UK may be suboptimal. We assessed the attitudes of consultant surgeons to fluid and electrolyte prescribing and gathered suggestions for improvement in education on the subject. METHODS: A postal questionnaire survey was sent to 1091 Fellows of the Association of Surgeons of Great Britain and Ireland. Of the 730 (67%) replies, 20 were invalid or incomplete, and 710 (65%) questionnaires were analysed. Outcome measures included provision of guidelines and teaching to junior staff on fluid and electrolyte prescribing, appropriateness of fluid management and suggestions to improve standards. RESULTS: Junior staff were given written guidelines in 22% of instances. Only 16% of respondents felt that their preregistration house officers (PRHOs) were adequately trained in the subject before joining the firm; 15% also stated that PRHOs did not receive much training on their firm. 65% felt that fluid balance charts were accurately maintained, nursing shortages being the commonest reason for inaccuracies. Only 30% felt that postoperative patients were receiving appropriate amounts of water, sodium and potassium. Respondents who had been consultants for > 5 years were more likely to prefer erring on the side of under-replacement of fluid than those who were consultants for 5 years (63% versus 47%, P < 0.0005). Suggestions for improvement in education included problem-oriented ward rounds, written guidelines, and discussion of patient scenarios. CONCLUSIONS: Consultant surgeons feel that present practice in peri-operative fluid management is unsatisfactory. Higher standards within clinical governance and risk management may be achieved by focused practical training combined with formal written guidelines.
Preparing surgeons for clinical practice is a challenging task for postgraduate training programs across Canada. The purpose of this study was to examine whether a single surgeon entering practice was adequately prepared by comparing the type and volume of surgical procedures experienced in the last 3 years of training with that in the first year of clinical practice.
During the last 3 years of general surgery training, I logged all procedures. In practice, the Medical Services Plan (MSP) of British Columbia tracks all procedures. Using MSP remittance reports, I compiled the procedures performed in my first year of practice. I totaled the number of procedures and broke them down into categories (general, colorectal, laparoscopic, endoscopic, hepatobiliary, oncologic, pediatric, thoracic, vascular and other). I then compared residency training with community practice.
I logged a total of 1170 procedures in the last 3 years of residency. Of these, 452 were performed during community rotations. The procedures during residency could be broken down as follows: 392 general, 18 colorectal, 242 laparoscopic, 103 endoscopic, 85 hepatobiliary, 142 oncologic, 1 pediatric, 78 thoracic, 92 vascular and 17 other. I performed a total of 1440 procedures in the first year of practice. In practice the break down was 398 general, 15 colorectal, 101 laparoscopic, 654 endoscopic, 2 hepatobiliary, 77 oncologic, 10 pediatric, 0 thoracic, 70 vascular and 113 other.
On the whole, residency provided excellent preparation for clinical practice based on my experience. Areas of potential improvement included endoscopy, pediatric surgery and “other,” which comprised mostly hand surgery.
Postpartum hemorrhage is one of the rare occasions when a general or acute care surgeon may be emergently called to labor and delivery, a situation in which time is limited and the stakes high. Unfortunately, there is generally a paucity of exposure and information available to surgeons regarding this topic: obstetric training is rarely found in contemporary surgical residency curricula and is omitted nearly completely from general and acute care surgery literature and continuing medical education.
The purpose of this manuscript is to serve as a topic specific review for surgeons and to present a surgeon oriented management algorithm. Medline and Ovid databases were utilized in a comprehensive literature review regarding the management of postpartum hemorrhage and a management algorithm for surgeons developed based upon a collaborative panel of general, acute care, trauma and obstetrical surgeons' review of the literature and expert opinion.
A stepwise approach for surgeons of the medical and surgical interventions utilized to manage and treat postpartum hemorrhage is presented and organized into a basic algorithm.
The manuscript should promote and facilitate a more educated, systematic and effective surgeon response and participation in the management of postpartum hemorrhage.
The use of a tourniquet during varicose vein surgery, has been shown, through previous randomised trials, to result in a significant reduction in blood loss, superior post-operative cosmesis with no increase in operating time. Nonetheless, it would seem that few surgeons use this technique. Using postal questionnaires (n = 107), we have assessed the views and current practice among general surgeons (consultants and higher surgical trainees) in Wessex where the method was first proposed, to see how widely it has been adopted. We find that the majority (69.5%) of general surgeons in Wessex never use a tourniquet during varicose vein surgery. Possible reasons for this include the belief that it is time consuming, inconvenient, compromises the sterility of the operative field and confers no advantage. We conclude, however, that by not using a tourniquet during varicose vein surgery, surgeons are overlooking an important, evidence-based technique. Given that in the UK over 50,000 patients per year undergo operative varicose vein procedures, this can only adversely affect the delivery of quality healthcare to a large group of patients.
To survey clinical practice and opinions of consultant surgeons and anaesthetists caring for children to inform the needs for training, commissioning and management of children's surgery in the UK.
