Surgical Training Revamped: Simulation-Based Training Outperforms Traditional Methods Authors: Abdullatif Aydın, Kamran Ahmed, Takashige Abe, et al Reviewer: David Laith Rawaf, MD Link to paper: https://lnkd.in/ew-T83Ep A recent randomized controlled trial published in European Urology compared the effectiveness of simulation-based training (SBT) with traditional operating room training for urology residents. The results showed that while both methods eventually led to proficiency, the SBT group reached this milestone faster and with fewer complications. The study assessed proficiency using the Objective Structured Assessment of Technical Skill (OSATS) score, where a score of 28 or higher across three consecutive surgeries without complications was considered proficient. Residents trained through simulation achieved this proficiency after an average of eight procedures, compared to nine for those receiving traditional training. This small but important reduction highlights how simulation can accelerate learning, particularly for more complex procedures like flexible ureterorenoscopy, where the SBT group excelled. In the context of surgical education, it's important to distinguish between competency and proficiency. Competency refers to the ability to perform a task to an acceptable standard, while proficiency indicates a higher level of mastery, where the individual performs the task not only correctly but efficiently and with confidence. This study demonstrated that SBT helps trainees move from competency to proficiency more quickly, which is critical in reducing patient risks and improving outcomes during real-world surgeries. By significantly reducing complications, particularly ureteric injuries and intra operative bleeding, the study makes a strong case for integrating simulation-based learning into surgical education programs worldwide. #SurgicalTraining #SimulationLearning #SurgicalProficiency Elliot Street, Ross Davies, Jake Connell, Ben Quinton, Matthew Harris
Inovus Medical
Medical Equipment Manufacturing
St Helens, Cheshire 9,570 followers
Surgical Training Technologies
About us
Inovus Medical is a UK based, venture backed, multi award winning, designer and manufacturer of surgical training technologies. The company utilises additive manufacturing and novel software solutions to deliver a range of products that offer unrivalled functionality and accessibility at affordable prices. By improving clinician proficiency through improved access to healthcare simulation and training, Inovus are improving healthcare provision, impacting positively on the quality of life of millions of patients across the globe. **We are hiring. For open positions please visit the careers page on our website** https://inovus.org/careers/
- Website
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https://www.inovus.org
External link for Inovus Medical
- Industry
- Medical Equipment Manufacturing
- Company size
- 51-200 employees
- Headquarters
- St Helens, Cheshire
- Type
- Privately Held
- Founded
- 2012
- Specialties
- Design, Surgical Training, Healthcare Simulation, Medical Education, Additive Manufacturing, 3D Printing, Surgical Simulation, Precision Engineering, Laparoscopic Trainers, Hysteroscopy Simulators, Simulation, Innovation, Medtech, Machinelearning, Edtech, Augmented Reality, AI, Surgery, Medicaldevice, and Digital Surgery
Locations
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Primary
Unit 14, Wharton Street
Sherdley Road Industrial Estate
St Helens, Cheshire WA9 5AA, GB
Employees at Inovus Medical
Updates
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Watch our Global Product Manager, Ross Davies as he demonstrates how our second-generation model, and its new modules, work in real-time. Powered by our #Totum software, these innovative modules are designed to take surgical training to the next level, combining realistic details and natural haptics to perfectly replicate real-life gynaecological procedures. Ideal for #OBGYN specialists at every stage of their surgical journey, this new model and accompanying modules provide invaluable practical experience. Learn more: www.inovus.org Available from November 8th 2024. #Innovation #Medtech #Augmented_Reality #Medicaldevice #Digitalsurgery Elliot Street, Matt Stone, Emma O'Hagan, Cristina Lungu, Ben Quinton, Ava Coleman, Benton Huddleston, Holly Redwine, Jake Connell, David Laith Rawaf, MD, Matthew Harris
