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Train Smarter, Not Harder

For the medical professional, training is a never-ending process. Surgical techniques are constantly changing. New devices and products are continually being developed, even the administrative and collaborative aspects of medicine do not stay the same from year to year. Fortunately, there is one thing we can always count on (and you know we never say “always”): the human body.

Med Ed Labs has been established to provide surgeons with the most accurate medical training they can get. This is working smarter, not harder. Studies show that, even in light of advanced virtual reality technology, the greatest value in medicine continues to be found in the human cadaver lab. Physicians and other medical professionals don’t just want to develop and advance their skills, they want to do so with reference to the real-life tissues they will handle in the clinical setting.

Professionals who have used one of the nationwide training labs we put together come from all walks of medicine, including gynecology, neurosurgery and neurology, orthopedic, head and neck surgery, spinal surgery, urology, dental, arthroscopic surgery and more. Why? Because each and every one of these specialties provide treatment on living, human tissue and there is no better way to get insightful information than to engage in training on cadavers.
Training smarter means:

Refining skills. It is an unspoken expectation of every patient that their clinical provider has the necessary skills to provide their treatment. It doesn’t matter if that treatment involves a few injections or a surgical procedure on the brain, heart, or other vital organs. Studies have shown that medical professionals who have trained in a cadaver lab hold a high degree of confidence in their clinical abilities and can thus communicate this to their patients, […]

Strategies for Reducing Medical Errors in Patient Care

According to a Johns Hopkins analysis of the medical death rate during an eight-year period, more than 250,000 deaths a year could be attributed to medical error. Each year, great strides are made in the medical community to improve patient safety. Continued research and development are necessary not only in hospitals but also in public and private medical practices. Here, we discuss a few strategies that are being implemented to achieve this.
Encourage a culture of reliability.
First and foremost, it is vital that the medical community develop an environment in which accountability is encouraged. The line here is that it is far too easy to lean to a “punishment” type of environment in which medical providers are actually discouraged from accurate reporting. The rule of proper accountability is to focus on behaviors rather than care providers.
Reliability is also a cornerstone of adequate medical care, and there may be no better way to achieve the highest standards of reliability than for each medical provider to have an in-depth familiarity with human anatomy. Training is something that never stops for the medical professional. Med Ed Labs has been established to support physicians and staff in their quest to improve quality of care while simultaneously reducing the risk of medical errors. Although numerous VR platforms have been developed to assist medical students in their training, they are not and should not be perceived as a substitute for human cadaver training.

Interdisciplinary Collaboration
In just about every instance of patient care, there is a chain. Where there is a handoff of patient care from one provider to another, communication will always be a critical point; one at which medical errors could happen. Quality assurance experts have observed positive […]

It’s Diabetes Awareness Month

November is Diabetes Awareness Month. With Type I and Type II diabetes affecting more than 30 million Americans, and Type II diabetes making up over 90% of diagnosed cases, it’s safe to say that this chronic health condition is a medical crisis for folks in our country. However, because it is so common and not as immediately life-threatening as cancer, diabetes does not get the attention it deserves. We want to shed some light on the various ways in which abnormal blood sugar levels can degrade just about every part of the body.
The Circulatory System
Multiple studies have confirmed that elevated blood sugar can damage large and small blood vessels throughout the body. This may be referred to as macrovascular disease or microvascular disease. Complications of diabetes-related blood vessel damage include stroke, heart attack, vein disease, and more. Because the blood vessels carry oxygen and nutrients to all parts of the body, circulatory issues secondary to diabetes may cause nerve, kidney, and eye problems. More recent research even points to diabetes as a potential contributing factor to erectile dysfunction.
The Cardiovascular System
The cardiovascular system is affected when excess sugar in the blood causes blood vessels to become more rigid. The loss of elasticity in the blood vessels leads to the accumulation of fatty deposits, which narrows the blood vessels and arteries. According to the Centers for Disease Control and Prevention, adults with diabetes have a 200 to 400% higher risk for heart disease and stroke as do people with normal blood sugar levels.
The Nervous System
It is well-known that uncontrolled diabetes creates a risk for nerve damage, or neuropathy. This, like many other conditions, relates to the degradation of healthy blood vessels secondary to diabetes. The Centers […]

