Video

We present this video with the objective of demonstrating a hysterectomy performed using the robotic single-site approach in juxtaposition with a robotic multiport hysterectomy. In the video, and briefly here, we review the benefits, disadvantages, and challenges of robotic single-site hysterectomy. 

The advantages of single-site robotic hysterectomy include:

• possible improved aesthetics for the patient
• allowance for surgeon independence while minimizing the need for a bedside assistant
• automatic reassignment of the robotic arm controls
• circumvention of certain limitations seen in laparoscopic single-site procedures.

The disadvantages of single-site robotic hysterectomy include:

• instrumentation is nonwristed and less robust than that of multiport instrumentation
• decreased degrees of freedom
• longer suturing time
• restricted assistant port use
• decreased applicability to a wide range of procedures as the surgical approach is limited to less complex and smaller pathology.

Related articles:
The robot is broadly accessible less than 10 years after its introduction to gynecologic surgery. Janelle Yates (News for your Practice; December 2013)
The robot is gaining ground in gynecologic surgery. Should you be using it? Arnold P. Advincula MD; Cheryl B. Iglesia MD; Rosanne M. Kho MD; Jamal Mourad, DO; Marie Fidela R. Paraiso, MD; Jason D. Wright, MD (Roundtable; April 2013)
Identify your learning curve for robotic hysterectomy. Joshua L Woelk, MD, MS, and John B. Gebhart, MD, MS (Guest Editorial; April 2013)

In general, each step of the single-port procedure has been found to be equivalent in time to a multiport approach to robotic-assisted hysterectomy—except for the step of vaginal cuff closure. Since the initial experience, aside from overcoming the learning curve of a new surgical approach, various techniques have been modified in order to surmount this challenge, such as closing the vaginal cuff vertically, using a cutting needle versus a tapered needle, addition of a “plus one” wristed multiport robotic arm, or replacing the single-site robotic needle driver with a multiport 5-mm needle driver.

Nevertheless, widespread adoption of single-site robotic gynecologic surgery still requires further technological improvements, and further research and experience is needed to determine its role, benefits, and applications in gynecologic surgery.

--Dr. Arnold Advincula, AAGL 2014 Scientific Program Chair

WE WANT TO HEAR FROM YOU!Share your thoughts on this article. Send your Letter to the Editor to: [email protected]

We present this video with the objective of demonstrating a hysterectomy performed using the robotic single-site approach in juxtaposition with a robotic multiport hysterectomy. In the video, and briefly here, we review the benefits, disadvantages, and challenges of robotic single-site hysterectomy. 

The advantages of single-site robotic hysterectomy include:

• possible improved aesthetics for the patient
• allowance for surgeon independence while minimizing the need for a bedside assistant
• automatic reassignment of the robotic arm controls
• circumvention of certain limitations seen in laparoscopic single-site procedures.

The disadvantages of single-site robotic hysterectomy include:

• instrumentation is nonwristed and less robust than that of multiport instrumentation
• decreased degrees of freedom
• longer suturing time
• restricted assistant port use
• decreased applicability to a wide range of procedures as the surgical approach is limited to less complex and smaller pathology.

Related articles:
The robot is broadly accessible less than 10 years after its introduction to gynecologic surgery. Janelle Yates (News for your Practice; December 2013)
The robot is gaining ground in gynecologic surgery. Should you be using it? Arnold P. Advincula MD; Cheryl B. Iglesia MD; Rosanne M. Kho MD; Jamal Mourad, DO; Marie Fidela R. Paraiso, MD; Jason D. Wright, MD (Roundtable; April 2013)
Identify your learning curve for robotic hysterectomy. Joshua L Woelk, MD, MS, and John B. Gebhart, MD, MS (Guest Editorial; April 2013)

In general, each step of the single-port procedure has been found to be equivalent in time to a multiport approach to robotic-assisted hysterectomy—except for the step of vaginal cuff closure. Since the initial experience, aside from overcoming the learning curve of a new surgical approach, various techniques have been modified in order to surmount this challenge, such as closing the vaginal cuff vertically, using a cutting needle versus a tapered needle, addition of a “plus one” wristed multiport robotic arm, or replacing the single-site robotic needle driver with a multiport 5-mm needle driver.

