Introduction

Total Laparoscopic Hysterectomy (TLH) has become one of the most advanced and preferred minimally invasive procedures for the removal of the uterus. Compared to open surgery, TLH offers several advantages including smaller incisions, reduced postoperative pain, shorter hospital stay, faster recovery, and improved cosmetic outcomes. However, despite these benefits, one of the most significant concerns during laparoscopic hysterectomy is the risk of ureteric injury. Damage to the ureter can lead to severe complications such as urinary fistula, ureteral obstruction, infection, renal impairment, and the need for additional corrective surgeries.

To address this challenge, renowned laparoscopic surgeon Dr. RK Mishra introduced the innovative use of the Infrared Ureteric Catheter during Total Laparoscopic Hysterectomy. This advancement significantly enhances intraoperative safety by improving visualization of the ureters and reducing the possibility of accidental injury.

Understanding Total Laparoscopic Hysterectomy

Total Laparoscopic Hysterectomy is a minimally invasive surgical procedure in which the uterus is removed entirely using laparoscopic instruments inserted through small abdominal ports. The procedure is commonly performed for conditions such as:

• Uterine fibroids
• Adenomyosis
• Endometriosis
• Dysfunctional uterine bleeding
• Chronic pelvic pain
• Early-stage gynecological malignancy
• Uterine prolapse

The laparoscopic approach provides magnified visualization of pelvic anatomy, enabling surgeons to perform precise dissection with minimal tissue trauma. However, the ureters remain vulnerable because they run very close to the uterine arteries and pelvic structures involved in hysterectomy.

Risk of Ureteric Injury in Hysterectomy

Ureteric injury is considered one of the most feared complications in gynecological laparoscopic surgery. The ureter may be injured due to:

• Thermal damage from energy devices
• Accidental ligation
• Crushing or kinking
• Transection during dissection
• Excessive traction

The risk increases in patients with:

• Severe endometriosis
• Pelvic adhesions
• Large fibroids
• Previous pelvic surgery
• Distorted pelvic anatomy
• Obesity

Early identification of the ureter is the key to preventing such injuries. Traditional methods rely solely on anatomical knowledge and visual identification, which can sometimes be difficult in complicated surgical cases.

Infrared Ureteric Catheter: A Technological Advancement

The Infrared Ureteric Catheter is an innovative device designed to improve real-time visualization of the ureters during laparoscopic surgery. The catheter emits infrared fluorescence, allowing the surgeon to identify the exact course of the ureter using infrared imaging systems integrated into modern laparoscopic platforms.

This technology acts like a navigation guide during surgery, helping surgeons avoid inadvertent injury while dissecting near critical pelvic structures.

Technique Used by Dr. RK Mishra

In the technique demonstrated by Dr. RK Mishra, infrared ureteric catheters are inserted cystoscopically before beginning the laparoscopic hysterectomy. Once activated under infrared imaging, the ureters become clearly visible throughout the operation.

The surgical steps include:

1. Preoperative cystoscopic insertion of infrared ureteric catheters.
2. Establishment of pneumoperitoneum and placement of laparoscopic ports.
3. Activation of infrared imaging mode.
4. Continuous visualization of bilateral ureters during pelvic dissection.
5. Safe ligation of uterine vessels while maintaining ureteric distance.
6. Completion of hysterectomy with enhanced anatomical orientation.

This approach is particularly beneficial in difficult hysterectomies where pelvic anatomy is distorted.

Advantages of Infrared Ureteric Catheter in TLH

Enhanced Ureteric Identification

The greatest advantage is the clear delineation of the ureter during surgery. Even in dense adhesions or endometriosis, the surgeon can easily identify and protect the ureter.

Reduction in Surgical Complications

By improving visualization, the incidence of ureteric injuries decreases significantly, improving patient safety.

Increased Surgeon Confidence

The technology provides additional assurance to the surgeon during difficult dissections, especially near the uterine artery and cardinal ligament.

Improved Precision

Infrared guidance allows more accurate tissue handling and safer use of energy devices.

Better Outcomes in Complex Cases

Patients with previous surgeries, large pelvic masses, or severe adhesions benefit greatly from this innovation.

Educational Value

For laparoscopic trainees, the infrared catheter serves as an excellent teaching aid for understanding pelvic anatomy and ureteric pathways.

Clinical Significance

The introduction of infrared ureteric catheterization represents a major advancement in minimally invasive gynecologic surgery. As laparoscopic and robotic procedures become increasingly sophisticated, technologies that enhance patient safety are essential.

