Intramedullary Lengthening Nail: How it Works and What to Expect

🚪 Dilemma in skeletal maxillary constriction When the upper jaw base is narrowed by more than 5 mm, there are just a few treatment options: 1️⃣ SARPE / surgery – stable and functional, but invasive. 2️⃣ Vestibular inclination of upper teeth + lingual inclination of lower teeth (illusion of correction) — looks “nice” for the patient, — but during lateral movements the palatal cusps of the upper teeth collapse, canines stop guiding, → muscle overload, functional issues, and high risk of retreatment. ❌ A short-sighted solution – for both doctor and patient. 3️⃣ Keep the crossbite + prosthetic compensation – a compromise where function is preserved. Downside: patients may feel the bite looks “uncorrected.” 😬 🦷 The logic of compromise – and why it is the option of choice when surgery is refused ▶️ Skeletal constriction = indication for skeletal expansion (fun play on words 😁) ▶️ Expanding with teeth alone means either moving beyond the bone limits or placing teeth parallel to the horizon (remember that case with horizontally placed premolars in my previous post?) The compromise is only valid if we maintain vertical tooth position and check function.Most importantly, during lateral movements, canines must ensure disocclusion – only then the masticatory system works harmoniously 🧘♀️ ❓ Clinical question In this case, during protrusion, the contact is only on 31. Why? 🤔 Was the anterior sector not fully corrected? Or was it intentional? #Orthodontics #ClearAligners #DigitalOrthodontics #Biomechanics #AlignerTreatment #SoftSmile #Occlusion #OrthognathicSurgery #SARPE #Crossbite #DentalPlanning #OrthodonticEducation #AlignerBiomechanics #ClinicalCases #Dentistry

Myth vs. Reality: Dental Scans Edition Myth: You don’t always need a 3D scan before surgery. Reality: Most surgeons won’t proceed without one and for good reason. 3D scans reveal critical details that 2D X-rays can’t: Nerve pathways Bone density and structure Sinus and airway evaluations These insights help ensure safer, faster, and more accurate treatment outcomes especially for implants, orthodontics, and facial surgeries. If your practice wants to deliver the highest precision for every case, we’re here to support you. Contact us at 855-333-7226 or visit www.3dimagingcenter.com to learn more. #DentalImaging #3DImagingCenter #CBCTScan #OralSurgery #DentalTechnology #RadiologyReports #ImplantPlanning #FacialSurgery #DentalRadiology #DentistryInnovation #MaxillofacialImaging

↓ Behind the Scenes of a Facelift Dr. Diepenbrock explains why surgical markings are one of the most critical steps before a cosmetic surgery procedure. Each line drawn serves a purpose: - The jawline marking helps identify where the deeper tissues transition. - The line from the ear to the clavicle highlights a key muscle landmark. - Lower lines define how far dissection will extend. - Neck bands are mapped to ensure a smoother, tighter contour. - Even the jowl and buccal fat pad are carefully considered for balance and refinement. These markings may seem simple, but they are the roadmap that guides a precise, safe, and aesthetically pleasing facelift or neck lift.  Cosmetic surgery begins long before the first incision—it begins with planning. Become a member of the AACS where education in patient safety is our focus https://bit.ly/4pvhV1D

🦷 “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

“Sinus Lift Made Simple: Choosing the Right Approach” 🦷✨ Sinus Lift Simplified ✨🦷 When planning implants, every millimeter of bone height matters! 👉 6–8 mm – Minor lift, longer implant = more stability 👉 4–5 mm – Crestal approach = safe & predictable 👉 1–3 mm – Lateral window = maximum support & bone contact The right technique = safer surgery + long-term implant success 🌱💪 #SinusLift #ImplantDentistry #DentalSurgery #OralImplants #BoneGrafting #DigitalDentistry #SmileDesign #DentalCare #delhidentist

limb lengthening surgery 🦴: how doctors rebuild and lengthen bones Limb lengthening surgery, also called the Ilizarov method or circular external fixator technique, is used by orthopedists to treat complex fractures of long bones like the tibia and femur. It’s especially helpful for severe fractures, bone loss, infections, deformities, or misalignment, and can also make limbs longer. The procedure uses circular metal rings around the limb, connected with adjustable rods and secured to the bone with wires and pins. This allows controlled adjustments that realign bones and promote new growth through osteogenic distraction. While hygiene is important, this method provides stability, early mobility, and effective bone regeneration. It has transformed orthopedics, helping patients regain function and avoid amputations. Disclaimer: This is for information only. All credits to the original creators. #limblengthening #orthopedics #bonehealth #ilizarovmethod #fracturetreatment #medicaleducation #orthopediccare #healthtips #bonegrowth #doctorlife