Nevertheless, widespread adoption of single-site robotic gynecologic surgery still requires further technological improvements, and further research and experience is needed to determine its role, benefits, and applications in gynecologic surgery.

--Dr. Arnold Advincula, AAGL 2014 Scientific Program Chair

WE WANT TO HEAR FROM YOU!Share your thoughts on this article. Send your Letter to the Editor to: [email protected]

We present this video with the objective of demonstrating a hysterectomy performed using the robotic single-site approach in juxtaposition with a robotic multiport hysterectomy. In the video, and briefly here, we review the benefits, disadvantages, and challenges of robotic single-site hysterectomy. 

The advantages of single-site robotic hysterectomy include:

• possible improved aesthetics for the patient
• allowance for surgeon independence while minimizing the need for a bedside assistant
• automatic reassignment of the robotic arm controls
• circumvention of certain limitations seen in laparoscopic single-site procedures.

The disadvantages of single-site robotic hysterectomy include:

• instrumentation is nonwristed and less robust than that of multiport instrumentation
• decreased degrees of freedom
• longer suturing time
• restricted assistant port use
• decreased applicability to a wide range of procedures as the surgical approach is limited to less complex and smaller pathology.

Related articles:
The robot is broadly accessible less than 10 years after its introduction to gynecologic surgery. Janelle Yates (News for your Practice; December 2013)
The robot is gaining ground in gynecologic surgery. Should you be using it? Arnold P. Advincula MD; Cheryl B. Iglesia MD; Rosanne M. Kho MD; Jamal Mourad, DO; Marie Fidela R. Paraiso, MD; Jason D. Wright, MD (Roundtable; April 2013)
Identify your learning curve for robotic hysterectomy. Joshua L Woelk, MD, MS, and John B. Gebhart, MD, MS (Guest Editorial; April 2013)

In general, each step of the single-port procedure has been found to be equivalent in time to a multiport approach to robotic-assisted hysterectomy—except for the step of vaginal cuff closure. Since the initial experience, aside from overcoming the learning curve of a new surgical approach, various techniques have been modified in order to surmount this challenge, such as closing the vaginal cuff vertically, using a cutting needle versus a tapered needle, addition of a “plus one” wristed multiport robotic arm, or replacing the single-site robotic needle driver with a multiport 5-mm needle driver.

Nevertheless, widespread adoption of single-site robotic gynecologic surgery still requires further technological improvements, and further research and experience is needed to determine its role, benefits, and applications in gynecologic surgery.

--Dr. Arnold Advincula, AAGL 2014 Scientific Program Chair

WE WANT TO HEAR FROM YOU!Share your thoughts on this article. Send your Letter to the Editor to: [email protected]

Vaginal hysterectomy is the preferred route to benign hysterectomy because it is associated with better outcomes and fewer complications than the laparoscopic and open abdominal approaches.^1,2 Yet, despite superior patient outcomes and cost benefits, the rate of vaginal hysterectomy is declining.

According to the Nationwide Inpatient Sample, the use of vaginal hysterectomy declined from 24.8% in 1998 to 16.7% in 2010.³ In fact, more than 80% of surgeons in the United States now perform fewer than five vaginal procedures in a year.⁴

The increasing use of other minimally invasive routes, such as laparoscopy and robotics, indicates that most practicing surgeons and recent graduates are choosing these approaches over the vaginal route. In only 3 years, the rate of laparoscopy increased by 6% and robotics increased by ­almost 10%.³

Many surgeons assume that vaginal hysterectomy exists in a state of suspended animation, with nothing much changed in the way it has been performed over the past few decades. Further, vaginal surgery is difficult to teach and learn, given limitations in exposure and visualization, difficulty in securing hemostasis, and challenges in the removal of the large uterus and adnexae. As a result, vaginal hysterectomy often is thought, erroneously, to be indicated only in procedures involving a small and prolapsing uterus.