The technique pioneered and promoted by Dr. RK Mishra demonstrates how innovation and surgical expertise can work together to reduce complications and improve surgical precision.

This advancement aligns with the global trend toward image-guided surgery and precision laparoscopy, where enhanced visualization technologies are integrated to improve operative outcomes.

Challenges and Limitations

Although highly beneficial, the use of infrared ureteric catheters has certain limitations:

• Additional procedural cost
• Requirement for specialized infrared imaging systems
• Need for cystoscopic expertise
• Slight increase in operative preparation time

However, these limitations are outweighed by the potential reduction in serious complications and medicolegal risks associated with ureteric injuries.

Future Perspectives

The future of laparoscopic surgery lies in enhanced visualization technologies, artificial intelligence integration, and fluorescence-guided surgery. Infrared ureteric catheterization may soon become a standard adjunct in high-risk hysterectomies and other complex pelvic surgeries.

With continued innovation by experts such as Dr. RK Mishra, minimally invasive gynecologic surgery is becoming safer, more precise, and more patient-friendly.

Conclusion

Enhanced safety in Total Laparoscopic Hysterectomy using Infrared Ureteric Catheter is a remarkable advancement in modern gynecologic surgery. The technique significantly improves ureteric visualization, minimizes the risk of injury, and enhances overall surgical precision. Through this innovative approach, Dr. RK Mishra has contributed greatly to the evolution of safer minimally invasive hysterectomy procedures. As surgical technology continues to advance, such innovations will play a crucial role in improving patient outcomes and setting new standards in laparoscopic surgery.

The ceremony began with enthusiasm and excitement as faculty members, international delegates, and graduating doctors assembled in the grand auditorium. The atmosphere was filled with joy, pride, and a sense of accomplishment. Many participants expressed that the training they received at WLH transformed their surgical skills and increased their confidence in performing advanced laparoscopic procedures safely and effectively.

During the convocation, several doctors spoke about their journey at World Laparoscopy Hospital. They described WLH as the ultimate destination for advanced laparoscopic surgery training because of its unique combination of academic teaching, live surgery exposure, hands-on practice, and world-class mentorship. The institute’s structured curriculum and advanced simulation labs provided students with the opportunity to master complex surgical techniques under expert guidance.

Doctors appreciated the practical approach followed at WLH. Unlike traditional learning methods, the training emphasized real surgical experience and evidence-based techniques. Participants were trained in intracorporeal suturing, laparoscopic knotting, robotic surgery, hernia repair, colorectal surgery, gynecological procedures, and many other advanced operations. The hands-on sessions enabled surgeons to sharpen their skills and improve precision, coordination, and surgical ergonomics.

One of the highlights of the ceremony was the acknowledgment of the visionary leadership and faculty members who continuously work to promote excellence in minimally invasive surgery. The experienced trainers at WLH were praised for their dedication, patience, and commitment to teaching. Doctors stated that the supportive learning environment encouraged them to ask questions, practice repeatedly, and gain confidence before applying these skills in their own hospitals.

International delegates attending the convocation also shared their positive experiences. Many surgeons mentioned that they traveled from different countries specifically to receive advanced training at World Laparoscopy Hospital because of its global reputation. They described the institute as a center of innovation where modern technology and surgical education come together to create highly skilled laparoscopic surgeons.

The ceremony also celebrated the importance of laparoscopic surgery in modern healthcare. Speakers emphasized how minimally invasive surgery has revolutionized patient care by reducing pain, minimizing blood loss, shortening hospital stay, and promoting faster recovery. Doctors trained at WLH are now able to provide safer and more advanced treatment options to patients in their respective countries and communities.

Certificates and fellowship awards were distributed to the graduating candidates amid applause and appreciation. Receiving the certification from World Laparoscopy Hospital was considered a moment of pride and honor for many participants. It symbolized not only academic success but also the beginning of a new chapter in their professional careers.

The convocation ceremony concluded with gratitude, group photographs, and inspiring messages for future surgeons. Graduating doctors promised to apply their newly acquired knowledge and skills to improve patient care and advance the field of minimal access surgery worldwide. The event successfully highlighted why doctors from across the globe continue to call World Laparoscopy Hospital the ultimate destination for advanced laparoscopic surgery training.

At World Laparoscopy Hospital, advanced robotic epigastric hernia repair represents a cutting-edge approach that combines precision, safety, and faster recovery. This technique utilizes state-of-the-art robotic platforms that allow surgeons to operate with enhanced dexterity, 3D visualization, and superior control compared to conventional laparoscopy.

