American Academy of Orthopaedic Surgeons Video Theater 2024

75 $

+ Include: 1552 videos, size: 506.62 GB

+ Target Audience: surgeons

Categories: , ,

Description

+ Include: 1552 videos, size: 506.62 GB

+ Target Audience: surgeons

+ Sample video: contact me for sample video

+ Information:

Welcome to the AAOS American Academy of Orthopaedic Video Theater 2024! Here, we offer an immersive learning environment that uses visual media to teach orthopedic medicine.
Introduction:
The AAOS American Academy of Orthopaedic Video Theater 2024 is an educational platform created for orthopedic professionals. The platform contains informative and instructional videos on various topics, procedures, and techniques related to orthopedics. These videos were designed by experts in this field and provide useful insights and hands-on advice.
Key Features:
Wide-ranging Library: Get access to a vast collection of videos covering surgeries, treatments, exercises during rehabilitation period as well as case studies among others.
Expertise Sharing: Leading surgeons and other specialists are invited to share their knowledge, tips and tricks with us all.
Interactive Learning: You can participate in the procedure through interactive videos shown step wise or pause at critical moments then rewind again for review.
Continuing Education Credits: Complete CME accredited modules based on video content followed by assessments.
Course Content:
Surgical Techniques: Joint replacements, spinal interventions among others are some examples included under this category which also provides detailed descriptions about how different surgeries are done depending on different conditions like fractures or arthritis etcetera..
Treatment Modalities: This section presents non-surgical treatment options such as physical therapy exercises; bracing techniques; regenerative medicine therapies;and pain management strategies.
Clinical Case Studies: Real-life patient scenarios mixed up with clinical cases will spark off your thinking faculties thereby sharpening diagnostic skills whiles illuminating decision making processes when managing patients suffering from bone injuries or joint disorders so forth
Emerging Technologies: For instance robotic assisted surgery may be one area covered here together with three dimensional printing applications as well telemedicine platforms plus wearable devices used during postoperative care among others too numerous to mention all of them here.
Benefits:
Convenience: Study at your own pace, place and whenever you want as long there is an internet connection plus a device capable of opening the website.
Flexibility: Choose what suits you best according to either level or interest within specialization.
Engagement: Easily understand complicated concepts through visual representations which tend to stick into mind for longer periods than just listening or reading alone without clarification through demonstrations by experts in the field.
Networking: Interact with peers across globe through discussion forums live webinars virtual conferences among others
Who Should Participate:
Orthopedic surgeons, residents, fellows, and medical students seeking to expand their knowledge and skills.
Physical therapists, physician assistants, nurses, and other allied health professionals involved in orthopedic patient care.
Industry professionals, researchers, and educators interested in staying informed about the latest trends and developments in orthopedic medicine.

+ Topics:

By anatomic region

  • Shoulder: Latarjet/Bankart, remplissage, rotator cuff repair (double-row, biologic/patch), suprascapular nerve decompression, RSA/ATS and revisions, glenoid bone loss strategies.

  • Knee: ACL/PCL (primary & revision, LET/ALL), meniscal root tears, patellar instability (MPFL/LPFL), HTO/DFO, TKA (kinematic/robotic/navigation) & soft-tissue balancing.

  • Hip: FAI arthroscopy (capsular management), labral repair/reconstruction, periacetabular osteotomy (Bernese/variants), THA (direct anterior, posterolateral, superior), resurfacing, dysplasia management.

  • Foot & Ankle: Achilles repair/reconstruction (incl. FHL transfer), flatfoot/arthroereisis, talar OCD (OATS/particulated cartilage), TTC fusion, total ankle arthroplasty & revisions, os trigonum.

  • Elbow & Forearm: UCL repair/reconstruction (docking/brace), distal biceps repair/recon, terrible triad, plica/arthrofibrosis, radial head ORIF/replacement.

  • Hand & Wrist: Carpal tunnel (open/endoscopic/US-guided), scaphoid ORIF/nonunion, CMC arthroplasty, tendon transfers/repairs, partial wrist denervation.

  • Spine: PSO/VCR, laminoplasty, (endo)discectomy, spondylectomy, deformity correction (AIS), navigation-guided osteotomies.

  • Pediatric orthopaedics: SCFE (Dunn/Ganz), clubfoot (Ponseti/surgical), pediatric fractures (e.g., supracondylar, Lisfranc), growing rods, patellar instability in children.

  • Ortho oncology & limb salvage: Bone/soft-tissue tumor resections, megaprostheses, complex allograft/autograft reconstructions, hemipelvectomy, rotationplasty.

  • Trauma & fracture fixation: Acetabulum/pelvis (Stoppa, ilioinguinal), calcaneus/tibial plateau/distal radius/proximal humerus, periprosthetic fractures, staged external/internal fixation.

By technique/theme

  • Arthroscopy & portal/knot skills: Multi-point diagnostic arthroscopies (shoulder/hip/ankle), safe portal placement, one-handed knot, inside-out/all-inside techniques.

  • Arthroplasty & revision: THA/TKA/RTSA approaches, cemented vs uncemented, component positioning, constrained liners, articulating spacers (PROSTALAC), extensor mechanism recon.

  • Navigation/robotics/3D: Robot-assisted TKA/THA/UKA, computer navigation, patient-specific guides/instrumentation, 3D-printed models & preop planning.

  • Biologics & grafts: ACI/MACI, osteochondral auto/allograft, BMAC, collagen/dermal patches, tendon auto/allograft augmentations.

  • Infection & two-stage strategies: Antibiotic spacers (knee/shoulder/hip), irrigation–debridement, one-stage vs two-stage revisions, cement techniques.

  • Peripheral nerve: RPNI/TMR, nerve transfers (AIN→ulnar, Oberlin, intercostal), neurolysis.

  • Clinical exam & applied anatomy: Structured physical exams (shoulder/knee/hip/ankle), layer-by-layer anatomy, key radiographic measurements (hip preservation, etc.).

  • Anesthesia/analgesia & office procedures: Adductor canal/intra-articular blocks, multimodal pain control, office-based needle arthroscopy/minor procedures.

  • Casting/splinting & outpatient techniques: Hip spica/long-leg casts, wedging, safer cast-saw methods, quick reduction/splint tricks.

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