To increase the rate of vaginal hysterectomy, we can benefit from experience gained in laparoscopy and robotics—whether we are teachers or learners—while maintaining patient safety and containing costs.

In this article, I describe common challenges in vaginal hysterectomy and offer tools and techniques to overcome them:

• achieving and enhancing ergonomics, exposure, and visualization
• the need to work in a long vaginal vault
• the task of securing vascular and thick tissue pedicles when the introitus and vaginal vault are narrow.

The vaginal approach is less costly
Vaginal hysterectomy costs significantly less to perform than other approaches. At a tertiary referral center, vaginal hysterectomy costs approximately $7,000 to $18,000 per case less than laparoscopic, abdominal, and robotic hysterectomy.⁵ With declining use of vaginal hysterectomy and increasing use of more costly approaches, we face a health-care crisis.

Residents are inadequately trained to perform vaginal hysterectomy
Data reveal that not only are our recent graduates inadequately prepared to perform vaginal hysterectomy, but national health-care dollars and resources are depleted when surgeons choose to perform more costly approaches. As a result, many eligible patients end up deprived of the benefits of a single, concealed, and minimally invasive procedure.

The increase in laparoscopic and robotic approaches to hysterectomy has affected residency training. National case log reports from the Accreditation Council of Graduate Medical Education show that the number of vaginal hysterectomies performed by residents as “primary surgeons” decreased by 40%, from a mean of 35 cases in 2002 to 19 cases in 2012.⁶ A recent survey found that only 28% of graduating residents were “completely prepared” to perform a vaginal hysterectomy, compared with 58% for abdominal hysterectomy, 22% for laparoscopic hysterectomy, and 3% for the robotic approach.⁷

The rate of vaginal hysterectomy will continue to decline if we perform it in the same manner it was done 30 years ago. The current generation of practicing gynecologists and graduates is choosing to perform the procedure laparoscopically or robotically because of the advantages these technologies provide. It is time that we incorporate features from these minimally invasive approaches to streamline vaginal hysterectomy while maintaining patient safety and containing costs.

Challenges: Ergonomics, exposure, and visualization
In conventional vaginal surgery, the surgeon often is the person who has the best and, sometimes, the sole view. Two bedside assistants are required to hold retractors during the entire case, which can lead to fatigue and muscle strain. Poor lighting also can greatly limit visualization into the pelvic cavity.

Both laparoscopy and robotics provide a well-illuminated and magnified view, with three-dimensional images now available in both platforms. This view is projected to overhead monitors for the entire surgical team to see. Magnification of the pelvic anatomic structures and projection to an external monitor facilitate teaching and learning, better anticipation of the surgical and procedural needs, and overall patient safety.

From robotics, where ergonomics is exemplified, we also learn the importance of surgeon comfort during the procedure.

Solution #1: A self-retaining retractor
A self-retaining system such as the Magrina-Bookwalter vaginal retractor (Symmetry Surgical, Nashville, Tennessee) (FIGURE 1)

Solution #2: Seat the surgeon for an optimal view
With the patient in the lithotomy position and her legs in candy cane stirrups, the surgeon can be seated on a high chair so that the operative field is at the approximate level of the assistants’ view (FIGURE 2)

Solution #3: Illuminate the cavity
The deep pelvic cavity can be easily illuminated using a lighted suction tip, a flexible light source (as part of the cystoscopy set) held with a Babcock clamp (FIGURE 3), or a malleable illuminating mat taped to the retractor blades (such as Lightmat surgical illuminator, Lumitex, Inc., Strongsville, Ohio).

Solution #4: Project the image
Cameras attached to an overhead boom or operating room light handles (FIGURE 4) and an external telescope with integrated illumination, such as a standard cystoscope or VITOM Exoscope (Karl Storz, El Segundo, California) (FIGURE 5) provide both magnification and projection of the procedure to an overhead monitor.