The National Confidential Enquiry into Patient Outcome and Death (NCEPOD) hosted an online survey to gather data on current clinical practice of UK consultant surgeons and anaesthetists caring for children.
The questionnaire was circulated to all hospitals and to Anaesthetic and Surgical Royal Colleges, and relevant specialist societies covering the UK and the Channel Islands and was mainly completed by consultants in District General Hospitals.
555 surgeons and 1561 anaesthetists completed the questionnaire.
32.6% of surgeons and 43.5% of anaesthetists considered that there were deficiencies in their hospital's facilities that potentially compromised delivery of a safe children's surgical service. Almost 10% of all consultants considered that their postgraduate training was insufficient for current paediatric practice and 20% felt that recent Continued Professional Development failed to maintain paediatric expertise. 45.4% of surgeons and 39.2% of anaesthetists considered that the current specialty curriculum should have a larger paediatric component. Consultants in non-specialist paediatric centres were prepared to care for younger children admitted for surgery as emergencies than those admitted electively. Many of the surgeons and anaesthetists had <4 h/week in paediatric practice. Only 55.3% of surgeons and 42.8% of anaesthetists participated in any form of regular multidisciplinary review of children undergoing surgery.
There are significant obstacles to consultant surgeons and anaesthetists providing a competent surgical service for children. Postgraduate curricula must meet the needs of trainees who will be expected to include children in their caseload as consultants. Trusts must ensure appropriate support for consultants to maintain paediatric skills and provide the necessary facilities for a high-quality local surgical service.
In the UK, general surgical specialist trainees have limited exposure to general surgical trauma. Previous work has shown that trainees are involved in only two blunt and one penetrating trauma laparotomies per annum. During their training, nearly half of trainees will not be involved in the surgical management of liver injury, 20% will not undertake a trauma splenectomy and only a quarter will see a trauma thoracotomy. Military general surgical trainees require training in, and exposure to, the surgical management of trauma and specifically military wounding patterns that is not available in the UK. The objective of this study was to determine whether operative workload in the sole British surgical unit in Helmand Province, Afghanistan (Operation HERRICK) would provide a training opportunity for military general surgical trainees.
PATIENTS AND METHODS
A retrospective theatre log-book review of all surgical cases performed at the Role 2 (Enhanced) treatment facility at Camp Bastion, Helmand Province on Operation HERRICK between October 2006 and October 2007, inclusive. Operative cases were analysed for general surgical trauma, laparotomy, thoracotomy, vascular trauma and specific organ injury management where available.
A total of 968 operative cases were performed during the study period. General surgical procedures included 51 laparotomies, 17 thoracotomies and 11 vascular repairs. There were a further 70 debridements of general surgical wounds. Specific organ management included five cases of liver packing for trauma, five trauma splenectomies and four nephrectomies.
A training opportunity currently exists on Operation HERRICK for military general surgical specialist trainees. If the tempo of the last 12 months is maintained, a 2-month deployment would essentially provide trainees with the equivalent trauma surgery experience to the whole of their surgical training in the UK NHS. Trainees would gain experience in military trauma as well as specific organ injury management.
War injuries; Surgical training; Military surgery
The management of complex extremity injury, which may require assessment of limb viability and performance of amputation, is a challenge to those involved in its emergent and definitive care. Concern exists regarding the exposure of orthopaedic trainees to such cases due both to changes in training and centralisation of trauma services.
SUBJECTS AND METHODS
This is a web-based observational study by survey, investigating the confidence and perceived adequacy of training of UK orthopaedic specialist trainees in the assessment of limb viability and amputation surgery. 222 responses from 888 trainees were required to achieve a < 5% error rate with 90% confidence; 232 surveys were completed.
Trainee confidence in dealing with the assessment of limb viability is high despite infrequent exposure to cases. The majority of trainees perceive their training in limb viability assessment as adequate. For performance of amputation, exposure is minimal, confidence is lower and 36% of trainees regard their training as inadequate.
Limb viability assessment is an area in which trainees feel confident and well trained. There is, however, a perceived training inadequacy in amputation surgery and a corresponding lack of confidence for many trainees, irrespective of training year. This is the first study to offer an insight into specific training experiences of junior orthopaedic surgeons at a national level and it should drive the development of opportunities for trainees to develop skills in amputation surgery.