The Role of Gamification in Modern Day Medical Training

Gaming and medicine are not two concepts we would normally put together. However, so much has changed in the methodology of medical training over the years that we are now in the era of virtual reality and online systems. Gamification is the term which describes the process of harvesting characteristics of traditional games and applying them to a non-game setting. This concept is increasing in popularity among medical schools as a way to increase student engagement beyond lectures and textbooks. Here, we look at three ways in which gamification is currently being utilized.
Healthy Competition
Several years ago, a professor at the University of Alabama Birmingham School of Medicine developed a multiple-choice quiz game that could be played online. This game let students test their clinical knowledge of internal medicine and even earn “badges” for quizzing themselves daily. Since this early use of gaming in medicine, the quiz-technique has expanded into other areas of medicine, including obstetrics and gynecology and emergency medicine. Students play independently or in teams, and can play against one another or a “digital opponent.”
Virtual Reality Emergency Situations
Students at Stanford University School of Medicine may be exposed to a mass casualty experience thanks to a virtual reality “game.” This experience offers the student user 10 points within the storyline at which they choose a triage category and determine the appropriate intervention for their patient. Points are earned based on their response to their selected triage category.
Escaping as a Team
Escape rooms have sprouted up all over the country, offering people the opportunity to complete tasks and solve puzzles to find their way to freedom – all in the name of fun, of course. Recently, a group of residents and a faculty member at Thomas […]

Where Virtual Reality Fits in Modern Medicine

Virtual reality represents the massive potential of innovative technology; so significant, in fact, that we have come to rely on virtual reality more than we may even imagine. In recent years, the medical field has been inundated with the positive aspects of virtual reality in our work and our patients’ lives. It may be assumed that, as a medical training organization dedicated to the continued use of human specimens, we have our misgivings about the integration of virtual reality into medicine. Not so. Here, we discuss a few of the areas in which VR is changing lives for the better.
Virtual Reality in the Healthcare Industry
Pain Management
There seems to be a prevalence of chronic pain and other instances in which pain management is paramount these days. In particular, virtual reality has proven beneficial for burn victims. In this instance, VR is used as a form of distraction therapy during wound care and physical therapy sessions. According to reports, patients playing entertaining VR games during these sessions are able to tolerate their treatment exceptionally well thanks to the blocking of pain pathways in the brain.
Stroke Recovery
It is well-understood that stroke and traumatic brain injury patients are under a time-crunch in terms of rehabilitation. The sooner that this begins, the more likely the patient is to regain the functions that were impaired by their injury or event. Innovative use of virtual reality is helping patients discover new ways to move fingers and limbs. Ultimately, the experience with VR leads patients to greater optimism and resiliency, through which the nervous system is better able to recover.
Exposure Therapy
For individuals being treated for anxiety, PTSD, and phobias, virtual reality holds particular value. Using VR, therapists can create triggering scenarios in […]

Mobile App Provides Assistance in Emergency Situations

Medical professionals are nearly always “on,” even when off the clock. The instances of physicians acting in a volunteer role are high, and this presents unique challenges that may affect the outcome of urgent medical support. Here, we discuss how a new mobile app is improving the way care is provided in unexpected situations.

It is safe to say that, even with the extensive training they receive, most healthcare professionals are not familiar with the protocols and the resources available to achieve emergency stabilization in settings such as air travel. According to one study, which was presented at the annual meeting of The Society for Academic Emergency Medicine, physicians who used technology during practice simulations of in-flight medical emergencies performed with greater confidence and efficacy.

In the study by Jump Simulation in collaboration with the University of Illinois College of Medicine Peoria, physicians used the airRx mobile app. This app is currently the only point-of-care technology designed to handle in-flight medical events. The app presents 23 of the most common emergency situations that occur, including the roles of the flight crew and medico-legal implications for health care professionals who volunteer to assist.

The study took place in a mockup setting in which patients, flight attendants, family members, and passengers were portrayed by actors. Participating physicians, who had no emergency training, were placed into two groups: one that had the availability of the airRx app, and one that had no external assistance. Physician volunteers were rated by trained observers who measured performance using a Critical Action Checklist. Additionally, physicians reported their sense of confidence before and after their simulations.

On both fronts, physicians who used the mobile app faired better than those who did not. The trained observers rated […]

Medical Education is Not a Once-and-Done Objective

To enter the medical field, a physician must complete years of education. The initial years of training are a lot – and they are only the beginning. The need for continued medical training has only increased through years of innovation. Surgeons and other medical personnel are continually presented with new products, techniques, and devices with which to improve patient outcomes. It takes time and effort to vet medical advances and then more time and effort to become familiar with the usage of modernized medicine.

Most states require healthcare providers to meet a certain number of hours of continuing medical education. Choosing relevant courses enables the provider to stay up-to-date on the protocols about which patients may inquire. Continued education also ensures that a provider is competitive and able to meet the varying needs of their patient-base.
What’s to Gain Through Continuing Education Courses
Cutting Edge Developments
As medicine continues to evolve, surgeons and other physicians need to at least be familiar with the latest developments that affect their patients. Techniques and devices are what shape medicine today, and bio skills courses present the opportunity for a healthcare provider to converse with savvy patients about the latest trends. The CME courses offered by Med Ed Labs involve hands-on cadaver training as well as demonstration and training on robotic surgical devices and more.
Skill Refinement
Ultimately, patients want to know that their healthcare providers have the necessary level of skill to successful guard their long-term health and wellness. With the constant changes that are taking place in medicine today, practitioners must reach the high end of the spectrum regarding knowledge, communication, and performance.
Professional Advancement
The primary objective of refining skills and staying at the forefront of medical technology is to provide the highest […]