Understanding Robotic Hernia Repair

Robotic surgery is an evolution of laparoscopic surgery. Instead of directly handling instruments, the surgeon operates from a console, controlling robotic arms equipped with miniaturized surgical tools. These instruments can mimic the natural movements of the human wrist, allowing for more precise dissection and suturing, especially in delicate anatomical areas.

In epigastric hernia repair, the robotic approach involves:

• Small keyhole incisions in the abdomen
• Reduction of herniated tissue back into the abdominal cavity
• Reinforcement of the abdominal wall defect using mesh
• Precise suturing of the defect with minimal tissue trauma

Advantages of Robotic Epigastric Hernia Repair

The robotic approach offers several significant benefits over traditional open surgery:

1. Enhanced Precision and Visualization
The high-definition 3D view provides surgeons with a magnified image of the surgical field, allowing for meticulous dissection and accurate placement of mesh.

2. Minimally Invasive Approach
Smaller incisions mean less postoperative pain, reduced scarring, and lower risk of wound complications such as infection.

3. Faster Recovery
Patients typically experience quicker recovery times, shorter hospital stays, and an earlier return to normal daily activities.

4. Reduced Recurrence Rates
With better suturing techniques and mesh placement, robotic surgery can help reduce the chances of hernia recurrence.

5. Improved Ergonomics for Surgeons
The robotic system minimizes surgeon fatigue and enhances performance during complex procedures.

Clinical Expertise and Training Excellence

World Laparoscopy Hospital is globally recognized for its excellence in laparoscopic and robotic surgical training. Surgeons trained here gain hands-on experience in advanced minimally invasive procedures, including robotic hernia repair. The institution emphasizes evidence-based practice, patient safety, and the adoption of the latest surgical innovations.

Patient Outcomes and Safety

Robotic epigastric hernia repair has demonstrated excellent clinical outcomes. Patients report less postoperative pain, minimal complications, and high satisfaction rates. The precision of robotic systems also contributes to better anatomical restoration and improved long-term results.

Conclusion

Advanced robotic epigastric hernia repair marks a significant advancement in minimally invasive surgery. By combining technological innovation with surgical expertise, it offers a safer, more effective alternative to traditional methods. At World Laparoscopy Hospital, this approach reflects a commitment to delivering world-class surgical care and training, ensuring optimal outcomes for patients and continued progress in the field of minimally invasive surgery.

Introduction

Obesity has emerged as one of the most challenging global health concerns, associated with serious comorbidities such as type 2 diabetes, hypertension, and cardiovascular disease. While lifestyle modifications remain the first line of management, bariatric surgery has proven to be the most effective long-term treatment for morbid obesity. Dr. R.K. Mishra, a pioneer in minimal access surgery at World Laparoscopy Hospital, emphasizes advanced techniques that combine safety, efficacy, and metabolic benefits. Among these innovations, Sleeve Gastrectomy with Loop Gastrojejunostomy (SASI Variant) represents a significant evolution in bariatric surgery.

Understanding Sleeve Gastrectomy

Sleeve gastrectomy is one of the most commonly performed bariatric procedures worldwide. It involves removing a large portion of the stomach, leaving behind a narrow, tube-shaped “sleeve.” This reduces food intake and decreases hunger hormones, leading to effective weight loss and metabolic improvements.

However, while sleeve gastrectomy is effective, it is primarily a restrictive procedure, and in some patients, additional metabolic effects are desirable for better long-term outcomes.

Concept of the SASI Variant

The Single Anastomosis Sleeve Ileal (SASI) bypass, also known as loop gastrojejunostomy or loop bipartition, is a hybrid bariatric procedure that combines:

• Restriction (via sleeve gastrectomy)
• Malabsorption and hormonal modulation (via intestinal bypass)

In this technique, after creating the gastric sleeve, the surgeon connects the stomach to a distal part of the small intestine using a single loop anastomosis.

This allows food to pass through two pathways:

1. The natural digestive route
2. The bypassed intestinal loop

This dual pathway provides a balance between effective weight loss and preservation of normal digestion.

Mechanism of Action

The SASI variant works through multiple physiological mechanisms:

• Restriction: Smaller stomach limits food intake
• Hormonal Changes: Rapid delivery of food to the ileum stimulates satiety hormones (incretins)
• Partial Malabsorption: Reduced calorie absorption without severe nutritional deficiency
• Metabolic Improvement: Enhanced control of diabetes and metabolic syndrome

This combination makes SASI superior in metabolic impact compared to standalone restrictive procedures.

