Surgical training - can we learn from aviation?

2006 ◽  
Vol 88 (2) ◽  
pp. 48-51 ◽  
Author(s):  
Guy Hirst ◽  
Denis Wilkins

The following two articles identify similarities between professional air crew and surgeons, both being leaders of multidisciplinary teams and holding ultimate legal responsibility. In the first article, British Airways training captain Guy Hirst illustrates the non-adversarial teamwork inherent in effective crew resource management with confidential reporting of adverse incidents and the care with which flight instructors are selected and nurtured. Denis Wilkins, a senior surgeon, demonstrates in the second article that nobody takes responsibility for the 'signing off' of trainees for any particular surgical procedure. There are, of course, differences in the training environments of the professions. Advance flying training requires a student pilot to put an aircraft into critical situations and to demonstrate the ability to recover. Mostly, this can be performed repetitively either at sufficient altitude or in the safety of a simulator. In surgery, one cannot purposely put a patient 'at risk' to enable trainees to demonstrate their skills at 'recovery' and surgical simulators are in their infancy and do not achieve priority in a cash-strapped NHS. The authors recognise the need for properly selected trainers who are remunerated accordingly. Having been both a flying instructor and a surgical trainer, I can testify that both professions require patience, rapid reactions and the ability to remain calm. These papers are fascinating and timely in the era of introduction of new surgical curricula. Surgical training requires considerable funding at grass-roots level to catch up with the standards of aviation.

Author(s):  
G Shingler ◽  
J Ansell ◽  
S Goddard ◽  
N Warren ◽  
J Torkington

The evidence for using surgical simulators in training and assessment is growing rapidly. A systematic review has demonstrated the validity of different simulators for a range of procedures. Research suggests that skills developed on simulators can be transferred to the operating theatre. The increased interest in simulation comes as a result of the need to streamline surgical training. This is reflected by the numerous simulation-based courses that have become an essential part of modern surgical training.


2014 ◽  
Vol 96 (7) ◽  
pp. 223-223 ◽  
Author(s):  
Matthew Whitaker ◽  
Esther Kuku

On Thursday 22 May 2014, a surgeon at the Royal London Hospital became the first in the UK to broadcast a surgical procedure live online using Google Glass.


10.29007/38mg ◽  
2020 ◽  
Author(s):  
Paolo Domenico Parchi ◽  
Sara Condino ◽  
Marina Carbone ◽  
Sara Stagnari ◽  
David Rocchi ◽  
...  

In pedicle screws placement using a free-hand technique or a fluoroscopic guided technique the main difficulties are facing to the bone morphology (i.e in deformity cases) and it could be easily reproduced in a patient’s specific spine simulator (we can choose the case). The aim of this work is to evaluate the use of 3D printed patient- specific models (3D printing) not only as a surgical planning tool but also as a surgical training tool in spine surgery and in particular in pedicle screws placement. The manufacturing of patient-specific physical replica involves the elaboration of CT dataset and rapid prototyping techniques. . Five resident surgeons were involved in different training sessions on simulators. To evaluate the exact screws position weperformed a CT evaluation of each instrumented simulators. Statistical analysis was conducted using SPSS software. A total of 120 pedicle screws were positioned, 90 screws were well-positioned and 30 screws were bad-positioned. There were a significant difference (p = 0.000008) between the bad-positioning screw rate of the “senior” resident (13/72) and those of “young” participants (17/48). Timeline analysis of pedicle instrumentation training showed the presence of a learning effect, with a lower error rate in the latest session (p=000001). We believe that the use of patient- specific surgical simulators, especially for those surgical tasks in which the complexity is mainly linked to the spine morphology (i.e. deformity), may represent a valid alternative to the use of cadavers that generally present a standard or otherwise poorly predictable anatomy.


2012 ◽  
Vol 98 (2) ◽  
pp. 23-27
Author(s):  
CA Fries ◽  
RF Rickard

IntroductionSurgical trauma care on operations is delivered by consultants. The DMS presently delivers training to surgeons to enable them to deliver this care as newly-qualified consultants. Deploying as a trainee is one of many training evolutions available to achieve this competency. This paper describes the process involved in trainees deploying, and the training received by the first author (CAF) during a recent deployment.MethodsPre-deployment training and the process for gaining recognition of training time by the GMC are described. All surgical procedures performed by the first author were recorded prospectively, together with the level of supervision.ResultsThe first author performed 210 procedures in 124 operations on 87 patients in a seven week deployment. This was prospectively recognised for training by the GMC. All procedures were supervised by consultant trainers. Procedures included trauma surgical procedures and those under the specialties of Plastic Surgery, Orthopaedic Surgery and General Surgery.ConclusionsDeploying on operations as a trainee is invaluable in preparing DMS juniors for their future roles as consultants in the DMS. Training is received not only in a breadth of surgical and resuscitative procedures, beyond a trainee’s “base specialty”, but also in other critical aspects of deployments including Crew Resource Management.


10.29007/m6wn ◽  
2020 ◽  
Author(s):  
Angelo Capodici ◽  
Paolo Domenico Parchi ◽  
Sara Condino ◽  
Marina Carbone ◽  
Vincenzo Ferrari ◽  
...  

