ABSTRACT ID - IRIA-1230 Imaging differentials in granulomatous diseases of head and neck: a retrospective study.

Slides:



Advertisements
Similar presentations
Bones of the Skull.
Advertisements

CT. Scan ANATOMY of PARANASAL SINUSES Professor Dr.Muhammad Ajmal
BONES OF NASAL CAVITY Masyitah Mustaffa.
2 Divisions Cranium Face
SHANDONG UNIVERSITY Liu Zhiyu
11 The Skull and Cranial Bones. Terms: Prominences Tuberosity = Rounded prominence, often rough (e.g., maxillary tuberosity) Process = Prominence or extension.
M-1 RADIOLOGY Head and Neck.
Skeletal system.
Dr Mohamed El Safwany, MD.
Skeletal System – Part 3.
Bones of the skull.
Cholesteral granuloma
Goals Be familiar with the extracranial take-off of CN VIII and its relationship to the pons and cerebellum Appreciate how the anatomic position of tumors.
REVIEW OF CLINICAL ANATOMY & PHYSIOLOGY OF THE ORBIT Dr. Ayesha Abdullah
Chapter 13 Facial Bones Part 1.
SKULL BONES.
CT and MRI FINDINGS IN LOCALIZED NASOPHARYNGEAL AMYLODOSIS : A CASE REPORT I. GANZOUI, Y. AROUS, R. AOUINI, M. LANDOLSI, S. KOUKI, H. BOUJEMAA, N. BEN.
Imaging spectrum of Immunoglobulin G4-related disease (IgG4-RD) - a pictorial review Abstract number: IRIA
Sinus Cancer Reporter: clerk 柯仁裕 Supervisor: 戴志峰 醫師.
Axial Skeleton Cranium.
Anatomy of Para nasal sinuses
Focus: The Individual Bones of the Skull Cranial Bones
Muhammad Sohaib Shahid (Lecturer & Course Co-ordinator MID) University Institute of Radiological Sciences & Medical Imaging Technology (UIRSMIT)
TUMOURS OF NASAL CAVITY & PARANASAL SINUSES
Extraoral Radiographic Anatomy
CT NECK.
USEFULNESS OF MRI IN THE DIAGNOSIS OF SALIVARY GLAND PATHOLOGIES
Orbit and Visual Pathway imaging strategies
Pharyngeal and Retropharyngeal Tuberculosis with Nodal Disease Radiology: Volume 254: Number 2—February 2010.
HEAD AND NECK BLOCK 2: CT SERIES, X-RAYS AND SCANS 2011.
Pharynx Sagittal view of the face and neck depicting the subdivisions of the pharynx as described in the text. Compton, C.C., Byrd, D.R., et al., Editors.
IMAGING FEATURES OF TUMOR EXOPHTALMOS IN CHILDREN M. LIMEME, H. ZAGHOUANI BEN ALAYA, S. KRIAA, H. AMARA, D. BEKIR, CH. KRAIEM Imaging department, Farhat.
THE SKULL SIMPLY, AMAZING!. Most complex bony structure 22 bones in all Mostly flat bones, but not all!
Copyright © 2003 Pearson Education, Inc. publishing as Benjamin Cummings II. Axial Skeleton: Cranial & Facial Bones Cranial Sphenoid & Ethmoid Facial Paired.
E Ure, Y Kayadibi, D Tekcan Sanli, Z I Hasiloglu
Human Skull. The fetal skull Discuss in your groups the following questions: Name three ways the fetal skull differs from the adult skull? Why are there.
REVIEW OF CLINICAL ANATOMY & PHYSIOLOGY OF THE ORBIT Dr. Ayesha Abdullah
IN THE NAME OF ALLAH.
Bones of the Face Nestor T. Hilvano, M.D., M.P.H..
The body one bone The greater wing two bones The lesser wing two bone Lateral platetwo bone medial pterygoid plate two bone.
PowerPoint ® Lecture Slides prepared by Leslie Hendon, University of Alabama, Birmingham HUMAN ANATOMY fifth edition MARIEB | MALLATT | WILHELM 7 Copyright.
The Skull.
Bones of Skull and cranial cavity
The Skeleton P A R T A. The Axial Skeleton Eighty bones segregated into three regions Skull Vertebral column Bony thorax.
Human Anatomy & Physiology FIFTH EDITION Elaine N. Marieb PowerPoint ® Lecture Slide Presentation by Vince Austin Copyright © 2003 Pearson Education, Inc.
Rosai-Dorfman Disease within the Head, Neck, and Brain: A Case Series and Review of Imaging Findings and Clinicopathologic Features eEdE-122 Michael Stone.
Figure 8.1 Major compartments of the head and neck.
Copyright © 2002 American Medical Association. All rights reserved.
د . سيف (م 9) Human Anatomy.
2 CASES OF EYE ASYMMETRY N. De Vos1,2
REVIEW OF CLINICAL ANATOMY & PHYSIOLOGY OF THE ORBIT
S. Vaid, N. Vaid, S. Rawat, A.T. Ahuja  Clinical Radiology 
Rewati Raman Sharma  International Journal of Surgery 
Anatomy of the Head and Neck lecture 1 Abbas A. A. Shawka Medical student 2 nd stage.
A 55-year-old mentally challenged man with chronic sinus congestion
Can you identify the pituitary gland
© 2017 Pearson Education, Inc.
Rewati Raman Sharma  International Journal of Surgery 
DEPARTMENT OF RADIOLOGY
Volume 58, Issue 3, Pages (July 2014)
Cystic and Cavitary Lung Diseases: Focal and Diffuse
Michael Chan, BHSc, Eric Bartlett, MD, Eugene Yu, MD 
Frontal bone Glabella Parietal bone Frontonasal suture
ANATOMY OF THE ORBIT Dr Sheetal Savur.
Patient 5. Patient 5. Initial diagnosis: nonhealing midline granuloma (Stewart's syndrome); final diagnosis: non-Hodgkin's T-cell lymphoma. A, CT scan.
Antineutrophil cytoplasmic antibody-associated vasculitis: Experience from Taichung Veterans General Hospital 施凱翔 梁凱莉 顏廷廷.
7 The Skeleton: Part A.
Sinonasal Tumours Otolaryngology Rhinology
Radioloksabha spotters series- I
A 16-year-old boy with rhabdomyosarcoma.
Presentation transcript:

