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A hernia tacker is a medical device used to secure mesh or other materials in place during hernia repair surgery. Benefits: 1. Improved patient outcomes: Precise mesh fixation and minimally invasive design lead to faster recovery and reduced complications. 2. Enhanced surgical efficiency: Streamlined design and easy operation enable faster procedure times. 3. Reduced hernia recurrence: Secure mesh fixation minimizes the risk of hernia recurrence. 4. Versatility in hernia repair: Suitable for various hernia types and surgical approaches. 5. Trustworthy performance: Hernia tackers are designed for reliable and consistent performance, ensuring confidence in the operating room. The hernia tacker is a valuable tool in hernia repair surgery, offering precise mesh fixation, minimally invasive design, and reliable performance to improve patient outcomes and enhance surgical efficiency.

Advanced kidney surgery: Robot-assisted nephrectomy explained Robotic surgery significantly reduces the risks associated with traditional open surgery. With smaller incisions, less blood loss, and shorter hospital stays, this advanced technique offers a smoother recovery. Key benefits include: - Smaller scars - Fewer blood transfusions - Less post-op complications - Faster recovery time Unlike conventional surgery requiring up to five days in hospital and months of recovery, robotic-assisted procedures often mean just one or two days in hospital and a four to six-week recovery. Robotic surgery is advantageous for the following operations: - Partial nephrectomy – the surgeon excises a small tumour from the kidney and reconstructs the crater left in the kidney afterwards - Radical nephrectomy – the entire kidney is removed, usually for larger tumours or part of the kidney Partial nephrectomies are more complex than radical nephrectomies, with risks including bleeding and urinary leakage from the remaining kidney. Therefore, it's crucial to undergo this surgery at a hospital with extensive experience. Learn more about robotic surgery: https://lnkd.in/eDmctGq5 #KidneyHealth #RoboticSurgery #PrivateHospitalLondon

Ophthopedia Update:Anterior Segment Hemorrhage after Implantable Collamer Lens Surgery: An anterior segment hemorrhage occurred in a 23-year-old woman with a history of implantable collamer lens (ICL) surgery. She had sudden vision loss 4 hours before presentation, with no history of ocular trauma, eye rubbing, or anticoagulant use. Slit-lamp examination revealed hemorrhages in the anterior and posterior chambers (A). Ultrasound biomicroscopy showed a ruptured iridociliary cyst associated with the haptics of the ICL and hyperechoic hemorrhage around the cyst (B). The patient healed after conservative treatment (tobramycin dexamethasone eye drops [1 drop every 6 hours] and 1% atropione sulfate eye gel [1 drop every 12 hours]). #Ophthalmology #ophthotwitter #eyecare

Laparoscopy, also known as minimally invasive surgery (MIS) or keyhole surgery, is a surgical technique that allows surgeons to perform procedures through small incisions in the abdomen or pelvis. During laparoscopy, a special instrument called a laparoscope is inserted through one of these tiny incisions. This device contains a camera and light source, enabling the surgeon to view the inside of the body on a monitor. Other surgical instruments may also be inserted through additional incisions to perform the necessary procedures. This approach offers several advantages over traditional open surgery, including: ✅ Reduced postoperative pain ✅ Faster recovery times ✅ Smaller scars ✅ Lower risk of complications, such as infection and blood loss Laparoscopy is used in a wide range of procedures, including gallbladder removal, appendectomy, hernia repair, and gynecological surgeries like hysterectomy and treatment of endometriosis. By providing a less invasive alternative to conventional surgery, laparoscopy has revolutionized the field of surgery, improving outcomes and enhancing patient recovery experiences. #AIMISMember #SurgicalRevolution #JoinTheMovement #MinimallyInvasiveSurery #AIMIS #Member #Laparoscopy #MinimallyInvasiveSurgery #MedicalInnovation

Dive into the future of spine surgery with our MIS Course! Are you ready to master the latest advancements in Minimally Invasive Spine Surgery (MIS)? Join us in Vienna for an exclusive, full-day Pre-Day Course that will cover everything from the basics to the most cutting-edge techniques in MIS. 🔍 What to expect: Comprehensive Insights: Learn about the history and evolution of MIS, with expert presentations on techniques like uniportal and biportal endoscopy, tubular/microscopic surgery, and their applications in disc herniation and stenosis. Advanced Techniques: Explore MIS procedures for complex cases, including TLIF, ALIF, and endoscopic surgeries for cervical stenosis, as well as the latest in MIS pedicle fixation and its applications in trauma. Innovative Applications: Discover the role of MIS in treating spinal deformities, infections, and tumours, including specialised surgeries like vertebrectomy, separation surgery, and 3-column osteotomies. 🗓 When: The day before the EUROSPINE Annual Meeting 📍 Where: Vienna, Austria 🎟 Note: Separate registration required. Don’t miss out—secure your spot now! #EUROSPINE2024 #SpineSurgery #MIS #MinimallyInvasiveSurgery #MedicalEducation #PreDayCourses https://lnkd.in/dyivjUW3