Glass technology (Google, Mountain View, California) also has been utilized in surgery and can be a good application of simultaneous projection and recording of the procedure to an external monitor (­FIGURE  6). Google Glass is a wearable computer with an optical head-mounted display. The device, similar to eyeglasses, is voice-activated, thereby allowing the surgeon to record the procedure hands-free. Simultaneous projection to an external monitor allows the entire team in the operating room to be aware of the flow of the procedure.

Challenge: Working in a narrow vaginal vault
Without correct instrumentation, this challenge can be especially daunting. Laparoscopy and robotics have changed the way we perform pelvic surgery by providing advanced instrumentation.

Solution #5: Adapt your instruments
Modified vaginal instruments can be used to facilitate a case. Watch the accompanying VIDEO on the use of improved vaginal instruments during morcellation.

Among the instruments adaptable for vaginal surgery:

• curving, articulating instruments
• long, curved, and rounded knife handles, which allow for better ergonomics during prolonged morcellation
• modified long retractors and use of a single long vaginal pack provide retraction of loops of bowel and easy access to secure pedicles deep in the pelvis.

All of these instruments are available through  Marina Medical in Sunrise, Florida.

Challenge: Securing vascular and thick tissue pediclesA narrow introitus and vaginal vault can be difficult to manage during vaginal surgery. Another challenge is a uterus that is large or deformed by multiple fibroids.

Solution #6: Vaginal incision
A simple superficial 2- to 3-cm incision on the distal posterior aspect of the vaginal wall can widen the introitus and vault to facilitate the procedure (FIGURE 7)

Solution #7: Vessel-sealing tools
The use of energy is integral to laparoscopy and robotics for dissection and securing vessels. In a meta-analysis that included seven randomized controlled trials, advanced vessel-sealing devices proved useful in vaginal surgery by decreasing blood loss and operative time.⁸

In the setting of a difficult vaginal hysterectomy with a narrow introitus and large uterus, the use of vessel-sealing technology allows the surgeon to skeletonize the uterine arteries while allowing progressive descensus to secure the upper pedicles.

In my experience, the use of an advanced vessel-sealing device, compared with traditional clamp-cut-tying technique, facilitated successful completion of vaginal hysterectomy in 650 patients with relative contraindications to the vaginal approach, such as nulliparity, a uterus weighing more than 250 g, and a history of cesarean delivery (Mayo Clinic data; yet unpublished).

We must change with the times
The rate of vaginal hysterectomy will continue to decline unless we modify our technique to incorporate new technology. The current generation of practicing gynecologists and recent graduates are choosing the laparoscopic and robotic approaches because of the advantages these technologies offer. It is time we incorporate relevant features from these minimally invasive approaches while maintaining patient safety and containing costs by performing vaginal hysterectomy whenever possible. A willingness to change and ability to think outside the usual box will help us train new generations of vaginal surgeons who can bring back vaginal hysterectomy as the preferred route to the benign hysterectomy.

WE WANT TO HEAR FROM YOU! Share your thoughts on this article. Send your Letter to the Editor to: [email protected]

Vaginal hysterectomy is the preferred route to benign hysterectomy because it is associated with better outcomes and fewer complications than the laparoscopic and open abdominal approaches.^1,2 Yet, despite superior patient outcomes and cost benefits, the rate of vaginal hysterectomy is declining.

According to the Nationwide Inpatient Sample, the use of vaginal hysterectomy declined from 24.8% in 1998 to 16.7% in 2010.³ In fact, more than 80% of surgeons in the United States now perform fewer than five vaginal procedures in a year.⁴

The increasing use of other minimally invasive routes, such as laparoscopy and robotics, indicates that most practicing surgeons and recent graduates are choosing these approaches over the vaginal route. In only 3 years, the rate of laparoscopy increased by 6% and robotics increased by ­almost 10%.³

Many surgeons assume that vaginal hysterectomy exists in a state of suspended animation, with nothing much changed in the way it has been performed over the past few decades. Further, vaginal surgery is difficult to teach and learn, given limitations in exposure and visualization, difficulty in securing hemostasis, and challenges in the removal of the large uterus and adnexae. As a result, vaginal hysterectomy often is thought, erroneously, to be indicated only in procedures involving a small and prolapsing uterus.