limb lengthening surgery 🦴: how doctors rebuild and lengthen bones Limb lengthening surgery, also called the Ilizarov method or circular external fixator technique, is used by orthopedists to treat complex fractures of long bones like the tibia and femur. It’s especially helpful for severe fractures, bone loss, infections, deformities, or misalignment, and can also make limbs longer. The procedure uses circular metal rings around the limb, connected with adjustable rods and secured to the bone with wires and pins. this allows controlled adjustments that realign bones and promote new growth through osteogenic distraction. While hygiene is important, this method provides stability, early mobility, and effective bone regeneration. it has transformed orthopedics, helping patients regain function and avoid amputations. Disclaimer: This is for information only. All credits to the original creators. #limblengthening #orthopedics #bonehealth #ilizarovmethod #fracturetreatment #medicaleducation #orthopediccare #healthtips #bonegrowth #doctorlife

🦷 Soft Tissue Guide in Implant Surgery – Precision Meets Esthetics When it comes to full digital implant planning, one of the most overlooked yet critical components is the Soft Tissue Guide. Unlike the conventional guides, a Soft Tissue Guide is designed specifically to: ✅ Precisely contour the gingiva ✅ Maintain soft tissue architecture during implant surgery ✅ Improve esthetic outcomes and emergence profile ✅ Ensure a predictable flap or punch design 💡 Whether you’re performing a flapless surgery, immediate implant, or esthetic zone case – a well-designed soft tissue guide elevates your results and minimizes post-op complications. 💬 Let’s raise the standard of implant dentistry together. DM me if you’re interested in collaboration or want to level up your guide design workflow. #DentalImplants #DigitalDentistry #GuidedSurgery #SoftTissueGuide #Implantology #SurgicalGuide #FlaplessSurgery #ProstheticDrivenImplantology #CADCAMDentistry #ImplantSurgery #SmileDesign #DentalInnovation #3DDentistry #OralSurgery

Dr. Tox presents 🦷👁️ Odonto Kerato Prosthesis: Restoring Sight with a Tooth! When traditional corneal transplants fail, this groundbreaking procedure—also known as “tooth-in-eye” surgery—offers hope. Surgeons use a patient’s own tooth and jawbone to anchor a tiny optical cylinder, which is later implanted into the eye. It’s a two-stage process that combines dental and ocular surgery to restore vision in the most severe cases of corneal blindness. 🌍 Practiced in Italy, India, Israel, UK, and select centers worldwide, this technique has a success rate of over 85% in restoring functional vision long-term. ✨ Outcomes? Life-changing. Patients who were once completely blind can regain the ability to read, recognize faces, and navigate independently. 💬 “From tooth to sight—science at its boldest.” 💬 “Not just surgery. A miracle of modern medicine.” #ToothInEye #MedicalMiracle #VisionRestoration #CornealBlindness #Ophthalmology #DentalSurgery #MedicalInnovation #EyeSurgery #TikTokMed #MedTok #HealthBreakthrough #ScienceFacts #SurgicalGenius #MedicalMarvel #FutureOfMedicine #BlindnessCure #TikTokDoctor #InstagramMed #MedicalReels

Episode 16: Laser-Assisted Apicoectomy – Endodontic Surgery, Reimagined Apicoectomy is often the final opportunity to preserve a tooth when conventional endo fails — and laser technology can make it faster, cleaner, and more predictable. With Waterlase, you can: • Access and remove the root tip with precision • Clean infected tissue thoroughly • Achieve hemostasis quickly • Reduce post-op discomfort and healing time Laser-assisted microsurgery allows for enhanced visibility and control — especially critical in complex endodontic cases. 📘 Learn how Waterlase supports surgical endo success → https://lnkd.in/dwfEj9Ha #BiolaseUK #LaserEndo #Apicoectomy #EndodonticSurgery #LaserMicrosurgery #WaterlaseiPlus #MinimallyInvasiveDentistry #LaserSeries