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Versatile, detailed, and exceptionally realistic, the second-generation Female Pelvic Anatomy model will help you expand and embed your skills in salpingostomy, salpingectomy, and pelvic side wall dissection. Each new model pairs seamlessly with our LapAR simulators and is the result of years of development, research, and user testing. Engineered to empower, the new model is complemented by three Totum modules, allowing you to hone your technique and track your progress to skill mastery. Learn more: www.inovus.org Available from November 8th 2024. #Innovation #Medtech #Augmented_Reality #Medicaldevice #Digitalsurgery Elliot Street, Ross Davies, Matt Stone, Emma O'Hagan, Cristina Lungu, Ben Quinton, Ava Coleman, Benton Huddleston, Holly Redwine, Jake Connell, David Laith Rawaf, MD, Matthew Harris
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Simulation Training for Surgeons: Perfecting Skills Without Risk Authors: Swizel Ann Cardoso, Jenisha Suyambu, Javed Iqbal, Diana Carolina Cortés Jaimes, Aamir Amin, Jarin Tasnim Sikto, Melissa Valderrama Moreno, Simranjit singh Aulakh, @Venkata Ramana, Behram Shaukat, @Tirath Patel Reviewer: David Laith Rawaf, MD Link to paper: https://lnkd.in/eW7wSb73 A recent review published in Cureus Journal of Medical Science underscores the transformative role of simulation training in enhancing surgical skills among residents. This narrative highlights how simulators, ranging from #virtual_reality models to cadavers, offer a risk-free environment for trainees to practice complex procedures. Traditional training methods, like learning directly in the operating room, pose risks to patients. Simulation allows residents to refine their skills, gain confidence, and receive real-time feedback before working on actual patients. Simulation training has shown numerous advantages, including improved technical proficiency, faster learning, and fewer complications during surgeries. Studies revealed that trainees exposed to structured simulation completed surgeries more efficiently than those who didn’t receive simulation training. Furthermore, the versatility of simulators enables practice for various procedures, from laparoscopy to endoscopy. While simulation training can be costly, the return on investment is significant, as it reduces operating room errors and boosts patient safety – the delta of which can be expanding by adopting technology which is more affordable. The review concludes that simulation is an essential tool in modern medical education, fostering a safe learning environment where errors become opportunities for growth. #SurgicalTraining #MedicalEducation #SurgicalSimulation Elliot Street, Ross Davies, Jake Connell, Ben Quinton
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Continuing our mission to become the world’s partner for surgical training, we’re proud to announce the launch of a suite of new modules for the LapAR high fidelity laparoscopic simulator. From an adhesiolysis module for training in adhesion separation to a pelvic side wall dissection and ovarian cystectomy module, each offers enhanced realism, natural haptics, and precise anatomical feedback. With the addition of these new modules, the #LapAR becomes one of the most extensive laparoscopic training platforms for general surgery and OBGYN available. Dr. Elliot Street, CEO of Inovus Medical, said: “These second-generation modules reflect our commitment to improving and refining our offering to meet the needs of surgical trainees and educators worldwide. Each of our new modules will revolutionise training in the field of OBGYN and general surgery and, ultimately, improve patient outcomes.” The second-generation modules will be available for order from November 8th, 2024. Read the full press release https://inovus.org/news to find out more or request a demo. #SurgicalTraining #MedicalInnovation #LapAR #OBGYN #SurgerySimulation #InovusMedical #MedicalEducation Ross Davies, David Laith Rawaf, MD, Jake Connell, Matt Stone, Emma O'Hagan, Cristina Lungu, Ava Coleman, Benton Huddleston, Holly Redwine, Jordan Van Flute, Helen Hanson, Loraine Hughes, Maciej Piekarski
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Introducing our Bozzini Hysteroscopy Basic simulator, equipped with five anatomically correct uteri. Mounted in anteverted or retroverted positions, these models enable simulated vaginoscopy, navigation, and tissue resection. Each uterus contains between eight and 10 polyps, crafted from a proprietary substrate that reacts like real tissue, making them the ideal choice for hands-on demonstrations and training with medical devices. Learn more: https://lnkd.in/erF4rqVP #MedicalTraining #SurgicalSimulation #HandsOnLearning #HealthcareInnovation Elliot Street, David Laith Rawaf, MD, Ross Davies, Jake Connell, Emma O'Hagan, Cristina Lungu, Ben Quinton, Benton Huddleston, Holly Redwine, Ava Coleman