Surgical Technique

As practiced and taught by Dr. R.K. Mishra, the procedure involves:

1. Laparoscopic Sleeve Gastrectomy
   • Approximately 70–80% of the stomach is removed
2. Loop Gastrojejunostomy / Gastroileostomy
   • A single anastomosis is created between the gastric sleeve and distal intestine
3. Minimally Invasive Approach
   • Performed laparoscopically or robotically for faster recovery

The use of a single anastomosis simplifies the procedure compared to traditional bypass surgeries while maintaining effectiveness.

Advantages of the SASI Variant

The SASI approach offers several benefits:

• Enhanced Weight Loss: Combines restrictive and malabsorptive effects
• Better Diabetes Remission: Strong hormonal response improves glycemic control
• Reduced Nutritional Deficiency: Partial, not complete, bypass preserves absorption
• Simpler Surgical Design: Single anastomosis reduces operative complexity
• Faster Recovery: Minimally invasive technique leads to shorter hospital stay

Studies show that SASI is a promising and effective treatment for obesity and related comorbidities, with encouraging safety profiles.

Comparison with Other Bariatric Procedures

The SASI variant stands out as a balanced procedure, offering high efficacy with fewer complications.

Clinical Applications

The SASI procedure is particularly beneficial for:

• Morbid obesity (BMI > 40)
• Obesity with type 2 diabetes
• Patients requiring revision after sleeve gastrectomy
• Individuals needing stronger metabolic outcomes

It is increasingly being adopted as a modern metabolic surgery rather than just a weight-loss operation.

Role of World Laparoscopy Hospital

World Laparoscopy Hospital has been at the forefront of advancing laparoscopic and robotic bariatric techniques. Under the leadership of Dr. R.K. Mishra, the institution provides:

• Advanced training in bariatric surgery
• Hands-on exposure to SASI and other modern procedures
• Global education programs for surgeons

Their emphasis on innovation and skill development has contributed significantly to the adoption of advanced bariatric techniques worldwide.

Conclusion

Sleeve Gastrectomy with Loop Gastrojejunostomy (SASI Variant) represents a next-generation bariatric procedure that successfully integrates restriction, hormonal modulation, and partial malabsorption. By combining the strengths of traditional techniques while minimizing their limitations, it offers a safer, more effective solution for obesity and metabolic diseases.

Watch this detailed video on Robotic Mesh Rectopexy, where Dr. R.K. Mishra explains the complete step-by-step surgical approach for treating full-thickness rectal prolapse. This educational video covers patient positioning, port placement, dissection techniques, mesh fixation, and key safety tips to ensure optimal outcomes. Ideal for surgeons, trainees, and medical professionals looking to enhance their understanding of advanced robotic colorectal procedures.

Robotic mesh rectopexy is an advanced minimally invasive surgical procedure designed to correct complete rectal prolapse, a condition in which the rectum protrudes through the anus due to loss of pelvic support. This condition can significantly impair quality of life, causing symptoms such as constipation, fecal incontinence, bleeding, and discomfort. Surgical correction remains the definitive treatment, and robotic assistance has enhanced precision, safety, and outcomes in modern colorectal surgery.

Introduction to Robotic Mesh Rectopexy

Rectopexy refers to the surgical fixation of the rectum to the sacrum (back wall of the pelvis) to restore its normal anatomical position. In robotic mesh rectopexy, a surgical mesh is used to support and reinforce the rectum, while a robotic system provides high-definition 3D visualization and articulated instrument control.

Compared to traditional open or laparoscopic approaches, robotic surgery offers improved dexterity, enhanced ergonomics, and better precision in confined pelvic spaces. This is particularly beneficial in delicate pelvic dissection and nerve preservation.

Indications

Robotic mesh rectopexy is typically indicated in:

• Complete (full-thickness) rectal prolapse
• Internal rectal prolapse with obstructed defecation
• Rectocele associated with pelvic floor disorders
• Recurrent prolapse after previous surgery

The procedure is increasingly preferred due to its ability to correct prolapse while preserving anorectal function.

Step-by-Step Surgical Technique

1. Patient Positioning and Preparation

The patient is placed in a modified lithotomy position with a slight Trendelenburg tilt. This position allows optimal access to the pelvis and facilitates the movement of abdominal organs away from the operative field.