To increase the rate of vaginal hysterectomy, we can benefit from experience gained in laparoscopy and robotics—whether we are teachers or learners—while maintaining patient safety and containing costs.

In this article, I describe common challenges in vaginal hysterectomy and offer tools and techniques to overcome them:

• achieving and enhancing ergonomics, exposure, and visualization
• the need to work in a long vaginal vault
• the task of securing vascular and thick tissue pedicles when the introitus and vaginal vault are narrow.

The vaginal approach is less costly
Vaginal hysterectomy costs significantly less to perform than other approaches. At a tertiary referral center, vaginal hysterectomy costs approximately $7,000 to $18,000 per case less than laparoscopic, abdominal, and robotic hysterectomy.⁵ With declining use of vaginal hysterectomy and increasing use of more costly approaches, we face a health-care crisis.

Residents are inadequately trained to perform vaginal hysterectomy
Data reveal that not only are our recent graduates inadequately prepared to perform vaginal hysterectomy, but national health-care dollars and resources are depleted when surgeons choose to perform more costly approaches. As a result, many eligible patients end up deprived of the benefits of a single, concealed, and minimally invasive procedure.

The increase in laparoscopic and robotic approaches to hysterectomy has affected residency training. National case log reports from the Accreditation Council of Graduate Medical Education show that the number of vaginal hysterectomies performed by residents as “primary surgeons” decreased by 40%, from a mean of 35 cases in 2002 to 19 cases in 2012.⁶ A recent survey found that only 28% of graduating residents were “completely prepared” to perform a vaginal hysterectomy, compared with 58% for abdominal hysterectomy, 22% for laparoscopic hysterectomy, and 3% for the robotic approach.⁷

The rate of vaginal hysterectomy will continue to decline if we perform it in the same manner it was done 30 years ago. The current generation of practicing gynecologists and graduates is choosing to perform the procedure laparoscopically or robotically because of the advantages these technologies provide. It is time that we incorporate features from these minimally invasive approaches to streamline vaginal hysterectomy while maintaining patient safety and containing costs.

Challenges: Ergonomics, exposure, and visualization
In conventional vaginal surgery, the surgeon often is the person who has the best and, sometimes, the sole view. Two bedside assistants are required to hold retractors during the entire case, which can lead to fatigue and muscle strain. Poor lighting also can greatly limit visualization into the pelvic cavity.

Both laparoscopy and robotics provide a well-illuminated and magnified view, with three-dimensional images now available in both platforms. This view is projected to overhead monitors for the entire surgical team to see. Magnification of the pelvic anatomic structures and projection to an external monitor facilitate teaching and learning, better anticipation of the surgical and procedural needs, and overall patient safety.

From robotics, where ergonomics is exemplified, we also learn the importance of surgeon comfort during the procedure.

Solution #1: A self-retaining retractor
A self-retaining system such as the Magrina-Bookwalter vaginal retractor (Symmetry Surgical, Nashville, Tennessee) (FIGURE 1)

Solution #2: Seat the surgeon for an optimal view
With the patient in the lithotomy position and her legs in candy cane stirrups, the surgeon can be seated on a high chair so that the operative field is at the approximate level of the assistants’ view (FIGURE 2)

Solution #3: Illuminate the cavity
The deep pelvic cavity can be easily illuminated using a lighted suction tip, a flexible light source (as part of the cystoscopy set) held with a Babcock clamp (FIGURE 3), or a malleable illuminating mat taped to the retractor blades (such as Lightmat surgical illuminator, Lumitex, Inc., Strongsville, Ohio).