In the last years also in orthopedic surgery, there was an increasing interest in the development of surgical simulators using methods of additive manufacturing combined or not with augmented reality systems (hybrid simulators). Aim of this work was to evaluate the use of a new patient’s specific tibial plateau fractures simulator for surgical training of young resident surgeons in fracture fixation with an external fixator. The simulator is a realistic knee phantom including a patient-specific replica of a fractured tibia and fibula, obtained by CT segmentation and rapid prototyping techniques. Each training session started with the presentation, and planning, of the surgical case that it was followed by the external fixation session on the simulator. At the end of each session, all participants were asked to fill out a questionnaire, concerning the phantom realism and appropriateness as a teaching modality. The results of the Likert Questionnaire indicating that there is an overall significant agreement with the phantom realism and its appropriateness as a teaching modality.The solid model of the patient’s anatomy can faithfully reproduce the surgical complexity of the patient and it allows to generate surgical simulators with an increasing difficulty to perform structured training paths: from the "simple" case to the "complex" case. The use of simulators based on 3D models has proved to be a very useful tool both for didactic and surgical training purposes, allowing surgeons to perform a real procedure simulation outside the surgical room.


2020 ◽  
Vol 2 (37) ◽  
pp. 31-36
Author(s):  
Zhuldyz z Baiganova ◽  
◽  
Raushan Magzumova ◽  
Nailya Delellis ◽  
Ainagul Tulegenova ◽  
...  

Abstract Purpose of the study: to conduct a SWOT analysis of the human resource management service of medical organizations in Kazakhstan. Methods. In this work, a SWOT analysis of the human resource management service of medical organizations in Kazakhstan was carried out using the expert method Results. The SWOT analysis of the human resource management service of medical organizations revealed the prevalence of weaknesses over strengths by 1.25 times, and the prevalence of opportunities over strengths by 1.75 times and weak by 1.4 times. The potential of the personnel of the human resource management service is limited by the current functional duties and legal responsibility of the personnel policy of a medical organization. Conclusions. Implementation of the capabilities of the acquired skills of personnel management for a public health specialist will allow avoiding threats to the personnel policy of a medical organization by strengthening competencies aimed at sociology of labor, rationing of wages and recruiting personnel. Key words: SWOT analysis, human resource management service, medical organization, public health


2014 ◽  
Vol 96 (9) ◽  
pp. 304-307 ◽  
Author(s):  
PM Brennan ◽  
JJM Loan ◽  
MA Hughes ◽  
IAM Hennessey ◽  
RW Partridge

In parallel with the introduction of working time regulations that have led to changes in working patterns, surgical trainees are taking longer to achieve operative competencies and logging fewer surgical cases. 1–3 The existing style of surgical training appears to provide insufficient operative exposure in limited working hours.


2021 ◽  
Vol 1 (1) ◽  
Author(s):  
Patrick Henz

Abstract“In civilized life, law floats in a sea of ethics”, a quote by the former Chief Justice of the United States, Earl Warren. In a democratic society, the constitution defines the country’s values, and the laws define the preferred or at least still tolerated behavior, making deviations sanctionable. As the society is in a continuous flow, also based on scientific and technical developments, law always lags behind. Until regulations can catch up, ethics has to lead society. In less democratic societies, the water gets polluted up to poisoned, ethical behavior may be against ruling law. As for the latter, Robin Hood was a thief, but for most parts of the population, a hero. The less transparent the water, the more difficult to adapt law to new developments. This includes direct corruption, but also unfaithful lobbying. This article discusses the “nature” of Artificial Intelligence, including the risks its posing, and who is responsible for systematic errors, from a moral, but also legal point.


2011 ◽  
Vol 87 (1030) ◽  
pp. 524-528 ◽  
Author(s):  
E. Boyle ◽  
M. Al-Akash ◽  
A. G. Gallagher ◽  
O. Traynor ◽  
A. D. K. Hill ◽  
...  

2021 ◽  
Vol 8 ◽  
Author(s):  
Carmelo Pirri ◽  
Carla Stecco ◽  
Andrea Porzionato ◽  
Rafael Boscolo-Berto ◽  
René H. Fortelny ◽  
...  

Anatomical education and surgical training with cadavers are usually considered an appropriate method of teaching, above all for all surgeons at various levels. Indeed, in such a way they put into practice and exercise a procedure before performing it live, reducing the learning curve in a safe environment and the risks for the patients. Really, up to now it is not clear if the nonuse of the cadavers for anatomical education and surgical training can have also forensic implications. A substantial literature research was used for this review, based on PubMed and Web of Science database. From this review, it is clear that the cadaveric training could be considered mandatory, both for surgeons and for medical students, leading to a series of questions with forensic implications. Indeed, there are many evidences that a cadaver lab can improve the learning curve of a surgeon, above all in the first part of the curve, in which frequent and severe complications are possible. Consequently, a medical responsibility for residents and surgeons which perform a procedure without adequate training could be advised, but also for hospital, that has to guarantee a sufficient training for its surgeons and other specialists through cadaver labs. Surely, this type of training could help to improve the practical skills of surgeons working in small hospitals, where some procedures are rare. Cadaver studies can permit a better evaluation of safety and efficacy of new surgical devices by surgeons, avoiding using patients as ≪guinea pigs≫. Indeed, a legal responsibility for a surgeon and other specialists could exist in the use of a new device without an apparent regulatory oversight. For a good medical practice, the surgeons should communicate to the patient the unsure procedural risks, making sure the patients' full understanding about the novelty of the procedure and that they have used this technique on few, if any, patients before. Cadaver training could represent a shortcut in the standard training process, increasing both the surgeon learning curve and patient confidence. Forensic clinical anatomy can supervise and support all these aspects of the formation and of the use of cadaver training.


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