VOKA 3D Anatomy & Pathology’s Post

🔍 Essential Anatomy & Surgical Techniques of MCL Reconstruction A deep understanding of the medial collateral ligament (MCL) anatomy can be the difference between a good and great reconstruction outcome. 💡 Surgical precision starts with knowing the complex structures that support knee stability. At the recent BOSTAA event, Mr. Bobby Anand shared key insights into the MCL’s three essential components: 1. Superficial MCL (sMCL) – recognised as most important section, being a primary internal rotation stabiliser. 2. Deep MCL (dMCL) – a capsular-like attachment with distinct meniscofemoral & shorter meniscotibial components. 3. Posterior Oblique Ligament (POL) – another primary stabilizer for internal rotation. Using the Infinity-Lock 5mm Tape, coupled with precise anatomical knowledge, is leading to promising results in MCL reconstruction. 👉Discover more about our MCL reconstruction products: https://lnkd.in/eMZaFBEP ⏰Early look: Watch Bobby Anand’s surgical technique animation for a step-by-step overview: https://lnkd.in/djhsEWVS

I found this when looking back through my data: a very neat 3D reconstruction of the hair cells of the mouse inner ear created by my esteemed colleague Roberto Alvarez Jr on the Leica Stellaris STED using one of my samples. In this case I believe the yellow is Myo7a and green is GFP. Seeing the data in 3D is helpful, especially when you're used to scrolling through 2D stacks. #hearing #otolaryngology

What makes the muscular artery so vital to your circulatory system?   Muscular arteries are the superheroes of your circulatory system, perfectly engineered to handle blood flow and pressure. These medium-sized arteries, like the femoral or radial arteries, play a critical role in delivering oxygen-rich blood to your organs and tissues.   What makes them fascinating? Their unique structure allows them to expand and contract with precision, controlling blood distribution as your body’s needs change—whether you're running a marathon or simply at rest. These arteries can even adapt to long-term changes in blood pressure, showcasing their incredible resilience.   Want to see the intricate details of a muscular artery in action? Explore it like never before with VOKA 3D Anatomy & Pathology’s hyper-realistic 3D visualization!   🔗 Learn more here: https://bit.ly/3zuA7D6 #muscularartery #vascularanatomy #microanatomy #healthcare #medtech #medicaleducation #3danatomy #digitallearning

When choosing between a needle and a cannula for treating nasolabial folds, it’s crucial to consider the depth of facial arteries, which run superficially near the piriform fossa and deeper towards the labial arteries. Understanding this anatomy is vital for effective and safe treatments. My new course offers an in-depth exploration of facial anatomy in detailed 3D. For the ultimate facial anatomy training experience and access to the 3D models shown in this reel, join the waitlist here - https://shorturl.at/qXKL8

#spinethought Modern technologies do make education easier. When you are training residents who might have never seen iliolumbar fixation or iliac screws, 3D visualization on CT or volume xray can be very helpful. Also for patients who are usually far from really understanding the anatomy and the surgical process, this might shed some light into the darkness. Any thoughts? #medicaleducation #visualization #teaching #spinesurgery Peter Vajkoczy Mike Selby Stefan Motov Alan H. Daniels, MD Ali A. Baaj MD AANS/CNS Section on Disorders of the Spine and Peripheral Nerves

With the use of augmented reality tech, surgeons can now get clearer and more precise imagery of the patient's brain. Braillic superimposes 3D anatomy onto the target area, making details easier to see and minimizing error. #CES #CES2025 #AugmentedReality #SurgicalInnovation #MedicalTechnology

Explore the spine in 3D with VOKA 3D Anatomy & Pathology   Embark on a transformative journey into the anatomy of the spine with our state-of-the-art 3D visualization, crafted for medical students, orthopedists, and spine specialists. VOKA’s detailed models offer an unparalleled look at the intricate structure and function of the human spine, from its supportive framework to its role in enabling movement and protecting the spinal cord.   Discover key components such as the vertebrae, forming the spine’s strong yet flexible column; the intervertebral discs, acting as shock absorbers to support movement; and the ligaments, like the anterior longitudinal ligament, ensuring spinal stability. Dive deeper into the spinal cord and its vital role in transmitting signals between the brain and the body. 🔗 Learn more here: https://bit.ly/3zuA7D6 #spineanatomy #vertebrae #spinalcord #healthcare #medtech #3Danatomy #meded

Presurgical Planning with Stratasys J5 Digital Anatomy. Revolutionizing healthcare by bringing precision and innovation to presurgical planning. With advanced anatomical modeling, medical professionals can create highly realistic 3D models that mimic the look, feel, and response of human anatomy. From complex cardiovascular cases to intricate orthopedic procedures, the J5 Digital Anatomy Printer empowers healthcare teams to plan with confidence and deliver the best care possible. Know More Visit >>> https://lnkd.in/gY5N4eTv #Stratasys #3dprinting #prototyping #innovation #rapidprorotyping #medical #design #technology #growth #anatomy Shishir Garg Abhishek Soni Radhakrishna G ARK Additive Pranav Malasi JAYANTH G Akshay Sadhu Stratasys

Flexion and extension of the neck – explore the mechanics in 3D with VOKA 3D Anatomy & Pathology! Ever wondered how your neck supports such a wide range of motion, from simple nods to looking up at the sky?    It’s all thanks to the intricate teamwork of your cervical vertebrae, muscles, and ligaments! The cervical spine provides the structural framework, while intervertebral discs cushion and allow flexibility. Muscles like the sternocleidomastoid power forward movements, and the splenius capitis helps you tilt your head back. Ligaments, like the anterior longitudinal ligament, keep everything stable and prevent overextension.   🔗 Learn more here: https://bit.ly/3zuA7D6    #neckanatomy #cervicalspine #healthcare #medtech #3Danatomy #meded

The design of the Gorilla® Lisfranc Plating System began with taking a close look at the unique anatomy in the area of the Lisfranc joint. The plates were designed around creating several solutions for surgeons so that an option is available for patients of varying sizes and shapes with differing diagnoses. Each of the plates in the Gorilla® Lisfranc Plating System are contoured to match the convexity of the Lisfranc joint. Features of the Gorilla® Lisfranc/TMT Plating System: ✓ 6 unique plating styles ✓ 32 total plating options ✓ 1.4 mm low profile plate design ✓ Anatomically contoured for the TMT joints Learn more about how the Gorilla® Lisfranc/TMT Plating System can impact your practice - https://lnkd.in/e3vU8t4N #paragon28 #p28 #footandankle #FNA #improvingpatientlives #dedicatedtofootandankle #lisfranc #tmt