Basics of Calcaneum Radiography/Fluoroscopy and Radiographic Anatomy of Calcaneum скачать в хорошем качестве

Basics of Calcaneum Radiography/Fluoroscopy and Radiographic Anatomy of Calcaneum

When assessing calcaneal fractures, several radiographic views are commonly used to evaluate the extent and characteristics of the fracture. The following are the typical radiographs used in the assessment of calcaneal fractures: Lateral view: This is the most important radiograph for evaluating calcaneal fractures. It provides a side view of the foot, allowing visualization of the entire calcaneus bone. The lateral view helps determine the fracture pattern, displacement, and comminution (fragmentation) of the bone. Axial view (Harris view): patient is supine or seated with the affected limb extended; fluoroscopic beam is position in AP direction or PA direction, foot is dorsiflexed until the plantar surface is running perpendicular to the image receptor. Calcaneal axial view (Broden view): the patient is supine or seated with the affected limb extended; the posterior aspect of the ankle is resting on the image receptor; the affected leg must be rotated 40-45° internally (internal rotation must be from the hip); the foot should be in neutral dorsiflexion. One or four images at varying cephalic angles may be acquired to view different parts of the posterior calcaneal facet. Keywords: calcaneum radiography calcaneum x-ray views calcaneum fluoroscopy basics imaging of calcaneus basic calcaneal radiographs calcaneum x-ray positioning foot x-ray lateral view axial heel view Harris-Beath view Broden’s views C-arm imaging calcaneum intraoperative calcaneus fluoroscopy CT scan calcaneus oblique view of calcaneus tangential heel view retrocalcaneal imaging 🦴 Anatomy & Radiographic Landmarks radiographic anatomy of calcaneum calcaneal bony landmarks sustentaculum tali view posterior facet visualization subtalar joint on x-ray anterior process of calcaneus calcaneal tuberosity middle facet of calcaneus lateral wall of calcaneum Gissane’s angle Böhler’s angle sinus tarsi visualization calcaneocuboid joint anatomy cortical outlines of calcaneus articular surfaces of calcaneus 🛠️ Fracture Evaluation & Measurement calcaneum fracture radiology fracture classification x-ray Böhler angle interpretation Gissane angle changes in fracture calcaneal compression fracture x-ray joint depression fracture signs extra-articular vs intra-articular fracture posterior facet involvement calcaneal height loss x-ray varus displacement calcaneus subtalar joint congruity fracture line visualization step-off in posterior facet 🧠 Clinical & Educational Use orthopedic radiology teaching basics of foot x-ray calcaneum imaging interpretation radiographic signs of calcaneal injury intra-op calcaneal fluoroscopy tips radiology for orthopedic residents calcaneal anatomy for surgeons orthopedic imaging training surgical planning with x-rays radiographic positioning guide calcaneus x-ray reading skills 🔹 Keywords With Hashtags 📷 Radiology & Imaging Views #CalcaneumXray #CalcaneumRadiography #FootXray #CalcaneusFluoroscopy #CArmImaging #HeelXray #BrodensView #HarrisBeathView #TangentialHeelView #IntraoperativeFluoroscopy 🦴 Anatomy on X-ray #CalcanealAnatomy #RadiographicAnatomy #SustentaculumTali #PosteriorFacet #GissanesAngle #BohlersAngle #SubtalarJoint #CalcanealTuberosity #SinusTarsi #CalcaneocuboidJoint 🛠️ Fracture Evaluation #CalcaneumFractureXray #FootTraumaXray #FractureLines #JointDepressionFracture #PosteriorFacetFracture #ExtraArticularFracture #IntraArticularFracture #CalcanealCompressionFracture #FractureEvaluation #BohlersAngleLoss 📚 Education & Surgical Use #OrthoRadiology #RadiologyTeaching #ResidentEducation #SurgicalPlanning #XrayPositioning #OrthoImaging #RadiographicInterpretation #CalcaneusXrayBasics #TraumaImaging #FootAndAnkleRadiology