After general anesthesia, standard bowel preparation and prophylactic antibiotics are administered.

2. Port Placement and Robotic Docking

Small incisions are made in the abdomen to insert robotic ports. A camera port provides a magnified 3D view, while additional ports accommodate robotic instruments.

The robotic system is then docked, allowing the surgeon to control instruments from a console with enhanced precision.

3. Exposure of the Rectum

The sigmoid colon is retracted to expose the rectum. Dissection begins at the sacral promontory, carefully opening the peritoneum.

Unlike posterior rectopexy, ventral (anterior) dissection is performed to preserve autonomic nerves, which helps maintain bowel and sexual function.

4. Anterior Rectal Dissection

A meticulous dissection is carried out along the anterior rectal wall down to the pelvic floor. Care is taken to avoid injury to surrounding structures such as the vagina in females or prostate in males.

This nerve-sparing approach reduces the risk of postoperative constipation and functional complications.

5. Mesh Placement

A synthetic or biological mesh is introduced into the abdominal cavity. One end of the mesh is sutured to the anterior rectal wall, while the other end is fixed to the sacral promontory.

This creates a supportive sling that restores the rectum to its normal anatomical position and prevents recurrence.

6. Fixation to Sacrum

The mesh is securely anchored to the sacrum using sutures or tackers. This step is critical for long-term durability and stability of the repair.

Over time, fibrosis develops around the mesh, further reinforcing the fixation.

7. Peritoneal Closure

The peritoneum is closed over the mesh to prevent direct contact with abdominal organs, reducing the risk of adhesions and complications.

8. Completion and Recovery

The robotic instruments are removed, and the small incisions are closed. Patients typically experience less postoperative pain, shorter hospital stay, and faster recovery compared to open surgery.

Advantages of Robotic Mesh Rectopexy

• Enhanced precision and dexterity in deep pelvic dissection
• Better visualization with 3D magnification
• Reduced blood loss and postoperative pain
• Lower recurrence rates in experienced hands
• Preservation of autonomic nerves and improved functional outcomes

Robotic ventral mesh rectopexy avoids extensive posterior dissection and reduces complications such as constipation and sexual dysfunction.

Outcomes and Prognosis

Clinical studies have demonstrated that robotic rectopexy is safe and effective, with favorable outcomes in terms of symptom relief and recurrence. Although recurrence can occur, it is relatively low when performed by experienced surgeons.

Recovery usually takes a few weeks, with gradual return to normal activities. Long-term success depends on surgical technique, patient factors, and adherence to postoperative care.

Conclusion

Robotic mesh rectopexy represents a significant advancement in the management of complete rectal prolapse. By combining minimally invasive principles with robotic precision, this technique offers superior anatomical correction and functional preservation.

The step-by-step approach described by experts like Dr. R.K. Mishra highlights the importance of meticulous dissection, proper mesh placement, and secure fixation. As technology continues to evolve, robotic rectopexy is expected to become the gold standard for treating rectal prolapse, delivering improved outcomes and enhanced patient quality of life.

Surgeons’ feedback video highlights the excellence of a leading global laparoscopic training institute in Orlando, Dubai, and Gurugram, showcasing real experiences, advanced surgical techniques, and world-class hands-on training that empower surgeons to achieve precision and confidence in minimally invasive surgery.

In the rapidly evolving field of minimally invasive surgery, the importance of structured, high-quality training cannot be overstated. Surgeons from across the globe consistently emphasize the value of hands-on experience, expert mentorship, and exposure to advanced technologies when refining their laparoscopic skills. Feedback from participants attending a leading global laparoscopic training institute with centers in Orlando, Dubai, and Gurugram reflects a strong consensus: the institute delivers exceptional education that bridges the gap between theory and real-world surgical practice.

One of the most frequently highlighted strengths is the institute’s comprehensive curriculum. Surgeons appreciate how the program is thoughtfully designed to cater to beginners as well as experienced professionals seeking to upgrade their skills. The blend of theoretical knowledge, live surgical demonstrations, and intensive hands-on practice allows participants to build confidence step by step. Many surgeons report that the structured progression—from basic techniques to advanced procedures—helps them achieve a deeper understanding of laparoscopic principles.

Another key aspect praised in feedback is the emphasis on practical training. Unlike purely lecture-based programs, this institute prioritizes hands-on learning in simulated environments and live operating settings. Surgeons often note that repeated practice on high-quality simulators, combined with real-time guidance from expert faculty, significantly enhances their technical proficiency. This experiential approach ensures that participants are not only learning but also mastering essential skills such as intracorporeal suturing, knot tying, and instrument handling.

