Mimic Technologies supports hands-on training courses at EAU 2015 in Madrid
Mimic announced recently the beginning of a new partnership with the internationally acclaimed ORSI – OLV Robotic Surgery Institute that will jointly deliver new innovative training for robotic surgeons in Europe. This year at the annual European Association of Urology in Madrid, Mimic provided dV-Trainers for the robotic surgery hands-on training courses.
EAU TV went along at EAU 2015 to check out the hands-on training courses. Watch the video below to hear how some of the trainees enjoyed the course:
“We are delighted to collaborate with Mimic to incorporate the dV-Trainer into our EAU Fellowship Program. The dV-Trainer has built-in evaluation metrics and curriculum tools that align well with our results oriented mission”, said Prof. Alexandre Mottrie, CEO of ORSI.
Todd Larson, Executive Director of MimicMED, the training subsidiary of Mimic, also feels that this will be the beginning of something very special, “We are extremely excited to partner with a progressive institution like ORSI. It is a real privilege to partner with leading educators like Dr. Mottrie and his colleagues. We believe that by joining ORSI’s expertise in education with our training technologies, curriculum expertise, and data collection platform, we will be able to take robotic training to the next level.”
ORSI stands for the OLV Robotic Surgery Institute. ORSI has an international recognition of providing top quality surgical operations within several areas of expertise for robotic surgery. The mission of ORSI is to pass on our experience and expertise in the field of robotic surgery to physicians and their teams via result oriented training.
For more information: www.orsi-online.com
New Maestro AR™ 3D augmented reality brings procedure-specific content to robotic surgery simulation training for Gynecology
Hysterectomy module debuts at AAGL, November 18-20, 2014
Mimic Technologies, Inc announces the launch of the Maestro AR Hysterectomy, a new augmented reality software module exclusively available on their dV-Trainer® robotic surgery simulator. Maestro AR is the first robotic surgery simulation technology that allows trainees to manipulate 3D virtual robotic instruments as a way to interact with 3D video footage of an actual surgical case.
This full procedure simulation was developed in collaboration with Dr. Arnold Advincula, president-elect of AAGL (American Association of Gynecologic Laparoscopists) and the Vice Chair of Women’s Health and Chief of Gynecologic Surgery at Columbia University Medical Center. Using 3D augmented video, Dr. Advincula guides trainees through each step of a robot assisted total laparoscopic hysterectomy (RATLH).
At each critical juncture of the procedure, trainees experience both cognitive learning and robotic surgery skills development through identification of anatomical structures and surgical landmarks, simulated tissue retractions, predicting dissection planes, answering multiple choice questions, and completing virtual reality skills exercises. These embedded virtual reality tasks, such as vaginal cuff closure, emphasize hand-eye motor skills critical to proficient surgical technique. For each step in the procedure, comprehensive metrics are gathered and reported, allowing trainees to objectively track their progress at learning the procedure and becoming proficient with required robotic surgery skills.
Maestro AR for Hysterectomy divides the complete RATLH procedure into the following steps:
1. Pelvic Survey
2. Desiccation and Transection of Fallopian Tube and Utero-Ovarian Ligament
3. Desiccation and Transection of Round Ligament
4. Incision and Separation of Broad Ligament
5. Skeletonization and Desiccation of Uterine Arteries and Vasculature
6. Creation of the Vesicouterine Reflection and Adhesiolysis
7. Transection of Uterine Vasculature
9. Vaginal Cuff closure
“By augmenting real surgical video with interactive virtual content, we are able to deliver realism on a whole new level,” said Jeff Berkley, PhD, CEO, Mimic Technologies, Inc. “Our process for generating augmented reality is also extremely efficient and we expect to generate a large volume of content over the next few years that will allow trainees to walk through a wide variety of surgical scenarios as presented by world leading educators. We feel this will expose surgeons to a tremendous variety of surgical scenarios that would not normally be encountered under a normal case load.”
