Throughout the fellowship, participants underwent an intensive curriculum designed to combine scientific knowledge with practical surgical skills. The training included comprehensive lectures, live HD surgical demonstrations, simulation-based practice, dry laboratory exercises, box trainer sessions, laparoscopic suturing, intracorporeal and extracorporeal knotting, advanced dissection techniques, ergonomics, complication management, and supervised hands-on learning under expert guidance.

One of the defining strengths of the FMAS program is its faculty. Under the leadership of Prof. Dr. R. K. Mishra, internationally recognized for his contributions to minimal access surgery education, participants received personalized mentoring and practical instruction from experienced laparoscopic and robotic surgeons. Every session emphasized safe surgical techniques, evidence-based practice, and the principles required to achieve consistent clinical excellence.

This video features genuine fellowship stories from surgeons and gynecologists representing diverse healthcare systems and countries. Participants share how the training enhanced their confidence in performing laparoscopic procedures, refined their operative techniques, improved their understanding of minimally invasive surgical principles, and prepared them to introduce advanced procedures into their own hospitals. Their testimonials reflect the quality of education, the supportive academic environment, and the practical value of the fellowship.

During the program, fellows observed and discussed a broad spectrum of advanced minimally invasive procedures, including laparoscopic cholecystectomy, appendectomy, inguinal and ventral hernia repair, colorectal surgery, bariatric surgery, fundoplication, hysterectomy, myomectomy, ovarian cystectomy, endometriosis surgery, urological procedures, and robotic-assisted operations. Every live surgery was accompanied by detailed explanations of anatomy, operative strategy, trocar placement, energy device selection, complication avoidance, and postoperative care.

The fellowship also introduced participants to modern surgical technologies such as high-definition laparoscopy, advanced bipolar energy systems, ultrasonic devices, fluorescence imaging with indocyanine green (ICG), three-dimensional visualization, and the da Vinci Robotic Surgical System. Dedicated robotic training sessions familiarized participants with console operation, docking techniques, robotic instrumentation, camera control, and robotic suturing, helping them understand the expanding role of robotic surgery in contemporary surgical practice.

World Laparoscopy Hospital has earned an international reputation by training more than 15,000 surgeons and gynecologists from over 108 countries. Its commitment to academic excellence, structured skill development, simulation-based education, and continuous innovation has made it one of the leading centers for minimally invasive surgery training worldwide. The FMAS Fellowship is recognized by healthcare professionals seeking comprehensive education that combines theory, simulation, and real operative exposure.

Beyond technical learning, the fellowship creates a global community of surgeons who exchange ideas, discuss challenging cases, and establish lifelong professional relationships. Participants return to their respective countries not only with advanced surgical skills but also with renewed confidence, broader clinical perspectives, and a commitment to improving patient outcomes through minimally invasive techniques.

Whether you are a general surgeon, gynecologist, urologist, pediatric surgeon, colorectal surgeon, or a resident planning your future career, this video offers valuable insight into the FMAS experience at World Laparoscopy Hospital. Watch these inspiring fellowship stories and discover why surgeons from every continent continue to choose WLH for advanced laparoscopic and robotic surgery training.

If you are interested in joining an upcoming Fellowship in Minimal Access Surgery, explore the training opportunities available at World Laparoscopy Hospital and take the next step toward mastering modern minimally invasive surgery.

The July 2026 FMAS Fellowship Convocation at World Laparoscopy Hospital (WLH), Gurugram marks another milestone in advancing minimally invasive surgery across the globe. This memorable event celebrates the successful completion of the prestigious Fellowship in Minimal Access Surgery (F.MAS) by an accomplished group of surgeons and gynecologists who dedicated themselves to mastering advanced laparoscopic techniques under the guidance of internationally renowned faculty.

