Minimally Invasive Spine Surgery Archives

Benefits of Cadaver Labs and Studies for MIS Arthroscopic Procedures

MIS Arthroscopic Procedures for Shoulders, Elbows, Hands, Hips, Knees, and Hands

The use of human cadavers is essential for arthroscopic procedures on various joints such as shoulders, elbows, hips, knees, and hands. Here are some important points explaining why human cadavers are necessary for MIS (minimally invasive surgery) arthroscopic procedures:

Realistic Anatomy: Human cadavers provide an accurate representation of human anatomy, allowing surgeons to practice arthroscopic procedures on a real human body. This is especially important in MIS arthroscopic procedures, where surgeons need to understand the location and function of bones, muscles, and other structures.
Hands-On Experience: Cadavers provide an opportunity for surgeons to gain hands-on experience with arthroscopic procedures, which can be complex and require a high degree of skill. Practice on cadavers helps surgeons become familiar with the steps of the procedure and gain confidence in their abilities.
Testing and Development of New Techniques: Cadavers are also used to test and develop new arthroscopic techniques and tools, allowing for advances in MIS arthroscopic surgery. Surgeons can practice on cadavers without putting patients at risk and can refine their techniques before using them on live patients.
Education: Cadavers are an important educational tool for residents, fellows, and medical students. Exposure to human cadavers helps future surgeons gain an understanding of human anatomy and the intricacies of arthroscopic surgery.
Research: Cadavers can also be used for research purposes, allowing surgeons to study joint diseases and conditions and test new treatments and therapies.
Simulated Pathologies: Cadavers can be modified to simulate various joint pathologies, allowing surgeons to practice and refine their skills in treating these conditions without putting patients at risk.

Overall, the use of human cadavers in MIS arthroscopic procedures is essential for the development of […]

May 8th, 2023|Medical Education, Medical Training, Minimally Invasive Spine Surgery|Comments Off|

MIS Labs

Cadaver lab studies have been flexible for many types of procedures.

Another great benefit for a cadaver lab is the study of MIS.

MIS, or Minimally Invasive Spine Procedures, are a type of surgical technique used to treat various spinal conditions with smaller incisions and less disruption to the surrounding muscles and tissues compared to traditional open surgeries.

During an MIS procedure, specialized instruments and imaging technology are used to access and treat the affected area through small incisions in the skin. This approach allows for less damage to surrounding tissues, decreased blood loss, and reduced pain and scarring compared to traditional open surgeries.

Benefits of MIS procedures can include:

Faster recovery time: Because MIS procedures cause less damage to surrounding tissues, patients may experience a quicker and less painful recovery time.
Reduced risk of complications: Since MIS procedures are less invasive, there is a lower risk of complications such as infection, bleeding, or damage to surrounding structures.
Reduced pain and scarring: Because the incisions used in MIS procedures are smaller, patients may experience less pain and scarring compared to traditional open surgeries.
Shorter hospital stay: Due to the less invasive nature of MIS procedures, patients may be able to go home sooner than with traditional open surgeries.

Overall, MIS procedures are becoming increasingly common for a wide range of spinal conditions and are often a preferred option for patients who want to minimize their recovery time and reduce the risk of complications associated with traditional open surgeries. However, it’s important to determine if MIS procedures are right for certain patients based on specific medical history and condition.

March 28th, 2023|Medical Education, Minimally Invasive Spine Surgery|Comments Off|

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Minimally Invasive Spinal Surgery Makes Sense for Patients and Their Providers

Minimally Invasive Spinal Surgery Makes Sense for Patients and Their Providers

Spine surgery has always been a relatively complex matter. It wasn’t long ago that patients needing a back or neck procedure had their surgery using an “open” technique. Over time, a myriad of procedures were refined thanks to advances in surgical instrumentation and techniques. Surgeons also now have a better understanding of anatomical structure as a result of advancing diagnostic imaging, cadaver training, and other tools. This understanding has elevated patient outcomes, particularly for spinal surgeries.

There is no question that minimally invasive spine surgery is advantageous for patients. The recovery period after surgery is typically shorter and more comfortable. With shorter incisions than open surgery, minimally invasive spine procedures have a lower risk of infection and blood loss. Today’s spine surgeon tends to be extraordinarily motivated to master minimally invasive surgical techniques and demonstrate proficiency that translates into successful outcomes. This is yet another testament to the validity of cadaver training.

Minimally invasive spine surgery is not new. This area of medicine has been in an ongoing process of refinement for over half a century. The last few decades alone have brought significant advancements. With beginnings that included a small group of surgeons learning microsurgical techniques, minimally invasive procedural models have expanded exponentially throughout all of medicine, with one surgeon honing skills and passing them on to colleagues through formal training events.

The value of minimally invasive surgical techniques is not limited to patients, though that is the ultimate goal. Surgeons also experience fewer issues when modern surgical methods are utilized. MISS spares tissue and nerves far better than open surgery while achieving the access that is necessary for a safe and effective spine surgery. Spinal surgeons must navigate a significant amount of anatomy, and today’s […]

July 15th, 2021|Minimally Invasive Spine Surgery|Comments Off|

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How MISS Supports Optimal Patient Outcomes

How MISS Supports Optimal Patient Outcomes

Until recently, spine surgery was conducted in an “open” manner. Advances in surgical technique and instrumentation have enabled more surgeons to refine the performance of a myriad of procedures. Advances in imaging and other diagnostic tools have led to a greater understanding of anatomical structure, which is crucial to patient outcomes, particularly in the area of spinal surgery. In combination, these advances have culminated in the increased awareness, interest, and performance of minimally invasive spinal surgery procedures.

The value to patients is clear. A minimally invasive surgery, as opposed to open surgery, support a much faster and more comfortable recovery. There are less blood loss and a much lower risk of infection during a minimally invasive surgery due to the inconsequential nature of incisions. Spinal specialists want to be experts in the performance of minimally invasive techniques; and they want to confidently demonstrate this expertise to their patients, which is why bioskills training is so important.

Minimally invasive spine surgery has been in a constant state of development since the 1960s, though the last few decades have been a time of significant improvement. Starting with a small group of surgeons who developed microsurgical techniques, the use of minimally invasive procedures has continued to expand, with each surgeon at the forefront of new techniques thoroughly testing them and then passing them on to others.

Minimally invasive surgical techniques have resolved one of the major issues faced by spinal surgeons: how to minimize tissue and nerve damage to the greatest degree while obtaining access to a relatively small part of the spinal column. There is a significant amount of anatomy in the way, but to cut and open a wide area of tissue would be to create inherent risk. […]

June 15th, 2017|Minimally Invasive Spine Surgery|Comments Off|