Maestro AR is available exclusively on the Mimic dV-Trainer as a multi-specialty package, that includes Hysterectomy and Partial Nephrectomy, (lead by Dr. Inderbir Gill of USC). Prostatectomy and Lower Colon Resection will be added to the package within the next half year.
Maestro AR for Hysterectomy will be demonstrated at the Mimic Technologies booth (#330) during the Global Congress on Minimally Invasive Gynecology (AAGL) in Vancouver, British Columbia, Canada, on November 18-20, 2014. Mimic’s Maestro Hysterectomy will also be featured in an AAGL class (ROBO Course 603) to be held on Monday the 17th, which will be proctored by Dr. Peter Lim, Dr. John Lenihan, Dr. Martin Martino, Todd Larson, RN, MS, CNOR, Dr. Gerald Harkins, Dr. Michelle Nisolle, and Dr. Fatih Sendag.
For more information: www.MimicSimulation.com/Hysterectomy
The following blog post is a transcript of a speech Andrew J. Hung, MD (Director, Surgical Simulation & Education at USC Institute of Urology) gave during this year’s American Urological Association Annual Meeting in Orlando, Florida.
“Existing robotic virtual reality simulators have been focused on basic surgical skills. This has been a very appropriate entry point for surgeons who want to adopt robotic surgery into their practice. Procedure specific simulation is the next frontier.
In developing Procedure-Specific Simulations we have learned the following:
First, the collaboration between the surgeon and the software developer is absolutely critical. A surgeon brings to the table an intricate understanding of the anatomy as well as the procedure. The software developer brings engineering, and very specific technical capabilities, such as the 3D artist who brings our ideas into a 3D environment that’s interactive and engaging.
Second, our whole process starts with the storyboard. In our case, the robotic Partial Nephrectomy scripted from beginning to end, skin-to-skin, not leaving out a single detail. And, we record the operating room procedure. The High Definition Stereo 3D is very sophisticated recording device capable of recording the procedure with the absolute highest graphic definition.
Third, we then take the whole procedure, edit it, introduce anatomy, and ask users to point out main parts, as a baseline test, before they are allowed to move on to the next step in the operation. The procedure step leads to another cognitive type question. We ask users ‘what is the next step coming up?’ because it is important to know what to anticipate in the surgeon’s mind.
Finally, because this is now called ‘Procedure-Specific,’ we’re teaching advanced skills such as tissue retraction. We ask the surgeon, ‘Where do you grab the tissue?’ and ‘which direction do you pull it?’ and ‘with what amount of force should it be pulled?’ The intent is to create tissue manipulation that appears to be real.
In the past, procedure simulation was designed by engineers and then validated in retrospect by surgeons. But now we have flipped this process around. Now, during design development, the surgeons and engineers have to collaborate and really test their user studies. We invited faculty, expert surgeons, novice surgeons, and we’ve had them form the basic validation steps. We ask the experts, ‘is this realistic? Is this going to be a useful training tool?’ And, importantly, we compare and look in very close detail at novice performance versus expert performance because we want to see that there is an ability to distinguish between the two.
We not only look at which questions had a good difference between a novice user and an expert user, but actually focused on the questions that failed to meet current validation. And we looked at the very visual questions or exercises, and thought about how we could improve this particular question. As a result, we now have the ability to test augmented reality experiences, and this is where more and more procedure specific simulation is going.
The emphasis here is that during development, validation begins. The more advanced levels of validation, for example being able to bring or correlate the performance on this platform and real tissue, happens immediately as part of the development process. The next few steps that we want to take include integrating global assessment; sophisticated assessment into a procedure specific environment; and, full virtual reality integration.
Today everybody wants to manipulate that tissue. They want it to be real. And finally, the ultimate goal of what we do, and I think all of the folks at simulation want to do, is go beyond Procedure-Specific and into Patient-Specific rehearsal.”
New Maestro AR™ 3D augmented reality brings procedure-specific content to robotic surgery simulation training
Partial Nephrectomy module debuts at AUA, May 17-20, 2014
Mimic Technologies announces the launch of Maestro AR, a new augmented reality software module exclusively available on the dV-Trainer® robotic surgery simulator. Maestro AR is the first robotic surgery simulation technology that provides 3D virtual instruments for interaction with anatomy in a 3D video environment.