This video highlights the inspiring graduation ceremony and features heartfelt testimonials from participants representing different countries and medical specialties. Graduates share how the fellowship transformed their surgical practice by strengthening their laparoscopic skills, improving their clinical confidence, and providing valuable exposure to modern minimally invasive procedures. Their experiences reflect the high academic standards, practical approach, and global reputation that have made World Laparoscopy Hospital a preferred destination for surgical education.

The FMAS program offers an intensive blend of academic excellence and practical training. Participants attend comprehensive lectures covering fundamental and advanced laparoscopic principles, observe high-definition live surgeries, participate in interactive case discussions, and practice essential techniques using state-of-the-art laparoscopic simulators and dry laboratory facilities. Every trainee receives expert mentorship focused on precision, safety, ergonomics, and evidence-based surgical decision-making.

During the fellowship, surgeons gain hands-on experience in laparoscopic suturing, intracorporeal and extracorporeal knotting, camera navigation, tissue handling, advanced energy devices, and minimally invasive procedures in general surgery and gynecology. The curriculum also introduces participants to robotic surgery concepts, modern imaging technologies, and evolving innovations that are shaping the future of surgery.

The July 2026 graduating batch represents a diverse international community united by a common goal—to deliver safer, less invasive, and more effective surgical care to patients. The friendships, professional collaborations, and lifelong learning opportunities established during the fellowship continue well beyond the convocation ceremony, creating a global network of skilled minimal access surgeons.

World Laparoscopy Hospital has trained thousands of surgeons and gynecologists from more than 108 countries and continues to lead in laparoscopic, robotic, hysteroscopic, and endoscopic surgical education. Its internationally recognized training methodology combines rigorous academics with extensive practical exposure, enabling participants to confidently implement minimally invasive techniques in their own hospitals and healthcare institutions.

Whether you are considering a career in laparoscopic surgery or looking to advance your existing surgical expertise, this video offers a glimpse into the exceptional learning environment, faculty mentorship, and transformative educational experience offered by the FMAS Fellowship at World Laparoscopy Hospital.

Watch the highlights of the July 2026 FMAS Convocation and hear directly from surgeons and gynecologists whose professional journeys have been enriched through world-class minimally invasive surgical training.

Meckel's diverticulum is the most common congenital anomaly of the gastrointestinal tract and may present with bleeding, inflammation, obstruction, perforation, or remain asymptomatic until discovered incidentally. Laparoscopy offers superior visualization, reduced postoperative pain, faster recovery, minimal blood loss, shorter hospital stay, and excellent cosmetic outcomes compared with conventional open surgery.

In this step-by-step operative demonstration, Dr. R. K. Mishra highlights essential surgical principles including atraumatic bowel handling, identification of the diverticular base, preservation of healthy ileal tissue, careful mesenteric dissection, secure resection techniques, intracorporeal suturing, and strategies to prevent postoperative complications. The video is designed to help surgeons understand the technical nuances that contribute to safe and reproducible laparoscopic bowel surgery.

This procedure is an excellent learning resource for general surgeons, gastrointestinal surgeons, pediatric surgeons, minimally invasive surgeons, surgical residents, and fellows seeking advanced laparoscopic training. Viewers will gain valuable insights into operative planning, instrument handling, laparoscopic ergonomics, and evidence-based techniques for managing Meckel's diverticulum using a minimally invasive approach.

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During this comprehensive operation, the surgeon begins with careful port placement and systematic exploration of the abdominal cavity. The gallbladder is meticulously dissected using advanced energy platforms, allowing precise tissue sealing with minimal blood loss. Critical View of Safety (CVS) is achieved before dividing the cystic structures, significantly reducing the risk of bile duct injury. The clipless approach minimizes the presence of foreign material inside the body while providing reliable hemostasis and secure closure.

This educational surgical video showcases every important step—from patient positioning and trocar insertion to Calot's triangle dissection, gallbladder mobilization, liver bed hemostasis, specimen retrieval, and cosmetic skin closure. Viewers gain valuable insights into ergonomic laparoscopic techniques, proper instrument handling, tissue dissection strategies, and safe application of advanced energy devices throughout the operation.

