Inovus Medical

Watch as our CEO and co-founder Elliot Street explains why he’s so proud to be launching our new Bowel Enterotomy model. Intended to be used with real instruments and sutures, the exceptional natural haptics offered by this versatile model connect practice to procedure, providing trainees with a true-to-life experience. The model is reusable and comes with two pre-made enterotomies and can be flipped to allow trainees to make their own incisions. Crafted from innovative layered tissues, the model allows sutures to be passed without cheese wiring – the perfect environment for trainees to build confidence in carrying out this procedure. Seamlessly integrated with our LapAR simulators and Totum software, the Bowel Enterotomy model has been developed in response to surgeon feedback and thoroughly tested with our surgical partners to ensure it meets the needs of trainees of every skill level. Find out more: www.inovus.org Available from November 8th 2024. #SurgicalTraining #MedicalInnovation #OBGYN #SurgerySimulation #InovusMedical #MedicalEducation #BowelEnterotomy David Laith Rawaf, MD, Jake Connell, Matt Stone, Emma O'Hagan, Ava Coleman, Benton Huddleston, Holly Redwine, Jordan Van Flute, Helen Hanson, Loraine Hughes, Maciej Piekarski, Elliot Street, Ben Quinton

Marking a step forward in our approach to training GI procedures, the new Bowel Enterotomy model has been designed with versatility in mind. It comes with two pre-made enterotomies – one vertical and one horizontal – but can also be flipped to allow trainees to make their own incisions. The model is multi-use, meaning it can be used repeatedly as trainees hone their skills in enterotomy and suturing. The new model is intended for use with real instruments and sutures, providing #natural_haptics for trainees, while the innovative layered tissue allows sutures to be passed without cheese wiring. Learn more: www.inovus.org Available from November 8th 2024. #SurgicalTraining #MedicalInnovation #OBGYN #SurgerySimulation #InovusMedical #MedicalEducation #BowelEnterotomy 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, Elliot Street, Ben Quinton

Surgical Training Transformation: From Operating Room to Simulation Labs Authors: Richard Reznick, M.D., M.Ed., and Helen MacRae, M.D   Reviewer: David Laith Rawaf, MD Link to paper:  https://lnkd.in/eWcx4ts9 In this landmark 2006 paper, Teaching Surgical Skills — Changes in the Wind, Richard Reznick and Helen MacRae critique traditional surgical training, which historically relied on intense operating room experience. With modern pressures, including reduced resident work hours and heightened patient complexity, the authors propose a paradigm shift to simulation-based training to better equip future surgeons. Drawing on Fitts and Posner's three-stage theory of motor skill acquisition, the authors argue that surgical trainees should develop basic technical skills through deliberate, simulator-based practice outside the OR. By mastering foundational skills in a risk-free environment, trainees can enter the OR able to focus on complex, case-specific challenges rather than fundamental techniques like #suturing or knot tying. This shift is essential for avoiding complications, enhancing patient safety, and ultimately reducing #healthcare costs. Reznick and MacRae emphasize the importance of deliberate practice—a focused, feedback-driven approach fundamental to achieving expertise, as described by researcher K. Anders Ericsson. They highlight tools like the Objective Structured Assessment of Technical Skills (OSATS) and the MISTELS system, which provide measurable, structured assessments for both open and laparoscopic skills. The authors also explore emerging high-fidelity #simulators and VR technology, which allow for detailed feedback on error rates, precision, and accuracy. Though costly, high-fidelity models could revolutionise skills acquisition, especially in procedures like carotid artery stenting, which requires exceptional precision. They acknowledge the need for further research on the durability of these skills and emphasise a shift toward competence-based training, where proficiency in simulations is required before advancing in live surgeries. This paper underscored the urgency of incorporating robust assessment methods and structured simulation into surgical curricula, marking a pivotal step in the evolution of surgical education. #SurgicalTraining #SimulationBasedLearning #SurgicalSkills #CompetencyBasedTraining Elliot Street, Glenn Cooper FCIPS, Matthew Harris, Ross Davies, Jake Connell, Emma O'Hagan, Ben Quinton