Solution #4: Project the image
Cameras attached to an overhead boom or operating room light handles (FIGURE 4) and an external telescope with integrated illumination, such as a standard cystoscope or VITOM Exoscope (Karl Storz, El Segundo, California) (FIGURE 5) provide both magnification and projection of the procedure to an overhead monitor.

Glass technology (Google, Mountain View, California) also has been utilized in surgery and can be a good application of simultaneous projection and recording of the procedure to an external monitor (­FIGURE  6). Google Glass is a wearable computer with an optical head-mounted display. The device, similar to eyeglasses, is voice-activated, thereby allowing the surgeon to record the procedure hands-free. Simultaneous projection to an external monitor allows the entire team in the operating room to be aware of the flow of the procedure.

Challenge: Working in a narrow vaginal vault
Without correct instrumentation, this challenge can be especially daunting. Laparoscopy and robotics have changed the way we perform pelvic surgery by providing advanced instrumentation.

Solution #5: Adapt your instruments
Modified vaginal instruments can be used to facilitate a case. Watch the accompanying VIDEO on the use of improved vaginal instruments during morcellation.

Among the instruments adaptable for vaginal surgery:

• curving, articulating instruments
• long, curved, and rounded knife handles, which allow for better ergonomics during prolonged morcellation
• modified long retractors and use of a single long vaginal pack provide retraction of loops of bowel and easy access to secure pedicles deep in the pelvis.

All of these instruments are available through  Marina Medical in Sunrise, Florida.

Challenge: Securing vascular and thick tissue pediclesA narrow introitus and vaginal vault can be difficult to manage during vaginal surgery. Another challenge is a uterus that is large or deformed by multiple fibroids.

Solution #6: Vaginal incision
A simple superficial 2- to 3-cm incision on the distal posterior aspect of the vaginal wall can widen the introitus and vault to facilitate the procedure (FIGURE 7)

Solution #7: Vessel-sealing tools
The use of energy is integral to laparoscopy and robotics for dissection and securing vessels. In a meta-analysis that included seven randomized controlled trials, advanced vessel-sealing devices proved useful in vaginal surgery by decreasing blood loss and operative time.⁸

In the setting of a difficult vaginal hysterectomy with a narrow introitus and large uterus, the use of vessel-sealing technology allows the surgeon to skeletonize the uterine arteries while allowing progressive descensus to secure the upper pedicles.

In my experience, the use of an advanced vessel-sealing device, compared with traditional clamp-cut-tying technique, facilitated successful completion of vaginal hysterectomy in 650 patients with relative contraindications to the vaginal approach, such as nulliparity, a uterus weighing more than 250 g, and a history of cesarean delivery (Mayo Clinic data; yet unpublished).

We must change with the times
The rate of vaginal hysterectomy will continue to decline unless we modify our technique to incorporate new technology. The current generation of practicing gynecologists and recent graduates are choosing the laparoscopic and robotic approaches because of the advantages these technologies offer. It is time we incorporate relevant features from these minimally invasive approaches while maintaining patient safety and containing costs by performing vaginal hysterectomy whenever possible. A willingness to change and ability to think outside the usual box will help us train new generations of vaginal surgeons who can bring back vaginal hysterectomy as the preferred route to the benign hysterectomy.

WE WANT TO HEAR FROM YOU! Share your thoughts on this article. Send your Letter to the Editor to: [email protected]

Vaginal hysterectomy is the preferred route to benign hysterectomy because it is associated with better outcomes and fewer complications than the laparoscopic and open abdominal approaches.^1,2 Yet, despite superior patient outcomes and cost benefits, the rate of vaginal hysterectomy is declining.

According to the Nationwide Inpatient Sample, the use of vaginal hysterectomy declined from 24.8% in 1998 to 16.7% in 2010.³ In fact, more than 80% of surgeons in the United States now perform fewer than five vaginal procedures in a year.⁴

The increasing use of other minimally invasive routes, such as laparoscopy and robotics, indicates that most practicing surgeons and recent graduates are choosing these approaches over the vaginal route. In only 3 years, the rate of laparoscopy increased by 6% and robotics increased by ­almost 10%.³

Many surgeons assume that vaginal hysterectomy exists in a state of suspended animation, with nothing much changed in the way it has been performed over the past few decades. Further, vaginal surgery is difficult to teach and learn, given limitations in exposure and visualization, difficulty in securing hemostasis, and challenges in the removal of the large uterus and adnexae. As a result, vaginal hysterectomy often is thought, erroneously, to be indicated only in procedures involving a small and prolapsing uterus.