World Laparoscopy Hospital is internationally recognized for providing high-quality laparoscopic and robotic surgical education. Under the guidance of Prof. Dr. R.K. Mishra, surgeons and gynecologists from around the world receive structured training in evidence-based minimally invasive surgery. This clipless laparoscopic cholecystectomy serves as an excellent learning resource for practicing surgeons, residents, fellows, and medical students seeking to enhance their understanding of modern gallbladder surgery.

Whether you are preparing for FMAS, DMAS, or advanced laparoscopic practice, this complete skin-to-skin demonstration offers practical surgical tips, expert techniques, and valuable operative pearls that help improve confidence and surgical outcomes in everyday clinical practice.

Large gallstones often make laparoscopic cholecystectomy technically demanding because of a distended gallbladder, thickened wall, limited grasping space, and difficult exposure of Calot's triangle. In this educational video, Dr. Mishra demonstrates meticulous dissection, achievement of the Critical View of Safety (CVS), precise identification of the cystic duct and cystic artery, and secure ligation of the cystic duct using Mishra’s Knot instead of conventional clips. The video also showcases atraumatic tissue handling, careful gallbladder bed dissection, effective hemostasis, specimen retrieval, and practical tips to avoid bile duct injury during challenging cases.

Mishra’s Knot is a reliable intracorporeal knotting technique widely taught at World Laparoscopy Hospital and is particularly valuable in clipless laparoscopic surgery, inflamed tissues, difficult anatomy, or situations where secure suture ligation is preferred. The procedure demonstrates advanced laparoscopic skills while maintaining the principles of safe minimally invasive surgery.

This operative video is an excellent educational resource for general surgeons, gastrointestinal surgeons, residents, fellows, and minimally invasive surgery trainees seeking to master advanced laparoscopic cholecystectomy techniques and intracorporeal suturing.

World Laparoscopy Hospital is internationally recognized for excellence in laparoscopic, robotic, and endoscopic surgery training, providing surgeons from around the world with hands-on education in advanced minimally invasive procedures.

The procedure highlights every critical step of a modern laparoscopic cholecystectomy, beginning with optimal port placement and ergonomic dissection of Calot's triangle. After intravenous administration of ICG, near-infrared fluorescence technology is used to identify the biliary anatomy in real time, allowing the surgeon to confidently distinguish vital structures before clipping and dividing the cystic duct and artery. This technique helps achieve the Critical View of Safety (CVS) while reducing the likelihood of biliary injuries, one of the most serious complications of gallbladder surgery.

Throughout the operation, Dr. R. K. Mishra shares valuable technical insights into tissue handling, traction-countertraction, energy device usage, and the interpretation of fluorescence images during surgery. The concept of a skin-to-skin procedure demonstrates not only operative efficiency but also meticulous surgical planning, standardized techniques, and adherence to internationally accepted safety principles.

ICG fluorescence cholangiography is rapidly becoming an important adjunct in minimally invasive hepatobiliary surgery. Unlike conventional intraoperative cholangiography, it provides continuous visualization of the biliary tree without radiation exposure, making it particularly useful in patients with acute inflammation, obesity, dense adhesions, or uncertain anatomy. This educational video demonstrates how advanced imaging technology can improve surgeon confidence and patient outcomes during routine laparoscopic cholecystectomy.

This operative demonstration is highly recommended for general surgeons, gastrointestinal surgeons, laparoscopic fellows, surgical residents, medical students, and healthcare professionals seeking to enhance their understanding of biliary anatomy and master fluorescence-guided laparoscopic surgery. The video combines practical operative techniques with anatomical teaching, making it a valuable educational resource for surgeons at every stage of training.

