Imaging Orbit/Periorbital Injury
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1 Imaging Orbit/Periorbital Injury 9 th Nordic Trauma Radiology Course 2016 Stuart E. Mirvis, M.D., FACR Department of Radiology University of Maryland School of Medicine Fireworks
2 Topics to Cover Struts and buttresses Orbital fractures Periorbital injuries Orbital cranial nerves Soft tissue globe injury
3 Anterior coronal struts consisting of frontal (1), zygomaticofrontal (2), nasofrontal (3), anterior maxillary (4), anterior alveolar (5) components. Facial Struts Posterior coronal struts consisting of posterior wall of maxillary sinus (1) and pterygoid plates (2) Gentry LR, et al. High-Resolution CT Analysis of Facial Struts in Trauma: 1. Normal Anatomy. AJR 140: , March 1983 Horizontal struts superior (1), middle (2), and inferior (3) parts. Sagittal struts consisting of median (1 ), parasagittal(2), and lateral (3) parts
4 Concept of Facial Buttresses Major support for facial skeleton to maintain form and function (I-beams) Attach directly or indirectly to skull base or cranium 3 vertical and 3 horizontal Buttresses accommodate screw fixation Maintain facial width and height Establish functional support (orbits and teeth) Hopper RA, Salemy S, Sze RW. Diagnosis of Midface Fractures with CT: What the Surgeon Needs to Know. RadioGraphics 2006; 26:
5 Highlights of Facial Anatomy - Orbit Orbital sutures and thin orbital bony plates allow suture diastasis and fractures of thin bone to absorb impacting energy. This anatomy plus orbital fat and muscles cushions the globe and preserves vision in high-energy impacts to the orbit.
6 Orbital Blow-out Fractures: Significant Imaging Features Evidence of muscle or fat entrapment (position/shape of muscle) Pure or impure fracture (?intact inferior orbit rim) Orbital hematoma (up to 24% orbital injuries) Complications: enopthalmous, diplopia, hypoesthesia Size (area) of floor defect or associated fractures Calculations of blow-out fractures of the orbital floor by 3D-CT and 2D-CT method are accurate for assessing the area of fracture and the volume of herniated tissue * * Ploder O, 2D- and 3D-based measurements of orbital floor fractures from CT scans. J Craniomaxillofac Surg. 2002
7 Orbital blow-out fracture
8 Orbit Blow-out Fracture
9 Orbit Blow-out Fracture
10 Herniated Inferior Rectus
11 Herniated and entrapped inferior rectus
12 Round inferior rectus torn supportive tissues Rounding of the inferior rectus muscle on initial coronal CT scan is predictive of the development of late enophthalmos
13 Medial orbital wall fracture Isolated or associated 20-40% fracture with floor More common to cause orbital emphysema Rarely surgically repaired Complications: Horizontal gaze palsy, enopthalmous, epistaxis
14 Medial Orbit Wall Blow-out Isolated or associated 20-40% with floor fracture More common to cause orbital emphysema Rarely surgically repaired Complications: Horizontal gaze palsy, enopthalmous, epistaxis
15 Medial orbital wall fracture- emphysema
16 Medial blow-out with muscle herniation (entrapped?)
17 Orbital Blow-in fracture
18 Frontal sinus involvement common Blow-up fracture Rare Orbital roof fragments explode into frontal lobe Typical dural tears and CSF leak
19 Orbital Blow-up fracture
20 Traumatic Optic Neuropathy Secondary acute trauma (Assault, MVC): demyelinating, inflammatory, ischemic causes Direct or indirect axon damage Impaired -- to loss of vision Avulsion, hemorrhage, emphysema, transection 0.5 to 5% closed head injury (forehead, supraorbital) Afferent pupillary defect Optic nerve atrophy 4-6 weeks Treatment steroids (< 8 hrs. after injury) STIR with fat suppression FLAIR with fat & fluid suppression (CUBE): 3D FSE sequence used to perform whole-brain FLAIR T2-weighted imaging. Increased signal on diffusion.
21 Traumatic Optic Neuropathy Case 1 Case 2
22 Superior Orbital Fissure Syndrome
23 Orbital Apex Syndrome Optic neuropathy and ophthalmoplegia Loss of cranial nerves II, III, IV, opthalmic division of V, and VI Blindness, fixed dilated pupils, proptosis, ptosis Causes: inflammatory, infectious neoplastic, iatrogenic/traumatic, and vascular conditions
24 LeFort Fracture Patterns Described as symmetric mid-face lines of weakness - experimental Often asymmetric clinically and combined with ZMC, NOE Always involves pterygoid plate fractures Higher energy usually leads to higher grade Any pattern of Lefort 1,2,3 fractures can occur
25 LeFort Fracture II
26 Lefort II and Nasoorbital- ethmoid
27 Le Fort 2/3
28 Combined LeFort Fracture Pattern - Smash
29 Manson Classification: medial support injury
30
31 3-wall orbital fracture and globe hemorrhage
32 Knife to right orbit - blind
33 Traumatic exopthalmous sudden reduced orbital volume, reduced vision. Hemorrhage, emphysema, loss afferent and efferent /direct pupillary responses Severe orbital tension, firm globe, limited ocular movement Globe tenting/stretching; acute proptosis; torn nerves, muscles; CCF Posterior globe angle < 120 degree with proptosis surgery Globe angle< 130 degree Globe Extrusion
34 Protective plastic on table saw
35 choroidal vitreous retinal retinal CCF
36 Stick in inferior orbit
37 That s All Folks
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