Faculty mentorship is another area where the institute stands out. Surgeons consistently commend the accessibility and expertise of the trainers, who bring years of international experience to the classroom and operating room. Personalized guidance, constructive feedback, and a supportive learning atmosphere make it easier for participants to overcome challenges and refine their techniques. Many surgeons describe the mentorship as transformative, helping them adopt safer and more efficient surgical practices.

The global presence of the institute in Orlando, Dubai, and Gurugram also contributes to its excellence. This international footprint attracts a diverse group of surgeons, creating a rich environment for knowledge exchange and collaboration. Participants benefit from exposure to different surgical approaches, cultural perspectives, and healthcare systems, which broadens their professional outlook.

In addition, surgeons appreciate the institute’s focus on the latest advancements in laparoscopic and robotic surgery. Training programs often incorporate modern technologies and evidence-based practices, ensuring that participants remain at the forefront of surgical innovation. This forward-thinking approach prepares surgeons to meet the growing demands of minimally invasive procedures in their respective regions.

Overall, surgeons’ feedback clearly underscores the institute’s commitment to excellence in laparoscopic training. Through a combination of comprehensive curriculum, hands-on experience, expert mentorship, and global exposure, the institute continues to shape skilled and confident surgeons worldwide. Such training not only enhances individual careers but also contributes to improved patient outcomes, reinforcing the critical role of quality surgical education in modern healthcare.

Fluorescence cholecystectomy using Indocyanine Green (ICG) represents a major advancement in minimally invasive surgery. As highlighted by Dr. R. K. Mishra, this technology enhances surgical precision, reduces complications, and improves overall patient outcomes. At World Laparoscopy Hospital, the integration of ICG fluorescence into laparoscopic cholecystectomy has redefined safety standards and operative efficiency.

Introduction to Fluorescence Cholecystectomy

Laparoscopic cholecystectomy is the gold standard treatment for gallbladder diseases. However, one of its major risks is bile duct injury, which can lead to severe complications. ICG fluorescence cholangiography offers a real-time, radiation-free method to visualize the biliary anatomy during surgery, significantly reducing these risks.

ICG is a fluorescent dye that, once injected intravenously, is excreted into bile. Under near-infrared light, it illuminates the biliary tree, allowing surgeons to clearly identify critical structures such as the cystic duct, common bile duct, and hepatic ducts.

How ICG Enhances Surgical Safety

One of the key insights emphasized by Dr. R. K. Mishra is the improved visualization of anatomy. Traditional laparoscopy relies on white-light imaging, which can sometimes make it difficult to distinguish vital structures, especially in inflamed or complicated cases.

With ICG fluorescence:

• Surgeons can clearly see bile ducts in real time
• It helps achieve the Critical View of Safety (CVS) more reliably
• Reduces the risk of bile duct injury and vascular damage

Studies show that fluorescence imaging improves identification of biliary structures and reduces complications such as bile leaks and injuries.

Additionally, ICG allows visualization without the need for invasive contrast injections, making the procedure safer and less complex.

How ICG Makes Surgery Faster

Speed in surgery is not just about efficiency—it directly impacts patient outcomes. Shorter operative time reduces anesthesia exposure and lowers complication risks.

ICG contributes to faster surgery by:

• Providing instant anatomical mapping
• Eliminating guesswork during dissection
• Reducing time spent identifying structures

Clinical evidence shows that ICG-assisted cholecystectomy significantly reduces operative time compared to conventional methods.

Surgeons can proceed with greater confidence, leading to smoother and quicker procedures.

Improved Outcomes and Recovery

Another major advantage discussed at World Laparoscopy Hospital is improved patient recovery:

• Lower conversion rates to open surgery
• Shorter hospital stays
• Reduced postoperative complications

Research indicates that patients undergoing ICG-guided surgery experience shorter hospitalization and better overall outcomes.

This aligns with the hospital’s commitment to minimally invasive, patient-centered care.

Real-Time Navigation: A Game Changer

ICG fluorescence acts like a “GPS system” for surgeons. It provides dynamic, real-time visualization of the biliary anatomy, even in challenging cases such as:

• Acute cholecystitis
• Obesity
• Anatomical variations

This real-time guidance is particularly valuable in preventing errors during dissection of Calot’s triangle, the most critical step of the procedure.