World Laparoscopy Hospital is one of the world's leading centers for laparoscopic and robotic surgery education, providing comprehensive fellowship programs, live operative demonstrations, simulation-based training, and evidence-based surgical education. Through these educational videos, Dr. R. K. Mishra continues to advance minimally invasive surgical training for thousands of surgeons across the globe.

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The procedure begins with proper patient positioning, trocar placement, and the creation of a safe pneumoperitoneum. Dr. Mishra carefully explains the laparoscopic anatomy of the inguinal region, highlighting essential landmarks such as the inferior epigastric vessels, Cooper's ligament, vas deferens, spermatic vessels, iliac vessels, and the critical Triangle of Doom and Triangle of Pain. Understanding these anatomical structures is fundamental for preventing vascular and nerve injuries during surgery.

The video demonstrates meticulous peritoneal flap creation followed by systematic preperitoneal dissection. The hernia sac is identified and reduced with precision while preserving surrounding vital structures. Dr. Mishra emphasizes the importance of complete dissection of the myopectineal orifice to ensure adequate space for mesh placement and to minimize the risk of recurrence.

Special attention is given to the principles of tension-free mesh repair. The prosthetic mesh is positioned to provide broad coverage of all potential hernia defects, including direct, indirect, femoral, and obturator spaces. Practical guidance is provided regarding mesh orientation, fixation techniques, and circumstances where atraumatic fixation or non-fixation may be appropriate. The demonstration also explains methods to prevent mesh migration, folding, and postoperative chronic pain.

Following mesh placement, the peritoneal flap is securely closed to isolate the mesh from intra-abdominal viscera and reduce the risk of adhesions or bowel complications. The operation concludes with trocar removal under direct visualization, controlled desufflation, fascial closure where indicated, and cosmetic skin closure, completing the entire skin-to-skin TAPP procedure.

Throughout the surgery, Dr. Mishra shares numerous operative pearls developed through decades of experience in advanced laparoscopic and robotic surgery. These include strategies for handling difficult indirect sacs, large direct defects, recurrent hernias, cord lipomas, bleeding control, and techniques to avoid common intraoperative pitfalls. His systematic approach helps surgeons improve operative efficiency while maintaining the highest standards of patient safety.

This educational video is an invaluable learning resource for general surgeons, laparoscopic trainees, fellows, and practicing minimally invasive surgeons seeking to refine their TAPP technique. By combining detailed anatomical explanations with real-time operative footage and expert commentary, the procedure serves as an excellent guide for mastering laparoscopic inguinal hernia repair and achieving optimal surgical outcomes with reduced postoperative pain, faster recovery, and lower recurrence rates.

Whether you are beginning your journey in minimally invasive surgery or looking to perfect your advanced hernia repair skills, this complete skin-to-skin TAPP demonstration by Dr. R.K. Mishra offers practical knowledge that can be directly applied in modern surgical practice.

The Textbook of Laparoscopy for Surgeons and Gynecologists – Fourth Edition by Dr. R. K. Mishra stands as one of the most comprehensive educational resources in the field of minimally invasive surgery. Developed through decades of surgical practice, academic research, and international teaching experience at World Laparoscopy Hospital, this landmark textbook provides a complete roadmap for surgeons, gynecologists, urologists, and postgraduate trainees seeking mastery in laparoscopic and robotic surgery.

As minimal access surgery continues to redefine modern healthcare, surgeons require far more than technical knowledge alone. They need a deep understanding of surgical anatomy, ergonomics, instrumentation, energy sources, complication management, and evidence-based operative techniques. This textbook successfully integrates all these essential elements into a structured and highly practical learning experience, making it an indispensable reference for beginners as well as experienced laparoscopic specialists.

The Fourth Edition has been extensively revised to reflect the latest advancements in laparoscopic technology and surgical innovation. It presents detailed discussions on imaging systems, laparoscopic instruments, sterilization protocols, anesthesia, abdominal access techniques, trocar placement, tissue handling, intracorporeal suturing, knot tying, and advanced dissection methods. Each chapter has been carefully organized to simplify complex concepts while maintaining the scientific depth expected by practicing surgeons.

