First Single-Incision Robotic Surgery Performed on Left Colon
|
By HospiMedica International staff writers Posted on 19 Oct 2011 |
Landmark single-incision robotic surgery on the left abdomen has been used for the first time to perform a left hemicolectomy.
Surgeons at George Washington University Hospital (GWUH; Washington DC, USA) performed the surgery using a single four-centimeter incision around the umbilicus. The surgeons used the DaVinci system, a product of Intuitive Surgical (Sunnyvale, CA, USA), to perform a medial to lateral approach with extra corporeal resection and anastomosis. At the beginning of the case, the robotic arms were crossed, and in the console the hand designations were switched so that the right and left hand controls were reversed, affording better control of the instrumentation.
While conventional laparoscopic surgery typically requires four incisions and a four-day hospital stay, single-incision robotic surgery involves less pain, fewer chances of postoperative problems--such as infection--and a shorter recovery period. The robot's three-dimensional (3D) view simulates normal vision, enabling the surgeon to see around structures more easily and avoid damaging the ureter, spleen, and major blood vessels. The robot also offers more stability, dexterity, and triangulation, allowing optimal manipulation of the tissue. The surgery was performed on August 22, 2011.
“With just one cut, a foot-long section of the patient's infected colon was removed through the belly button. Thirty-six hours after surgery, the patient was ready to go home,” said Vincent Obias, MD, director of the division of colon and rectal surgery at GWUH. “The left colon is technically more challenging for single-incision surgeries. Vital blood vessels and structures are situated close to the colon, requiring a high level of precision.”
A left hemicolectomy is designed to remove the descending colon, approximately half of the large intestine; it is necessary to remove such a large section of the bowel due to blood supply distribution, rather than considerations of disease extent. After removal of the diseased portion, the two free ends are joined in an anastomosis. Occasionally, if the sections are inflamed, it is necessary to create a temporary stoma to divert the bowel contents.
Related Links:
George Washington University Hospital
Intuitive Surgical
Surgeons at George Washington University Hospital (GWUH; Washington DC, USA) performed the surgery using a single four-centimeter incision around the umbilicus. The surgeons used the DaVinci system, a product of Intuitive Surgical (Sunnyvale, CA, USA), to perform a medial to lateral approach with extra corporeal resection and anastomosis. At the beginning of the case, the robotic arms were crossed, and in the console the hand designations were switched so that the right and left hand controls were reversed, affording better control of the instrumentation.
While conventional laparoscopic surgery typically requires four incisions and a four-day hospital stay, single-incision robotic surgery involves less pain, fewer chances of postoperative problems--such as infection--and a shorter recovery period. The robot's three-dimensional (3D) view simulates normal vision, enabling the surgeon to see around structures more easily and avoid damaging the ureter, spleen, and major blood vessels. The robot also offers more stability, dexterity, and triangulation, allowing optimal manipulation of the tissue. The surgery was performed on August 22, 2011.
“With just one cut, a foot-long section of the patient's infected colon was removed through the belly button. Thirty-six hours after surgery, the patient was ready to go home,” said Vincent Obias, MD, director of the division of colon and rectal surgery at GWUH. “The left colon is technically more challenging for single-incision surgeries. Vital blood vessels and structures are situated close to the colon, requiring a high level of precision.”
A left hemicolectomy is designed to remove the descending colon, approximately half of the large intestine; it is necessary to remove such a large section of the bowel due to blood supply distribution, rather than considerations of disease extent. After removal of the diseased portion, the two free ends are joined in an anastomosis. Occasionally, if the sections are inflamed, it is necessary to create a temporary stoma to divert the bowel contents.