Cost-Effectiveness and Practical Benefits

Despite its advanced technology, ICG fluorescence is relatively cost-effective. The dye itself is inexpensive, and the imaging system can be integrated into standard laparoscopic setups.

This makes it accessible for widespread adoption, especially in high-volume surgical centers like World Laparoscopy Hospital.

Conclusion

ICG fluorescence cholecystectomy represents a significant leap forward in surgical innovation. As explained by Dr. R. K. Mishra, it enhances both speed and safety by improving visualization, reducing operative time, and minimizing complications.

This video captures the proud and memorable moments from the April 2026 FMAS Convocation Ceremony held at World Laparoscopy Hospital, Gurugram. The video showcases the achievements of dedicated surgeons and gynecologists who successfully completed their Fellowship in Minimal Access Surgery (FMAS).

Watch this inspiring video featuring certificate distribution, expert speeches, live highlights, and the joyous celebration of medical excellence. This video reflects the commitment, hard work, and global standard training provided at World Laparoscopy Hospital.

Celebrating Excellence: April 2026 FMAS Convocation Ceremony at World Laparoscopy Hospital, Gurugram

The April 2026 FMAS Convocation Ceremony at World Laparoscopy Hospital, Gurugram, marked a proud and memorable milestone in the journey of aspiring surgeons from across the globe. This prestigious event was not just a formal gathering, but a celebration of dedication, perseverance, and the pursuit of excellence in the field of minimal access surgery.

The Fellowship in Minimal Access Surgery (FMAS) is a globally recognized program that equips surgeons and gynecologists with advanced laparoscopic and robotic surgical skills. Over the course of intensive training, participants undergo rigorous theoretical learning, hands-on practice, and real-time surgical exposure. The convocation ceremony symbolized the successful completion of this demanding program and the transformation of trainees into confident, skilled professionals.

The April 2026 batch stood out for its diversity and enthusiasm, bringing together medical professionals from different countries, cultures, and specialties. Throughout their training, they demonstrated exceptional commitment to mastering cutting-edge techniques that are revolutionizing modern surgery. The ceremony served as a platform to honor their hard work and recognize their achievements.

The event commenced with a warm welcome address, highlighting the importance of continuous learning and innovation in the ever-evolving field of surgery. Esteemed faculty members shared their insights and experiences, inspiring graduates to uphold the highest standards of patient care and surgical excellence. Their words emphasized not only technical proficiency but also ethical responsibility and compassion—qualities that define a true surgeon.

One of the most memorable moments of the ceremony was the awarding of FMAS degrees to the graduates. As each participant walked across the stage to receive their certification, it was a moment of pride not only for them but also for their mentors and families. The applause that followed each name echoed the collective appreciation for their dedication and success.

The convocation also featured reflections from participants, who shared their transformative experiences at World Laparoscopy Hospital. Many expressed gratitude for the hands-on training, state-of-the-art facilities, and supportive learning environment that helped them refine their skills and boost their confidence. These testimonials highlighted the institution’s commitment to excellence in surgical education.

Beyond the formal proceedings, the ceremony fostered a sense of camaraderie and lifelong connection among the graduates. It was a moment to celebrate friendships formed during training and to look forward to future collaborations in the medical field. The shared experiences and challenges created bonds that will continue to inspire and support them throughout their careers.

In conclusion, the April 2026 FMAS Convocation Ceremony at World Laparoscopy Hospital, Gurugram, was a grand celebration of knowledge, skill, and achievement. It recognized not only the accomplishments of the graduates but also their readiness to contribute meaningfully to the advancement of minimally invasive surgery worldwide. As these newly certified professionals step into the next phase of their careers, they carry with them the values, expertise, and vision instilled during their training—ready to make a positive impact on patient care and the global medical community.

This educational video demonstrates the advanced technique of Skin-to-Skin Laparoscopic Myomectomy for the management of intramural fibroids. Performed by Dr. R.K. Mishra at World Laparoscopy Hospital, this video provides a detailed step-by-step approach to minimally invasive fibroid removal, focusing on precision, safety, and optimal patient outcomes.

In this video, surgeons and gynecologists can learn key aspects such as patient positioning, port placement, enucleation of fibroid, suturing techniques, and strategies to minimize blood loss. This video is highly beneficial for medical professionals seeking to enhance their laparoscopic skills and understand modern approaches to myomectomy.