One of the textbook's greatest strengths is its balanced approach toward both fundamental principles and advanced operative procedures. Readers gain comprehensive guidance on laparoscopic cholecystectomy, appendectomy, hernia repair, colorectal surgery, bariatric surgery, splenectomy, hepatobiliary procedures, gynecological surgeries including hysterectomy and myomectomy, urological interventions, and pediatric laparoscopic techniques. Every procedure is presented with step-by-step operative planning, anatomical considerations, patient positioning, port placement strategies, technical pearls, and methods for avoiding intraoperative complications.

Unlike conventional surgical references that emphasize theory alone, this textbook focuses heavily on practical application. Hundreds of high-quality operative photographs, detailed illustrations, clinical diagrams, and procedural algorithms help readers visualize every stage of surgery. These educational tools significantly improve comprehension and allow trainees to correlate textbook knowledge with real operating room scenarios. The integration of visual learning enhances confidence before entering the operating theatre and reinforces safe surgical practices.

Another defining feature of this edition is its emphasis on laparoscopic suturing and intracorporeal knotting techniques. Dr. Mishra shares his extensive expertise in advanced tissue approximation methods, enabling readers to understand one of the most technically demanding aspects of minimally invasive surgery. These chapters are particularly valuable for surgeons aiming to improve operative efficiency and precision while minimizing complications.

The textbook also explores modern developments beyond conventional laparoscopy. Dedicated chapters discuss robotic surgery, transanal endoscopic microsurgery, bariatric procedures, future technological innovations, complication prevention, troubleshooting, and structured laparoscopic training methodologies. This broad scope ensures that readers remain updated with contemporary surgical practice while building a strong foundation in core laparoscopic principles.

World Laparoscopy Hospital has earned international recognition for training thousands of surgeons from across the globe. The educational philosophy reflected throughout this textbook mirrors the institution's commitment to excellence, patient safety, standardized surgical education, and continuous professional development. Every chapter is designed not merely to teach operative steps but to cultivate sound clinical judgment and evidence-based decision-making.

For postgraduate residents preparing for examinations, practicing surgeons upgrading their laparoscopic skills, and consultants adopting advanced minimal access procedures, this textbook serves as a trusted companion. Its logical organization, comprehensive coverage, and practical orientation make it equally useful in academic study, surgical workshops, fellowship programs, and daily clinical practice.

The Textbook of Laparoscopy for Surgeons and Gynecologists – Fourth Edition is more than a surgical reference—it represents decades of accumulated knowledge, international teaching excellence, and a commitment to advancing minimally invasive surgery worldwide. As laparoscopic and robotic techniques continue to evolve, this authoritative work remains an essential guide for every surgeon dedicated to achieving excellence in modern minimal access surgery.

Laparoscopic cholecystectomy has become the gold standard for the treatment of symptomatic gallstones and various gallbladder disorders. This minimally invasive surgical procedure offers patients a safer alternative to traditional open surgery, providing reduced postoperative pain, smaller incisions, faster recovery, and shorter hospital stays. In this educational video, viewers are taken through every essential stage of the laparoscopic cholecystectomy procedure, from patient preparation to the successful removal of the gallbladder.

The procedure begins with proper patient positioning and the induction of general anesthesia. After establishing pneumoperitoneum, laparoscopic ports are strategically inserted to provide optimal access and visualization of the upper abdomen. A high-definition laparoscopic camera allows the surgical team to inspect the abdominal cavity and identify the gallbladder, liver, and surrounding anatomical structures.

One of the most critical phases of the operation is the careful dissection of Calot's triangle. During this step, the surgeon meticulously identifies the cystic duct and cystic artery while preserving surrounding vital structures. Achieving the Critical View of Safety (CVS) is essential before clipping and dividing these structures, significantly reducing the risk of bile duct injury. This video demonstrates the importance of precise tissue handling, anatomical orientation, and adherence to internationally accepted surgical principles.