To increase the rate of vaginal hysterectomy, we can benefit from experience gained in laparoscopy and robotics—whether we are teachers or learners—while maintaining patient safety and containing costs.

In this article, I describe common challenges in vaginal hysterectomy and offer tools and techniques to overcome them:

• achieving and enhancing ergonomics, exposure, and visualization
• the need to work in a long vaginal vault
• the task of securing vascular and thick tissue pedicles when the introitus and vaginal vault are narrow.

The vaginal approach is less costly
Vaginal hysterectomy costs significantly less to perform than other approaches. At a tertiary referral center, vaginal hysterectomy costs approximately $7,000 to $18,000 per case less than laparoscopic, abdominal, and robotic hysterectomy.⁵ With declining use of vaginal hysterectomy and increasing use of more costly approaches, we face a health-care crisis.

Residents are inadequately trained to perform vaginal hysterectomy
Data reveal that not only are our recent graduates inadequately prepared to perform vaginal hysterectomy, but national health-care dollars and resources are depleted when surgeons choose to perform more costly approaches. As a result, many eligible patients end up deprived of the benefits of a single, concealed, and minimally invasive procedure.

The increase in laparoscopic and robotic approaches to hysterectomy has affected residency training. National case log reports from the Accreditation Council of Graduate Medical Education show that the number of vaginal hysterectomies performed by residents as “primary surgeons” decreased by 40%, from a mean of 35 cases in 2002 to 19 cases in 2012.⁶ A recent survey found that only 28% of graduating residents were “completely prepared” to perform a vaginal hysterectomy, compared with 58% for abdominal hysterectomy, 22% for laparoscopic hysterectomy, and 3% for the robotic approach.⁷

The rate of vaginal hysterectomy will continue to decline if we perform it in the same manner it was done 30 years ago. The current generation of practicing gynecologists and graduates is choosing to perform the procedure laparoscopically or robotically because of the advantages these technologies provide. It is time that we incorporate features from these minimally invasive approaches to streamline vaginal hysterectomy while maintaining patient safety and containing costs.

Challenges: Ergonomics, exposure, and visualization
In conventional vaginal surgery, the surgeon often is the person who has the best and, sometimes, the sole view. Two bedside assistants are required to hold retractors during the entire case, which can lead to fatigue and muscle strain. Poor lighting also can greatly limit visualization into the pelvic cavity.

Both laparoscopy and robotics provide a well-illuminated and magnified view, with three-dimensional images now available in both platforms. This view is projected to overhead monitors for the entire surgical team to see. Magnification of the pelvic anatomic structures and projection to an external monitor facilitate teaching and learning, better anticipation of the surgical and procedural needs, and overall patient safety.

From robotics, where ergonomics is exemplified, we also learn the importance of surgeon comfort during the procedure.

Solution #1: A self-retaining retractor
A self-retaining system such as the Magrina-Bookwalter vaginal retractor (Symmetry Surgical, Nashville, Tennessee) (FIGURE 1)

Solution #2: Seat the surgeon for an optimal view
With the patient in the lithotomy position and her legs in candy cane stirrups, the surgeon can be seated on a high chair so that the operative field is at the approximate level of the assistants’ view (FIGURE 2)

Solution #3: Illuminate the cavity
The deep pelvic cavity can be easily illuminated using a lighted suction tip, a flexible light source (as part of the cystoscopy set) held with a Babcock clamp (FIGURE 3), or a malleable illuminating mat taped to the retractor blades (such as Lightmat surgical illuminator, Lumitex, Inc., Strongsville, Ohio).