Maestro AR is available as a multi-specialty package, including Partial Nephrectomy (available now) with Hysterectomy, Prostatectomy and General Surgery modules in development for future delivery. Maestro AR for Partial Nephrectomy will be demonstrated at the Mimic Technologies booth (#917) during the American Urological Association (AUA) annual meeting, May 17 – 20, 2014, Orlando, FL.
Maestro AR for Partial Nephrectomy (partial removal of a kidney) was developed in collaboration with Inderbir S. Gill, MD (Chairman and Professor of the Catherine and Joseph Aresty Department of Urology, Founding Executive Director of the USC Institute of Urology and Associate Dean for Clinical Innovation, Keck School of Medicine of USC) and Andrew J. Hung, MD (Clinical Fellow, Advanced Robotics and Laparoscopy, Keck School of Medicine of USC).
Using the dV-Trainer, Partial Nephrectomy trainees interact with anatomical regions using virtual robotic instruments within augmented 3D video. The Partial Nephrectomy video used in the module is taken from an actual case performed by Dr. Gill.
The module also features audio narration from Dr. Gill to help guide the trainee through five procedure steps:
1) Colon mobilization
2) Kocherization of duodenum
3) Hilar dissection
4) Completion of kidney mobilization
5) Tumor excision and renorrhaphy
As they progress through the module, the trainees will identify anatomy, anticipate tissue retractions, predict regions for dissection and refine surgical skills. Partial Nephrectomy includes an embedded virtual reality renorrhaphy skills exercise designed to match the needle pattern used in this procedure.
“Mimic is proud to help fulfill demand that has built up for truly meaningful, procedure-specific content,” said Jeff Berkley, PhD, CEO, Mimic Technologies, Inc. “Our vision is to provide an exceptional training support option across multiple specialties that promotes skill development and basic familiarity with a procedure. We’re pleased that early feedback on Partial Nephrectomy suggests that Maestro AR is exceeding expectations through its unique combination of 3D instruments and augmented video.”
For more information:
Mimic Technologies, Inc, founded in 2001 and based in Seattle, is a pioneer and leader in robotic surgery simulation and training. The dV-Trainer by Mimic was the first simulator to recreate the look and feel of the da Vinci® Surgery System from Intuitive Surgical. F
- For more information about Dr. Gill:
- For more information about Dr. Hung:
- For more information about Dr. Jeff Berkley:
With the latest MSim™ software update to the dV-Trainer robotic surgery simulator, Mimic Technologies is providing customers and research partners with a preview of forthcoming augmented video simulation technology.
The new procedure-specific simulation training module for partial nephrectomy was developed in collaboration with Inderbir S. Gill, MD (Chairman and Professor of the Catherine and Joseph Aresty Department of Urology, Founding Executive Director of the USC Institute of Urology and Associate Dean for Clinical Innovation, Keck School of Medicine of USC) and Andrew J. Hung, MD (Clinical Fellow, Advanced Robotics and Laparoscopy, Keck School of Medicine of USC).
This new training technique will enable users to advance clinical decision-making skills as they use virtual robotic instruments to interact with anatomical regions within augmented 3D surgical video footage of a case performed by Dr. Gill. Trainees will learn to identify anatomy, anticipate tissue retractions, predict regions for dissection and refine surgical skills such as suturing. The interactive module includes audio narration from Dr. Gill to bring the user through the steps of the procedure.
“Many thought leaders in the robotic surgery community have suggested that procedure-specific simulation training would be an incredibly useful new approach to promote skill development, especially for less experienced surgeons,” said Jeff Berkley, CEO, Mimic Technologies Inc. “Through our collaboration with Drs. Gill and Hung, we could not be more delighted to now show our existing partners and customers how far we’ve come in making it a reality.”
The full partial nephrectomy procedure module is exclusively available from Mimic on the dV-Trainer, and available for purchase for May 2014 delivery.
For more information: