Micro Spring Scissors and Forceps for Microsurgery

Expert surgeons are turning to a new, evidence-based approach for knee cartilage repair. Surgeons can find out why at ICRS. Don't miss a chance to hear from Dr. Cassandra Lee, Prof. Elizaveta Kon, Dr. Seth Sherman and Dr. Kenneth Zaslav as they examine reasons to adopt the CARTIHEAL AGILI-C Implant. Explore the technology here: https://lnkd.in/ePQZ2SiK #Orthopaedics #SportsMedicine #KneeSurgery #KneeCartilage

Antegrade vs. Retrograde Intramedullary Nailing for Distal Femoral Fractures: A Clinical Review For **true distal femoral fractures (AO/OTA 33)**, **retrograde intramedullary nailing is the preferred intramedullary option** due to superior distal control, biomechanical stability, and faster recovery. **Antegrade nailing should be reserved for distal diaphyseal fractures (AO/OTA 32)** or specific polytrauma scenarios. Surgeon experience, patient anatomy, and soft-tissue status must guide final implant selection. When in doubt, **locking plate fixation remains a reliable alternative**, especially for complex intra-articular fractures. full article: https://lnkd.in/dbhqvqJx

Every so often, an orthopedic innovation redefines how we think about healing. The University of Utah Orthopaedic Innovation Center has unveiled a Dynamic Compression Implant System, a development that could mark the next major shift in fixation science. Unlike static implants that provide a single moment of compression during surgery, this platform delivers continuous dynamic compression throughout healing. The concept is proven, it transformed bone staple technology, but applying it to screws and intramedullary devices is an ambitious next step. The system is designed to maintain controlled pressure across the fracture or fusion site, adapting as bone consolidates. In theory, this can result in stronger fixation, faster healing, and lower risk of mechanical failure. Yet, innovation in orthopedics always faces a second test: clinical reality. Dynamic implants have been developed before, and not all succeeded in practice. Large-scale clinical validation, cost efficiency, and broad adoption will determine whether this technology can truly establish itself as a new standard. With six issued U.S. patents and pending FDA 510(k) clearance, the platform shows strong scientific and commercial foundations. Still, its long-term success will depend on how well it proves itself against existing solutions and how effectively it integrates into real surgical workflows. Dynamic compression represents a hopeful direction for innovation. But hope alone is never enough. The next steps, including evidence, validation, and real-world performance, will decide whether this evolution becomes a revolution. University of Utah School of Medicine #Orthopedics #MedTech #SurgicalInnovation #BoneHealing #MedicalTechnology #OrthopedicResearch #FutureOfSurgery

Oysters → Orthopaedics? China recently unveiled *Bone-02*, a revolutionary bone glue inspired by how oysters stick firmly underwater. This adhesive can bond fractured bones in just 2–3 minutes, is biodegradable, and has already been tested in over 150 patients. It means: -Faster fracture fixation -No plates, screws, or hardware removal -Less invasive surgeries Sounds like a game-changer, right? But here’s the Physiotherapist’s perspective #Pros for patients & physios: -Reduced surgical trauma → quicker start to rehab -No second surgery for hardware removal → less downtime -Faster initial stability → earlier weight-bearing and mobility training #Challenges we still need to consider: -Glue may fix the bone, but not the function of muscles, joints, and proprioception still need rehab -Long-term biomechanical effects are still unknown -Risk of over-reliance on “quick fixes” without structured recovery #Takeaway: Fractures might heal faster with this breakthrough, but physiotherapy remains central to recovery. Because restoring strength, movement, and confidence goes far beyond what glue can do. What do you think? Will bone glue change the way we design fracture rehab protocols?

🔩 Understanding the Backbone of Modern Surgery: Medical Implants & Clinical Operations Every implant placed in the human body carries one story a story of engineering precision, surgical excellence, and operational mastery. Behind every successful implant surgery lies a system not just a surgeon. It’s the coordination between: ✅ OT readiness & sterilization ✅ Inventory & supply chain accuracy ✅ Biomedical & maintenance teams ✅ Trained nurses & surgical assistants ✅ SOP-driven workflows that ensure zero deviation 🧠 As clinical operations professionals, we must understand implants not only as medical devices but as the lifeline of hospital systems. Here’s how I categorize the world of implants we manage daily: 1️⃣ Orthopaedics – Hip, Knee, Shoulder, Spine, Nails, Plates & Screws 2️⃣ Cardiac & Thoracic – Pacemakers, ICDs, LVADs, Heart Valves, Stents 3️⃣ Neurosurgery – DBS, Shunts, Neurostimulators, Cranial Fixation 4️⃣ Dental & Maxillofacial – Titanium Implants, Zygomatic Fixations 5️⃣ Ophthalmology – IOLs, Corneal Rings, Glaucoma Shunts 6️⃣ ENT – Cochlear, Ossicular & Airway Implants 7️⃣ Urology & Gynaecology – Stents, Meshes, Slings, IUDs 8️⃣ General Surgery – Hernia Mesh, Biliary & GI Stents 9️⃣ Plastic & Reconstruction – Breast Implants, Facial Plates, Expanders 🔟 Drug Delivery & Ports – Chemo Ports, Insulin Pumps, Infusion Devices 💡 Operational Excellence in Implant Management means: • Right Implant → Right Patient → Right Time • Tracking expiry, traceability & lot numbers • Ensuring cost optimization without compromising outcomes • Aligning clinical quality with financial prudence As hospitals move toward system-driven transformation, implant management is becoming one of the most critical indicators of clinical and operational maturity. Let’s not just manage devices let’s manage trust, precision, and human life through system excellence. #HealthcareLeadership #ClinicalOperations #CEO #COO #CFO #HospitalManagement #PatientSafety #ImplantSystems #Surgery #BiomedicalEngineering #OperationalExcellence

Most breast augmentation consultations set patients up for size regret… 😕 The problem isn't the surgery, it's how sizing decisions get made. Here's what goes wrong during consultations: - Surgeons skip the most important measurement Your breast width determines which implant sizes actually fit your body. Without this number, you're just guessing what will look proportional. - Instagram becomes the reference point 📱 Filtered photos, strategic angles, and push-up bras create impossible expectations. You're choosing permanent implants based on digital manipulation. - "I want to be a C cup" means nothing Cup sizes vary wildly between brands. They don't account for your frame, chest measurement, or how different implant profiles create totally different looks. - The consultation room's feeling doesn't match real life That perfect size in the mirror? Some women wish they'd gone bigger once they're dressed. Others may feel overwhelmed by constant attention. - Surgeons can't predict your emotional response No one knows if you'll love the attention or hate it, or feel confident or self-conscious. Embrace the change or regret it. What actually works for accurate sizing: 1. Sizer inserts to show how different volumes look and feel on YOUR specific frame💡 2. Precise breast measurements, particularly the width, ensure implants fit your anatomy properly. 3. Before-and-after photos of patients with your exact body type give realistic expectations. Most patients need months for their results to settle in before knowing if they chose correctly. But with our tried and true sizing process, we keep that size regret to the absolute minimum. Comment "BODY" for a free 10-minute discovery call with me! #breastaugmentation #implantsizing #plasticsurgery #breastimplants #sizingregret

🦷 “Not knowing a nerve by millimeters can mean losing more than sensation — it can mean losing a patient’s smile.” The maxillary nerve (V₂) — the second division of the trigeminal nerve — is one of the most critical yet often unseen structures in oral and maxillofacial surgery. From the upper teeth to the palate, from the cheek to the nasal wall, its sensory reach is extensive. For surgeons, understanding this intricate map is not just anatomy — it’s precision, safety, and empathy combined. 🔬 Why it matters: The maxillary nerve and its branches are at risk during implant placement and sinus floor elevation surgeries. Nerve injury can lead to temporary or permanent paresthesia. CBCT imaging and nerve-sparing surgical approaches significantly reduce complications. 🧠 In the end, knowing the maxillary nerve isn’t just about memorizing pathways — it’s about protecting a patient’s comfort, expression, and quality of life. #OralSurgery #MaxillaryNerve #TrigeminalNerve #DentalAnatomy #Implantology #CBCT #SurgicalAnatomy #OralAndMaxillofacialSurgery #AnatomyMatters

📸 Types of X-ray Diagnostics – Which One Do You Use Most Often? X-rays have evolved far beyond the traditional 2D snapshot. Today, clinicians can choose from a variety of imaging techniques depending on the case: 🔹 Intraoral X-rays – Bitewing, periapical, occlusal. Perfect for detecting cavities, root issues, bone levels. 🔹 Panoramic (OPG) – A full jaw overview in a single scan. Great for wisdom teeth, fractures, and implant planning. 🔹 Cephalometric – Orthodontic diagnostics, growth analysis, treatment planning. 🔹 CBCT (Cone-Beam CT) – 3D visualization for implantology, endodontics, surgery, TMJ. 🔹 Medical Radiography – Chest, extremities, trauma evaluation. Still the fastest diagnostic tool worldwide. ⚡ With digital systems and AI, X-ray diagnostics are becoming more precise, safer, and seamlessly integrated into treatment planning. 👉 Question for colleagues: Which type of X-ray imaging do you rely on most in daily practice? #Xray #Diagnostics #DigitalDentistry #HealthcareInnovation #CBCT

✨ Sharing a 3D medical animation on Total Knee Replacement Surgery – a procedure that helps patients overcome chronic knee pain, restore mobility, and improve quality of life. This animation visually explains how surgeons replace the damaged knee joint with a prosthetic implant, offering a clearer understanding of the process for patients, students, and healthcare professionals. Innovations in medical technology and surgical techniques continue to transform orthopedic care, making recovery faster and outcomes better than ever. #3DMedicalAnimation #KneeReplacement #OrthopedicSurgery #HealthcareInnovation #MedicalTechnology #PatientEducation #ArthritisRelief #SurgicalCare #FutureOfHealthcare #MedicalEducation #PainRelief #Rehabilitation

𝗚𝗲𝘂𝗱𝗲𝗿 𝗛𝗶𝗴𝗵𝗹𝗶𝗴𝗵𝘁 𝗜𝗻𝘀𝘁𝗿𝘂𝗺𝗲𝗻𝘁: 𝗬𝗮𝗺𝗮𝗻𝗲 𝗗𝗼𝘂𝗯𝗹𝗲-𝗡𝗲𝗲𝗱𝗹𝗲 𝗦𝘁𝗮𝗯𝗶𝗹𝗶𝘇𝗲𝗿 🔬 Developed with Prof. Shin Yamane (Japan), this instrument provides secure fixation and reliable guidance for flanged intrascleral IOL fixation techniques. It embodies “Quality made in Germany”, combining traditional craftsmanship with advanced engineering to meet the highest surgical demands. Every detail is highly precision manufactured, reflecting Geuder’s heritage of over 70 years in ophthalmic surgery and our philosophy of Defining Surgical Excellence Together. Discover how this highlight instrument supports surgeons worldwide in achieving optimal patient outcomes. 👉 https://lnkd.in/eWbvyqb9 𝗗𝗶𝗱 𝘆𝗼𝘂 𝗸𝗻𝗼𝘄? The combination of the Yamane Double Needle Stabilizer and the Amon Forceps Needle streamlines the flanged intrascleral haptic fixation (FIHF) procedure, enhancing surgical control and minimizing associated risks. Learn more: https://lnkd.in/dgENqyrF #CataractSurgery #IOLFixation #OphthalmicInstruments #QualityMadeInGermany #SurgicalInnovation #VitreoretinalSurgery