In a sea of LinkedIn content, here's genuine surgical discourse. Complex revision cases, like the one Dr. med. Samir Smajic details here, present the very challenges that keep us awake at night - and drive us forward. How do we restore disc height whilst minimising trauma? What's the optimal approach for achieving lordosis in revision scenarios? These aren't simple questions, yet they're precisely the ones we must grapple with. Particularly fascinating was the exchange between Dr. med. Samir Smajic and Alin Sirbu about OLIF versus XALIF approaches. It's this kind of candid discussion about technique preferences and learning curves that truly advances our field. And @Vinay Kulkarni's probing question about posterior rods demonstrates exactly the kind of detailed technical discourse we need more of on LinkedIn. "Go in small, then correct" isn't just our philosophy - it's born from listening to exactly these sorts of conversations amongst surgeons tackling real-world challenges. Whilst it's easy to default to self-promotion on LinkedIn, posts like this - rich in technical detail and sparking genuine professional dialogue - remind us why we're all here: to advance spinal surgery and improve patient outcomes. Bravo, Dr. Smajic, for fostering such meaningful discourse. More of this, please! #SpinalSurgery #SurgicalInnovation #ProfessionalDevelopment #ContinuousLearning

Strategy for Failed Back Surgery In light of yesterday's case presentation involving pseudarthrosis at L5/S1 and facet joint destruction at L4/5 due to the intraarticular placement of the L5 screw, an effective surgical strategy is essential. First, the extraction of the posterior set screw at L5 should be done. Following this, an ALIF L5/S1 helps to restore disc hight and segmental lordosis. In such cases, the XALIF technique performed in lateral decubitus position proves advantageous, allowing for simultaneous access to both posterior and anterior structures. In this particular case, the optimal fusion technique is most probably an OLIF at L4/5, particularly due to the anatomical challenge presented by a high iliac crest or higher perioperative risks for ALIF L4/5. A dorsal prone screw revision is also necessary, which should include repositioning and re-establishing lordosis to optimize spinal alignment. This comprehensive strategy aims to address the complexities associated with failed back surgery, enhancing patient outcomes through a multi-faceted surgical approach.

Complex revision cases, like the one Dr. med. Samir Smajic details here, present the very challenges that keep us awake at night - and drive us forward. How do we restore disc height whilst minimising trauma? What's the optimal approach for achieving lordosis in revision scenarios? These aren't simple questions, yet they're precisely the ones we must grapple with. Particularly fascinating was the exchange between Dr. med. Samir Smajic and Alin Sirbu about OLIF versus XALIF approaches. It's this kind of candid discussion about technique preferences and learning curves that truly advances our field. And @Vinay Kulkarni's probing question about posterior rods demonstrates exactly the kind of detailed technical discourse we need more of on LinkedIn. "Go in small, then correct" isn't just our philosophy - it's born from listening to exactly these sorts of conversations amongst surgeons tackling real-world challenges. Whilst it's easy to default to self-promotion on LinkedIn, posts like this - rich in technical detail and sparking genuine professional dialogue - remind us why we're all here: to advance spinal surgery and improve patient outcomes. Bravo, Dr. Smajic, for fostering such meaningful discourse. More of this, please! #SpinalSurgery #SurgicalInnovation #ProfessionalDevelopment #ContinuousLearning

Unlocking New Possibilities in Complex Spinal Revision Procedures 🦴🔧 In a recent highly complex spinal surgery, our surgical guides system played a crucial role in ensuring precision and stability. The surgery was performed at Hospital Universitario de León, where the surgical team faced the challenge of correcting severe spinal misalignment in a patient who had undergone multiple previous interventions. The suboptimal fixation from earlier procedures required a demanding revision surgery to extend and stabilize the spine. To address this complex case, we designed a placement strategy employing various guides from our portfolio to ensure a successful outcome. Revision surgeries like this are often necessary when prior spinal fusions or hardware placement fail to provide adequate support. These issues can lead to complications such as instability or misplaced hardware, which demand extraordinary accuracy from the surgical team to achieve a successful outcome. ✅ Our TOR JIG S and TOR JIG S R revision guides were crucial in providing that accuracy. By utilizing the support of existing screws and custom planning through 3D reconstruction of the patient’s spine, our guides allowed for optimal screw placement. This streamlined the procedure and ensured a smooth surgery, ultimately improving both efficiency and patient recovery. Discover how this complex surgery was transformed with the help of our innovative tools. Read the full article to learn how Digital Anatomics is revolutionizing spinal revision surgeries! 👇 https://lnkd.in/eHzAiFj4 #SurgicalInnovation #SpinalSurgery #MedTech #PrecisionSurgery #PatientCare

Most people have heard of the LASIK procedure, a refractive surgery performed by ophthalmologists (and available at Carrot LASIK Eye Center!) to improve a person’s vision. Although now one of the most popular refractive surgeries performed across the globe, did you know LASIK was not the first of its kind, but rather, is a more highly-advanced surgery that was born from other refractive surgeries performed throughout the past 120 years. To better understand just how far refractive surgery has come, it is important to take a look into the past to see when the first refractive surgeries were performed. Crack open the history books with #carroteyecenter and learn more about the power of modern vision correction! 📚 👀 https://bit.ly/44IojIE