Related Links:
George Washington University Hospital
Intuitive Surgical
Latest Surgical Techniques News
- Combination Therapy Before Surgery Drives Stronger Tumor Reduction in Head and Neck Cancer
- Next-Generation PEF System Delivers Larger Ablation Zones for Soft-Tissue Procedures
- Health Canada Approves Integrated Mapping and Pulsed Field Ablation System for AF
- New Light-Activated Platform Advances Glioblastoma Surgery and Postoperative Treatment
- Dual-Energy Mapping and Ablation Catheter Receives CE Mark for Ventricular Arrhythmias
- New Implant Provides Sustained Localized Therapy for Ovarian Cancer
- Combined Phage and Microbiota Therapy May Reduce Recurrent Urinary Tract Infections
- New AR Technology Provides Real-Time Guidance During ACL Surgery
- New Technique Rapidly Produces Patient-Specific Vascular Grafts During Surgery

- Next-Generation Total Artificial Heart System to Be Presented at IEEE EMBC 2026
- AI Analyzes Surgical Movements to Improve Prostatectomy Outcomes
- Navigation-Compatible Instruments Improve Precision in Lumbar Facet Fusion
- Reusable Pulse Oximetry Sensor Improves Accuracy Across Skin Tones
- Photostable NIR Dye Sustains Intraoperative Imaging in Cancer Surgery
- Single Robotic Platform Supports Three Minimally Invasive Approaches
- Implantable Neural Interface Undergoes First Real-World Surgical Validation
Channels
Artificial Intelligence
view channel
New Study Highlights Benefits and Risks of AI Explanations in Clinical Diagnosis
Explainable artificial intelligence is increasingly used in tools that help clinicians and patients assess skin disease, but its explanations can influence decisions and contribute to overreliance or error.... Read more
AI Improves Bronchoscopic Navigation to Difficult-to-Reach Lung Lesions
Lung cancer is a leading cause of cancer mortality, and early detection improves survival. Reaching small, peripheral lung tumors for biopsy remains difficult because bronchoscopic navigation depends on... Read moreCritical Care
view channel
Stretchable Catheter Could Reveal High-Risk Plaque Before It Causes a Heart Attack
Fatty plaque can build up inside arteries and restrict blood flow, but not all deposits pose the same threat. Some remain stable for years, while others become unstable and may rupture, triggering clots... Read more
Biomass-Derived E-Skin Patch Enables Smart Wound Care and Wireless Health Monitoring
Chronic and acute wounds require dressings that maintain moisture, prevent infection, and support timely intervention, yet monitoring remains largely intermittent and subjective. Long-term wear on fragile... Read morePatient Care
view channel
AI Avatar Doctor Improves Patient Understanding Before Radiotherapy
Radiation oncology consultations require patients to grasp complex concepts quickly, yet anxiety and information overload often undermine understanding and informed consent. Poor comprehension can also... Read more
Wearable Sleep Data Predict Adherence to Pulmonary Rehabilitation
Chronic obstructive pulmonary disease (COPD) is a long-term lung disorder that makes breathing difficult and often disturbs sleep, reducing energy for daily activities. Limited engagement in pulmonary... Read moreMedical Imaging
view channel
New AI Method Improves CT Images by Reducing Metal Artifacts
Computed tomography (CT) is essential for diagnosis and image‑guided treatment, yet high‑density metals such as dental fillings, orthopedic hardware, and stents create beam hardening and photon starvation... Read more
MRI-Guided Ultrasound Method Advances Targeted Treatment of Gliomas
Gliomas, the most common primary brain tumors in adults, include glioblastoma, the deadliest form of brain cancer. Drug delivery is hampered by the brain’s blood-brain barrier, limiting treatment efficacy... Read moreHealth IT
view channel
Digital Symptom Monitoring Supports More Personalized Breast Cancer Care
Metastatic breast cancer, in which tumors spread to other organs, is incurable but increasingly managed with modern systemic therapies. As more treatments shift from hospital infusions to oral or at-home... Read more
Short Digital Training Program Improves Motor Function in Parkinson’s Disease
Parkinson's disease causes motor symptoms that interfere with movement and daily activities. Drug treatment is standard care, yet additional approaches are needed to target motor control.... Read morePoint of Care
view channelRapid Onsite Testing Reduces Emergency Department Transfers in Long-Term Care
Respiratory infections in long-term care residents frequently trigger emergency department transfers that strain hospital capacity and expose frail patients to additional risks. Turnaround delays from... Read more
New Brain Ultrasound Platform Enables Bedside Postoperative Imaging
Transporting postoperative patients for CT or MRI can create operational burdens, delays, and disruptions in care. Bedside visualization may help reduce transport demands, lower radiation exposure, and... Read moreBusiness
view channel
AI Software Combines Nodule Detection and Diagnosis for Lung Cancer Screening
Lung cancer remains the leading cause of cancer mortality, and screening programs rely on computed tomography to identify disease earlier when curative treatment is more likely. High patient volumes and... Read more