Comprehensive Approach to Skin-to-Skin Laparoscopic Myomectomy for Intramural Fibroid | Minimally Invasive Surgical Technique by Dr. R.K. Mishra at World Laparoscopy Hospital

Laparoscopic myomectomy has revolutionized the management of uterine fibroids, particularly intramural fibroids, by offering a fertility-preserving and minimally invasive alternative to open surgery. Intramural fibroids, located within the muscular wall of the uterus, are among the most challenging to treat due to their depth and impact on uterine architecture and reproductive outcomes . The “skin-to-skin” laparoscopic myomectomy approach, as practiced by Dr. R.K. Mishra at World Laparoscopy Hospital, represents a highly refined, patient-centered technique emphasizing precision, minimal trauma, and rapid recovery.

Understanding Intramural Fibroids and Surgical Need

Intramural fibroids develop within the myometrium and may distort the uterine cavity, leading to symptoms such as heavy menstrual bleeding, pelvic pain, infertility, and recurrent pregnancy loss. Surgical removal is often indicated when symptoms are severe or fertility is compromised. Myomectomy, unlike hysterectomy, preserves the uterus and enhances reproductive potential .

Concept of Skin-to-Skin Laparoscopic Myomectomy

The term “skin-to-skin” refers to the complete surgical journey—from the initial incision to final closure—being performed using minimally invasive laparoscopic techniques. This approach ensures:

• Minimal incision size (5–12 mm ports)
• Reduced tissue trauma
• Enhanced cosmetic outcomes
• Faster postoperative recovery

Compared to open surgery, laparoscopic myomectomy significantly reduces blood loss, postoperative pain, and hospital stay .

Preoperative Evaluation and Planning

A comprehensive preoperative assessment is crucial for successful outcomes. This includes:

• Detailed imaging such as MRI for fibroid mapping
• Assessment of size, number, and location of fibroids
• Evaluation of uterine cavity involvement

Advanced imaging helps surgeons plan port placement, anticipate challenges, and strategize uterine reconstruction .

Surgical Technique: Step-by-Step Approach

1. Patient Positioning and Port Placement

The patient is placed in a lithotomy position with Trendelenburg tilt. Typically, four laparoscopic ports are inserted to allow optimal instrument triangulation.

2. Vasoconstriction and Hemostasis

Diluted vasopressin may be injected into the myometrium to minimize intraoperative bleeding.

3. Myoma Enucleation

A precise incision is made over the fibroid, followed by careful dissection to enucleate the myoma from surrounding myometrial tissue. This step requires advanced laparoscopic skills to maintain tissue planes.

4. Uterine Reconstruction

Reconstruction of the uterine wall is the most critical step. It involves:

• Multi-layer suturing of the myometrium
• Intracorporeal knotting techniques
• Restoration of uterine integrity

Studies emphasize three-layer closure to ensure strength and reduce risk of uterine rupture in future pregnancies .

5. Specimen Retrieval

The fibroid is removed using morcellation or contained extraction techniques, ensuring minimal contamination.

6. Final Inspection and Closure

Hemostasis is confirmed, and ports are closed, completing the “skin-to-skin” minimally invasive cycle.

Advantages of the Technique

The skin-to-skin laparoscopic approach offers multiple benefits:

• Fertility preservation: Maintains uterine structure
• Minimal adhesions: Reduced risk compared to open surgery
• Short hospital stay: Often same-day discharge
• Faster recovery: Return to normal activity within 2–3 weeks
• Cosmetic benefits: Smaller scars

Additionally, laparoscopic techniques reduce postoperative complications and improve patient satisfaction.

Challenges and Surgical Expertise

Laparoscopic myomectomy is technically demanding. Key challenges include:

• Control of intraoperative bleeding
• Precise suturing in a confined space
• Removal of large or multiple fibroids

Mastery of intracorporeal suturing and advanced laparoscopic skills is essential. Surgeons trained at centers like World Laparoscopy Hospital are equipped with these competencies.

Postoperative Care and Outcomes

Patients typically experience:

• Minimal pain
• Early ambulation
• Quick return to daily activities

Long-term outcomes are favorable, with improved fertility and symptom relief. However, careful follow-up is necessary due to the possibility of fibroid recurrence.

Conclusion

The comprehensive skin-to-skin laparoscopic myomectomy technique represents a significant advancement in the management of intramural fibroids. Under the expertise of surgeons like Dr. R.K. Mishra, this minimally invasive approach ensures optimal surgical precision, uterine preservation, and enhanced patient recovery. As laparoscopic technology and surgical training continue to evolve, such techniques are setting new standards in gynecological surgery, offering patients safer and more effective treatment options.