Join our Global Product Manager, Ross Davies, as he demonstrates the new-and-improved features of our second-generation #Myomectomy model. This two-in-one model is equipped with both a small Submucosal and larger Subserosal fibroid, which trainees can work on removing before suturing the myometrium and closing the uterus. While the new model introduces a new level of complexity it also supports surgical trainees at the start of their journey to skill mastery by incorporating uterine ligaments to improve stability and increase traction and counter traction during dissection. Compatible with both our #LapAR simulators and #Totum software, this new model has been developed alongside our surgical partners to ensure it addresses the biggest challenges facing trainees looking to build confidence in Laparoscopic Myomectomy.   Find out more: www.inovus.org Available from November 8th 2024. #SurgicalTraining #MedicalInnovation #LapAR #OBGYN #SurgerySimulation #InovusMedical #MedicalEducation 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, Elliot Street, Ben Quinton

The new #Laparoscopic Myomectomy model has been engineered to empower surgical trainees to improve their laparoscopic fibroid removal skills. Highlights include the addition of ligaments, which provide increased traction and counter traction during dissection, and innovative simulated tissues that ensures realistic tissue planes. The model also includes two fibroids - one #Submucosal and one #Subserosal – adding a new level of complexity and requiring trainees to plot their approach to removal. An exciting addition to our evolving product ecosystem, the #Myomectomy model has been designed to be compatible with both our #LapAR simulators and #Totum software, enabling surgeons at all skill levels to practice fibroid removal and hone their suturing technique with real instruments and natural haptics.   Find out more: www.inovus.org Available from November 8th 2024. Matt Stone, Emma O'Hagan, Cristina Lungu, Ben Quinton, Ava Coleman, Benton Huddleston, Holly Redwine, Jake Connell, Matthew Harris, David Laith Rawaf, MD, Glenn Cooper FCIPS, Ross Davies, Elliot Street

With the continuation of 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 HystAR high fidelity simulator. With the addition of these new modules, the #HystAR provides a full training pathway from basic scope and instrument handling skills to full procedural training. With the release of these advanced modules, Inovus Medical continues its commitment to delivering world-class surgical training technology. Ross Davies, Global Product Manager of Inovus Medical said “We are excited to expand the capabilities of the HystAR platform and enhance the training opportunities available to gynecologic surgery residents and clinicians worldwide.” The second-generation modules will be available for order from November 8th, 2024. Read the full press release https://lnkd.in/e5uK3QzX 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, Elliot Street, Ben Quinton

Pioneering Office Hysteroscopy: Bettocchi’s Landmark ‘See-and-Treat’ Approach Authors: Stefano Bettocchi, MD*, Luigi Nappi, MD, PhD, Oronzo Ruggiero Ceci, MD, Luigi Selvaggi, MD   Reviewer: David Laith Rawaf, MD Link to paper:  https://lnkd.in/eJnc97iN This week we are looking back at a pivotal 2004 paper by Stefano Bettocchi and colleagues which transformed the landscape of office hysteroscopy, introducing the innovative "see-and-treat" approach. Prior to this, hysteroscopic procedures were often performed in hospital settings under full anaesthesia, which increased patient discomfort and required longer recovery times. Bettocchi’s team revolutionised this by utilising smaller-diameter hysteroscopes and advanced miniaturised instruments. This allowed clinicians to diagnose and treat benign intrauterine pathologies, such as polyps and adhesions, in a single, office-based visit—without the need for full anaesthesia. However, to fully leverage the benefits of this approach, proper training in hysteroscopy is essential. Clinicians must understand the fundamentals and mechanics of hysteroscopy, which can be achieved through the use of the correct fidelity simulators. These training simulators ensure that hysteroscopists gain the necessary hands-on experience, which lowers complication rates and minimises intraoperative pain. This, in turn, reduces the reliance on costly anaesthesia that often necessitates overnight hospital stays. By integrating high-quality simulation training, the rates of patient discomfort and complications can be dramatically reduced, making office hysteroscopy a safe, cost-effective, and efficient method that prioritises patient comfort and quick recovery. #OfficeHysteroscopy #SimulationTraining #WomensHealth #SeeAndTreat Elliot Street, Glenn Cooper FCIPS, Matthew Harris, Ross Davies, Jake Connell, Emma O'Hagan