ABSTRACT ID - IRIA-1230 Imaging differentials in granulomatous diseases of head and neck: a retrospective study

Aims and objective 1. To analyse the varied etiology and recognise radiologic patterns of granulomatous diseases in the head and neck. 2. Formulate an appropriate imaging differential diagnosis for granulomatous disease manifestations in the head and neck Materials and methods Retrospective analysis of cross-sectional imaging done for granulomatous diseases of head and neck, using specific key word search from our PACS database Imaging features of various cases were analysed and categorised based on the etiologies as proved by histopathological /microbiological / serological examination Objectives & Methodology

Granulomatous diseases- Etiology Autoimmune Granulomatosis with polyangitis (Wegener’s granulomatosis) Churg Strauss IgG4 disease Behcet’s disease Infection TB Fungal Leprosy Actinomycosis Rhinoscleroma Syphilis Cat scratch Others Langerhans Cell histiocytosis Erdheim Chester disease Systemic lupus nephritis Sinus Histiocytosis Relapsing polychondritis Rheumatoid arthritis Hereditary Chronic GD Idiopathic Sarcoidosis

Analyzed cases 1784 cases

Biopsy proven granulomatous diseases

Granulomatosis with polyangitis ( W egener’s granulomatosis ) - SINONASAL INVOLVEMENT Soft tissue opacification of all sinuses[ ] ORBITAL INVOLVEMENT Enhancement along the orbital apex bilaterally [ ]

Granulomatosis with polyangitis SINONASAL & BONE INVOLVEMENT Erosion of inferior nasal septum, nasal turbinates and hard palate [ ] Associated soft tissue thickening in the maxillary and ethmoid sinuses