Amputation; Limb salvage; Penetrating wounds; Leg injuries; Arm injuries; Education
INTRODUCTION: The objectives were to: (i) establish how 'typical' consultant surgeons perform on 'generic' (non-specialist) surgical simulations before their use in the General Medical Council's Performance Procedures (PPs); (ii) measure any differences in performance between specialties; and (iii) compare the performance of group of surgeons in the PPs with the 'typical' group. VOLUNTEERS AND METHODS: Seventy-four consultant volunteers in gastrointestinal surgery (n=21), vascular surgery (n=11), urology (n=10), orthopaedics (n=15), cardiothoracic surgery (n=10) and plastic surgery (n=7), plus 9 surgeons undertaking phase 2 of the PPs undertook 7 simple simulations in the skills laboratory. The scores of the volunteers were analysed by simulation and specialty using ANOVA. The scores of the volunteers were then compared with the scores of the surgeons in the PPs. RESULTS: There were significant differences between simulations, but most volunteers achieved scores of 75-100%. There was a significant simulation by specialty interaction indicating that the scores of some specialties differed on some simulations. The scores of the group of surgeons in the PPs were significantly lower than the reference group for most simulations. CONCLUSIONS: Simple simulations can be used to assess the basic technical skills of consultant surgeons. The simulation by specialty interaction suggests that whilst some skills may be generic, others are not. The lower scores of the surgeons in the PPs suggest that these tests possess criterion validity, i.e. they may help to determine when poor performance is due to lack of technical competence.
The workload of vascular services will substantially increase in the foreseeable future with the recent changes in surgical training presenting a challenge to training and recruitment in vascular surgery. This study aimed to determine the current feelings towards vascular surgery as a career choice from basic surgical trainees (BSTs) within a single region.
MATERIALS AND METHODS
BSTs from a single region were questioned. Probable career specialty choice was ascertained, as were suggestions for changes to the career pathway of a vascular surgeon to make it a more attractive career choice.
Seventy-seven of 110 BSTs returned the questionnaire. Of the 77, 52 had previous experience of a vascular firm. Ten BSTs had been on a pure vascular firm as an SHO and 52 had been on a general surgical firm. No BST specified vascular surgery as their ultimate career choice. Career choices included general surgery (n = 30), orthopaedics (n = 17), plastic surgery (n = 9) and urology (n = 5). Thirty-three BSTs would not be tempted at all to a career in vascular surgery. Changes in the career structure that would result in BSTs contemplating a career in vascular surgery included the inclusion of endovascular surgery (n = 13), no compulsion to undertake a period of research (n = 5), pure vascular training (n = 2), more general surgical training (n = 2) and less onerous on-calls when older (n = 2).
The lack of trainees wishing to become vascular surgeons is of grave concern. Increasing the endovascular capabilities of vascular surgeons as well as altering the stance on research may have an increasingly positive role in recruitment.
Vascular surgery; Training
Surgical appraisal and revalidation are key components of good surgical practice and training. Assessing technical skills in a structured manner is still not widely used. Laparoscopic surgery also requires the surgeon to be competent in technological aspects of the operation.
Checklists for generic, specific technical, and technological skills for laparoscopic cholecystectomies were constructed. Two surgeons with >12 years postgraduate surgical experience assessed each operation blindly and independently on DVD. The technological skills were assessed in the operating room.
One hundred operations were analyzed. Eight trainees and 10 consultant surgeons were recruited. No adverse events occurred due to technical or technological skills. Mean interrater reliability was kappa=0.88, P=<0.05. Construct validity for both technical and technological skills between trainee and consultant surgeons were significant, Mann-Whitney P=<0.05.
Our study demonstrates that technical and technological skills can be measured to assess performance of laparoscopic surgeons. This technical and technological assessment tool for laparoscopic surgery seems to have face, content, concurrent, and construct validities and could be modified and applied to any laparoscopic operation. The tool has the possibility of being used in surgical training and appraisal. We aim to modify and apply this tool to advanced laparoscopic operations.
Assessment; Laparoscopic; Technical; Technology
The first comprehensive report on the interprofessional relationships between foot and ankle surgeons in the UK is presented.
MATERIALS AND METHODS
A questionnaire was sent to orthopaedic surgeons with membership of the British Foot and Ankle Surgery Society (BOFAS), orthopaedic surgeons not affiliated to the specialist BOFAS and podiatrists specialising in foot surgery. The questionnaire was returned by 77 (49%) of the BOFAS orthopaedic consultant surgeons, 66 (26%) of non-foot and ankle orthopaedic consultant surgeons and 99 (73%) of the podiatric surgeons.
While most respondents have experience of surgeons working in the other specialty in close geographical proximity, the majority do not believe that this has adversely affected their referral base. The experience of podiatrists of the outcomes of orthopaedic surgery has been more positive than orthopaedic surgeons of podiatric interventions. Podiatrists are more welcoming of future orthopaedic involvement in future foot and ankle services than in reverse. However, there are a sizeable number of surgeons in both professions who would like to see closer professional liaisons. The study has identified clear divisions between the professions but has highlighted areas where there is a desire from many clinicians to work more harmoniously together, such as in education, training and research.
While major concerns exist over issues such as surgery by non-registered medical practitioners and the suitable spectrum of surgery for each profession, many surgeons, in both professions, are willing to provide training for juniors in both specialties and there is a wish to have closer working relationships and common educational and research opportunities than exists at present.
Foot and ankle surgery; Orthopaedic surgeon; Podiatric surgeon