We Can’t Overlook Robotics in Surgical Success

The da Vinci robotic surgical platform was first introduced to medicine in 2000. At that time, the robotic device was approved for the performance of laparoscopic surgeries. Now, nearly two decades later, we see the use of robotics used far more expansively than ever before. A large percentage of the minimally-invasive surgical procedures that are performed today involve either the da Vinci or another robotic platform. Because robotics is not going away, it is vital that physicians become acquainted with the merits of robotic surgery and well-versed in communicating the details of robotic surgery with their patients.
Robotics as the Surgical Assistant
Platforms like the da Vinci do not take over the role of the surgeon; they act as a highly-trained assistant. Through robotics, surgeons can increase their efficiency by using smaller surgical instruments without affecting precision. Most robotic surgeries are performed by two surgeons; one in the direct presence of the patient and the other at the platform console, observing the surgical field and maneuvering robotic arms using computer controls.

One of the most significant ways that robotics assist surgeons is by reducing fatigue. This is possible because the surgeon operating robotic arms is seated for the duration of the procedure. Also, the cameras involved in robotic surgeries magnify the surgical field up to ten-times – and in 3D high definition.
Robotics Benefit Patients, Too
Robotic surgical devices have been developed for mutual gain. A surgeon who is not affected by fatigue is a better-performing surgeon. The availability of small surgical tools and robotic hands significantly reduces the need for long incisions and more “open” surgical technique. Smaller incisions are the cornerstone of minimally-invasive surgeries and the basis of faster, more comfortable recovery.
Uses of Robotics in Modern Medicine
Robotics […]

How Cadaver Training Serves Medical Science and Development

The study of human cadaver tissues has served medicine well over the years. We routinely offer courses and supply adequate facilities for cadaver training revolving around cosmetic, orthopedic, and internal medicine procedures. Additionally, research indicates that cadaver labs provide valuable insights to companies interested in the development of medical devices.

Information is integral to development. With human cadaver training, it is possible to discern quite a lot about a procedure or device, including details such as:

Optimal placement of a device in actual human anatomy
Accurate spatial relationships between a device and its accessories and anatomical structures
Dimensional compatibility between new technology and human anatomy

Advanced Benefits to Further Innovation
Cadaver labs aren’t all about the tissue, as one may expect. This learning environment may also incorporate imaging equipment, surgical and interventional supplies, and other equipment that facilitates the fullest extent of observation possible. The implementation of appropriate mechanisms allows manufacturers to observe essential details relating to tissue/device interface, including how loading conditions will affect device performance.

Cadaver training improves development by alleviating guesswork:

Clinical testing performed on animal models is insufficient due to the significant anatomical differences that exist between animals and humans.
Animal models are not an accurate representation of the physiological disease states that exist in human anatomy.
Posture differences in animals (quadrupeds) and humans (bipeds) can affect device demonstration.

Innovation in the area of medical devices is integral to the ongoing improvement in patient outcomes. Med Ed Labs understands the value of research and development in the betterment of the medical community as a whole. Our team has been conducting successful human cadaver labs around the country for several years. The use of cadaver labs can assist with procedure discussion, identification of disease states and […]

Human Tissue a Valuable Asset to Spinal Surgery Training

Hands-on learning has always been advantageous for medical personnel. Without it, the extent of familiarity and preparedness for surgical performance is not what it could be. Though advances in technology and protocols have been perceived as advantageous and indeed may be in some ways, clinical experience has confirmed that no simulation compares to the human cadaver when it comes to authenticity.

Because the field of medicine is in a continual state of growth, there is value in the development of new training methods for students as well as physicians seeking to advance their education. The use of human cadavers has become a debatable topic in recent years, with some arguing that virtual reality provides as much value to the surgeon in training. Research disagrees.

In a joint study, researchers from the Royal College of Surgeons in the UK and the University of Michigan observed the differences between electronic instruction and cadaver training using human models. At the conclusion of their study, researchers concluded that cadavers offer a more realistic model for the identification and understanding of anatomical structures. Of course they did, they were literal models with real tissue not simulated in form.

Spinal surgeries are some of the most complex and intricate to be performed, and many such surgical procedures are performed on an annual basis. It makes sense, then, that those tasked with the performance of surgeries such as cervical laminoplasty or lumbar laminectomy do what is necessary to be as highly qualified as possible.

Research studies involving medical students and surgeons involved in cadaver training have confirmed that the use of cadaver tissue increases competency and confidence in the operating room. Cadavers offer surgeons the opportunity to observe normal tissue as well as diseased tissue […]