Following secure clipping and division of the cystic duct and artery, the gallbladder is gently dissected from its attachment to the liver bed using advanced energy devices or electrocautery. Continuous attention is given to maintaining hemostasis while minimizing tissue trauma. The excised gallbladder is then placed into a retrieval bag and safely removed through one of the laparoscopic ports, preventing contamination of the abdominal cavity.

The procedure concludes with a detailed inspection of the operative field to confirm complete hemostasis and ensure there is no bile leakage. After removing the instruments, the pneumoperitoneum is released, and the port sites are carefully closed. The minimally invasive nature of laparoscopic cholecystectomy enables most patients to resume normal daily activities within a few days while experiencing significantly less discomfort than with conventional open surgery.

This video serves as a valuable educational resource for general surgeons, laparoscopic specialists, surgical residents, postgraduate trainees, medical students, and healthcare professionals seeking to strengthen their understanding of minimally invasive biliary surgery. It emphasizes safe surgical techniques, anatomical landmarks, operative strategies, and practical tips that contribute to successful patient outcomes.

Whether you are learning the fundamentals of laparoscopic gallbladder surgery or refining advanced surgical skills, this comprehensive step-by-step demonstration provides clear insights into one of the most frequently performed minimally invasive procedures worldwide.

The PhD in Minimal Access Surgery at World Laparoscopy Hospital (WLH) is a prestigious doctoral research program designed for surgeons, gynecologists, urologists, and medical professionals who aspire to become leaders in minimally invasive surgery. This advanced academic pathway integrates cutting-edge scientific research with clinical excellence, enabling candidates to contribute meaningful innovations to the rapidly evolving field of laparoscopic, robotic, and endoscopic surgery.

Unlike conventional surgical training, this doctoral program emphasizes independent research, critical analysis, evidence-based practice, and the development of innovative surgical techniques. Scholars are encouraged to investigate emerging technologies, optimize surgical procedures, improve patient safety, and publish high-quality research in internationally recognized medical journals. Through comprehensive mentorship by experienced faculty members, candidates develop the skills necessary to conduct impactful clinical and translational research that advances the future of minimal access surgery.

World Laparoscopy Hospital has earned international recognition as a premier institution for minimally invasive surgical education. The PhD curriculum is structured to combine advanced theoretical knowledge with practical exposure to modern surgical technologies, including high-definition laparoscopy, robotic-assisted surgery, simulation-based surgical education, artificial intelligence applications, surgical ergonomics, and innovations in patient-centered care.

Throughout the program, doctoral candidates participate in academic seminars, multidisciplinary discussions, research methodology workshops, biostatistics training, scientific writing sessions, and conference presentations. These activities foster analytical thinking and prepare scholars to become educators, researchers, and innovators capable of shaping the next generation of minimally invasive surgical practice.

A significant focus of the PhD program is the advancement of evidence-based surgery. Candidates undertake original research projects addressing important clinical challenges, evaluate new operative techniques, assess surgical outcomes, and contribute to the global body of scientific literature. Their work supports continuous improvements in surgical quality, patient recovery, healthcare efficiency, and clinical decision-making.

Graduates of the PhD in Minimal Access Surgery emerge with advanced research expertise, academic leadership skills, and a deep understanding of modern surgical science. Many alumni pursue distinguished careers as university faculty members, research scientists, surgical educators, hospital leaders, and international speakers, contributing to the worldwide advancement of minimally invasive surgery.

Whether your ambition is to innovate surgical technology, influence global healthcare through research, or educate future generations of surgeons, the PhD in Minimal Access Surgery at World Laparoscopy Hospital provides an exceptional platform for achieving academic excellence and professional distinction. This doctoral program represents a commitment to lifelong learning, scientific discovery, and the continuous evolution of minimally invasive surgical care for patients around the world.