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Translational Simulation: Moving Beyond Education to Drive Healthcare Improvement Authors: @Christopher Peter Nickson, Andrew Petrosoniak, @Stephanie Barwick & Victoria Brazil Reviewer: David Laith Rawaf, MD Link to paper: https://lnkd.in/ezr5R8DV A recent paper titled "Translational Simulation: From Description to Action" explores how translational simulation is reshaping healthcare by moving from educational purposes to a tool for directly improving patient care and healthcare systems. Unlike traditional #simulation, which focuses on individual skills, translational simulation uses simulations to address and fix real-world systemic issues, identifying inefficiencies and safety threats in clinical environments. The authors introduce a framework for using translational simulation in practice, built on an input-process-output model. This model guides healthcare organisations through identifying problems, implementing simulation-based interventions, and continuously refining processes. Whether it’s testing new clinical spaces, improving team workflows, or designing new protocols, the aim is to achieve better patient outcomes through systemic improvements. Case studies in the paper demonstrate how this approach was used to optimise trauma bay designs, improve emergency protocols, and foster cultural change in handling postpartum haemorrhage. By involving both healthcare workers and patients in simulations, the method ensures a practical, user-centred redesign of care systems. The future of translational simulation lies in its integration with quality improvement strategies and its potential for significant return on investment (ROI). Through testing workflows, identifying risks, and iterating solutions in real-time, this approach bridges the gap between theory and practice, ultimately making healthcare safer and more efficient. #TranslationalSimulation #HealthcareImprovement #PatientSafety Elliot Street, Ross Davies, Jake Connell, Ben Quinton
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TOTUM’s data-driven approach ensures that your students are always advancing towards surgical excellence. Learn how #TOTUM could transform your training: www.inovus.org/totum #General_Surgeon, #Innovation, #Medtech, #Augmented_Reality Elliot Street, David Laith Rawaf, MD, Ross Davies, Jake Connell, Ben Quinton
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Inovus Medical is revolutionising the future of surgical education with cutting-edge augmented reality (#AR) simulators and training tools. Our technology bridges the gap between theoretical knowledge and hands-on practice, offering your students unparalleled opportunities to develop essential surgical skills in a safe and controlled environment. Find out more about us: www.inovus.org #General_Surgeon, #Innovation, #Medtech, #Augmented_Reality Elliot Street, David Laith Rawaf, MD, Ross Davies, Jake Connell, Ben Quinton
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XR Haptics: The Future of Hands-On Healthcare Training? Authors: Marc Gilbey, Shea Palmer, Louise Moody, @Christopher Newton, Natasha Tyler, Ksenija Maravic da Silva Reviewer: David Laith Rawaf, MD Link to paper: https://lnkd.in/eNZ9_Ffq A recent survey explores healthcare students, educators, and clinicians' perspectives on using extended reality (XR) haptics in simulation-based learning (SBL). While the survey revealed high use of traditional SBL (55.1%), awareness of XR haptics remains low (27.3%), with only 7.9% of participants having prior experience with the technology. However, there’s growing excitement around its potential in healthcare education. Participants believe XR haptics could revolutionise training by improving understanding of anatomy, enhancing clinical reasoning, and boosting practical skills through immersive, tactile learning. Despite this enthusiasm, the study highlights a need for more research to evaluate the feasibility and effectiveness of XR haptics in real-world healthcare education. With most participants coming from nursing or physiotherapy backgrounds, and many based in the UK, the survey underscores the importance of expanding XR haptics research globally and across diverse healthcare fields. As the technology evolves, it could become a critical tool for hands-on, risk-free training in complex medical procedures. The future of healthcare education may very well lie in harnessing XR haptics for more interactive, immersive learning experiences that bring real-world skills into the virtual realm. Currently, many solutions exist, from HaptX Inc. gloves, to Haply Robotics, however, whatever approach is adopted, the aim must be to create natural haptics for a realistic opportunity to build true muscle-memory. #XRHaptics #MedicalEducation #HealthcareTraining