Learn why our CEO Elliot Street is so proud of our new Laparoscopic Adhesiolysis model as he explains how trainees can use it to inspect the anatomy, get to grips with the haptics involved, and practice both blunt and sharp dissection to release abdominal adhesions. Designed to seamlessly integrate with our #LapAR simulators and #Totum software, the new model features both the abdominal wall anatomy and bowel anatomy as well as thick strands of adhesions for sharp dissection. Trainees are encouraged to switch between tools and techniques to develop the confidence they need to make dynamic decisions when carrying out this procedure on real patients. Find out more: www.inovus.org Available from November 8th 2024. #Innovation #Medtech #Augmentedreality #Medicaldevice #Digitalsurgery #Laparoscopic_Adhesiolysis Matt Stone, Emma O'Hagan, Cristina Lungu, Ben Quinton, Ava Coleman, Benton Huddleston, Holly Redwine, Jake Connell, Matthew Harris, David Laith Rawaf, MD, Glenn Cooper FCIPS

With innovative layered synthetic soft tissue allowing both blunt and sharp dissection, our new Laparoscopic Adhesiolysis model combines realistic anatomy and natural haptics to help you hone your skills in this common procedure. Compatible with multiple tools including basic dissectors and energy devices, this new model pairs seamlessly with our #LapAR simulators and is the result of years of research, development, and testing. Engineered to empower, this new model has been carefully constructed to enable surgeons of all skill levels to perfect their technique in cutting and releasing adhesions from the abdomen and pelvis. Learn more: www.inovus.org Available from November 8th 2024. #Innovation #Medtech #Augmented_Reality Elliot Street, Matt Stone, Emma O'Hagan, Cristina Lungu, Ben Quinton, Ava Coleman, Benton Huddleston, Holly Redwine, Jake Connell, Matthew Harris, Glenn Cooper FCIPS

Mastering Hysteroscopy: Simulation Training's Impact on Resident Skills Authors: Salvatore Giovanni Vitale, Jose "Tony" Carugno, Stefania Saponara, @Liliana Mereu, Sergio Haimovich, Luis Alonso Pacheco, Andrea Giannini, @Manoj Chellani, Bulent Urman, chiara de angelis & Stefano Angioni MD PhD   Reviewer: David Laith Rawaf, MD Link to paper:  https://lnkd.in/erRHUKuE A systematic review published in Minimally Invasive Therapy & Allied Technologies highlights the profound impact of simulation-based training on hysteroscopic skills for obstetrics and gynaecology residents and medical students. #Hysteroscopy, essential for diagnosing and treating intrauterine conditions, poses a steep learning curve due to its complexity, making high-quality training critical. The review assessed nine studies focusing on various simulation methods, including physical simulators. These physical models provided numerous advantages, especially for training complex skills like hysteroscopy. One key benefit is tactile feedback. In contrast to purely virtual models, physical simulators allow trainees to feel the resistance and manipulation of instruments, closely mimicking the sensations experienced during actual procedures. This hands-on experience enhances the learning of fine motor skills, improving hand-eye coordination and precision. Additionally, physical simulators offer #device_agnosticity, meaning they can accommodate various medical tools and instruments. This flexibility allows trainees to practice with the same devices they will encounter in real-life scenarios, better preparing them for actual surgeries. It ensures that learners are not limited to specific simulation equipment, making training more relevant and adaptable across different clinical settings. Another advantage is the #reusability of physical simulators. These models can be used repeatedly for multiple training sessions without compromising quality, making them cost-effective and practical for institutions. They provide the opportunity for repetitive practice, allowing trainees to master skills without the pressure of a clinical environment, ultimately improving performance in real-world procedures. This review shows how simulation-based training, particularly with physical models, accelerates the path to proficiency, enhances patient safety, and could become a cornerstone in hysteroscopy education. #SimulationTraining #Hysteroscopy #MedicalEducation #TactileFeedback Elliot Street, Ross Davies, Jake Connell, Ben Quinton, Glenn Cooper FCIPS