Solution #4: Project the image
Cameras attached to an overhead boom or operating room light handles (FIGURE 4) and an external telescope with integrated illumination, such as a standard cystoscope or VITOM Exoscope (Karl Storz, El Segundo, California) (FIGURE 5) provide both magnification and projection of the procedure to an overhead monitor.

Glass technology (Google, Mountain View, California) also has been utilized in surgery and can be a good application of simultaneous projection and recording of the procedure to an external monitor (­FIGURE  6). Google Glass is a wearable computer with an optical head-mounted display. The device, similar to eyeglasses, is voice-activated, thereby allowing the surgeon to record the procedure hands-free. Simultaneous projection to an external monitor allows the entire team in the operating room to be aware of the flow of the procedure.

Challenge: Working in a narrow vaginal vault
Without correct instrumentation, this challenge can be especially daunting. Laparoscopy and robotics have changed the way we perform pelvic surgery by providing advanced instrumentation.

Solution #5: Adapt your instruments
Modified vaginal instruments can be used to facilitate a case. Watch the accompanying VIDEO on the use of improved vaginal instruments during morcellation.

Among the instruments adaptable for vaginal surgery:

• curving, articulating instruments
• long, curved, and rounded knife handles, which allow for better ergonomics during prolonged morcellation
• modified long retractors and use of a single long vaginal pack provide retraction of loops of bowel and easy access to secure pedicles deep in the pelvis.

All of these instruments are available through  Marina Medical in Sunrise, Florida.

Challenge: Securing vascular and thick tissue pediclesA narrow introitus and vaginal vault can be difficult to manage during vaginal surgery. Another challenge is a uterus that is large or deformed by multiple fibroids.

Solution #6: Vaginal incision
A simple superficial 2- to 3-cm incision on the distal posterior aspect of the vaginal wall can widen the introitus and vault to facilitate the procedure (FIGURE 7)

Solution #7: Vessel-sealing tools
The use of energy is integral to laparoscopy and robotics for dissection and securing vessels. In a meta-analysis that included seven randomized controlled trials, advanced vessel-sealing devices proved useful in vaginal surgery by decreasing blood loss and operative time.⁸

In the setting of a difficult vaginal hysterectomy with a narrow introitus and large uterus, the use of vessel-sealing technology allows the surgeon to skeletonize the uterine arteries while allowing progressive descensus to secure the upper pedicles.

In my experience, the use of an advanced vessel-sealing device, compared with traditional clamp-cut-tying technique, facilitated successful completion of vaginal hysterectomy in 650 patients with relative contraindications to the vaginal approach, such as nulliparity, a uterus weighing more than 250 g, and a history of cesarean delivery (Mayo Clinic data; yet unpublished).

We must change with the times
The rate of vaginal hysterectomy will continue to decline unless we modify our technique to incorporate new technology. The current generation of practicing gynecologists and recent graduates are choosing the laparoscopic and robotic approaches because of the advantages these technologies offer. It is time we incorporate relevant features from these minimally invasive approaches while maintaining patient safety and containing costs by performing vaginal hysterectomy whenever possible. A willingness to change and ability to think outside the usual box will help us train new generations of vaginal surgeons who can bring back vaginal hysterectomy as the preferred route to the benign hysterectomy.

WE WANT TO HEAR FROM YOU! Share your thoughts on this article. Send your Letter to the Editor to: [email protected]

Click here to register for PAGS 2014 December 4 to 6 at the Bellagio in Las Vegas

More from PAGS 2013:

Lichen sclerosis: My approach to treatment
Michael Baggish, MD

Click here to register for PAGS 2014 December 4 to 6 at the Bellagio in Las Vegas

More from PAGS 2013:

Lichen sclerosis: My approach to treatment
Michael Baggish, MD

Click here to register for PAGS 2014 December 4 to 6 at the Bellagio in Las Vegas

More from PAGS 2013:

Lichen sclerosis: My approach to treatment
Michael Baggish, MD