Sarcoidosis SINONASAL INVOLVEMENT Soft tissue opacification [ ] of left maxillary & ethmoid sinuses SALIVARY GLAND INVOLVEMENT Enlarged parotid glands bilaterally, right more than left [ ]

Sarcoidosis ORBITAL INVOLVEMENT Diffusely enlarged homogenously enhancing lacrimal glands Thickening of the extra ocular muscles bilaterally [ ] AERODIGESTIVE INVOLVEMENT Asymmetric thickening [ ] of the tracheal wall in its upper 2/3 rd

Fungal ORBITAL INVOLVEMENT Homogenously enhancing retrobulbar soft tissue mainly involving the extraconal fat and part of intraconal fat, causing bony erosion and intracranial extension[ ]

Fungal SINONASAL & INTRACRANIAL INVOLVEMENT Involvement of sinuses extending into the orbit & causes extra dural thickening [ ] Culture –invasive aspergillosis Sinusitis with T2 hypointense contents, intracranial extension, resultant infarcts [ ] Culture –angioinvasive mucormyosis

Langerhans cell histiocytosis ORBITAL & SINONASAL INVOLVEMENT Erosion of bony walls of sinuses, nasal septum, pterygoid bones Enhancing soft tissue encasing the optic nerve in intraconal fat region bilaterally [ ]

Langerhans cell histiocytosis ORBITAL, SKULL BASE, INTRACRANIAL INVOLVEMENT Enhancing soft tissue density in the sella [ ] and right temporal lobe [ ] Lytic destruction [ ]of the lateral wall of left orbit, adjacent zygomatic bone and greater wing of sphenoid

TB NODAL INVOLVEMENT Multiple rim-enhancing low- attenuation lymph nodes[ ] AERODIGESTIVE TRACT INVOLVEMENT Heterogenous thickening and enhancement [ ] of vocal cords, valeculla, enlarged neck nodes

TB SKULL BASE INVOLVEMENT Multiple ring enhancing lesions[ ] in the basal cistern with leptomeningeal enhancement [ ] along the basal meninges

IgG4 disease Erdheim Chester disease Involvement of the orbit [ ] & infra temporal region [ ] Involvement of the [ ]orbit and the tentorium cerebelli [ ]

Lepromatous leprosy Rhinoscleroma SINONASAL ORBITAL INVOLVEMENT Sinusitis, soft tissue thickeing at the right medial cantuhus. Synechia between the sinus inferior turbinate & septum [ ] ORBITAL INVOLVEMENT Soft tissue in both nasal cavities, paranasal sinuses, uniformly hyperintense, large extraconal component [ ]

Relapsing polychondritis AERODIGESTIVE TRACT INVOLVEMENT Airway laryngeal stenosis from supra to subglottis, soft tissue density[ ] around trachea, ossified laryngeal cartilage[ ], tracheostomy tube in situ [ ]

Imaging differentials based on radiological manifestations seen in our study ORBIT Wegener’s Fungal Sarcoidosis IgG4 Leprosy Erdheim Chester Disease Rhinoscleroma SINONASAL Wegener’s Fungal Tuberculosis Sarcoidosis IgG4 disease VASCULAR Wegener’s Fungal TB CRANIAL NERVES Sarcoidosis TB Leprosy SKULL BASE Tuberculosis Fungal LCH Wegener’s AERODIGESTIVE TRACT Wegener’s Tuberculosis Relapsing Polychondritis Sarcoidosis

Conclusion & References Conclusion Knowledge of the clinical and radiologic patterns of granulomatous diseases in the head and neck will allow interpreting radiologists to provide a useful differential diagnosis, thus facilitating appropriate clinical management References 1. Granulomatous Disease in the Head and Neck: Developing a Differential Diagnosis. O.K Nwawka, R Nadgir, A Fujita. Radiographics volume 34, issue 5 September-October Radiology Review Manual. Wolfgang Dahnert, 6 th edition 3. CT and MR imaging of the whole body. John Haaga. 4 th edition