SlideShare a Scribd company logo
1 of 22
MRI Case Study 2010
KKUH
CAMS,KSU
OUTLINE
 Date & Place
 Patient Information
 Procedure Purpose & Type
 MRI Scanner System
 MRI Protocol & Sequences
 Finding & Images
 About the disease(finding).
Date & Place
 Date: 10-10-2010
 Place: King Khalid University Hospital,
Riyadh, Saudi Arabia.
Patient Information
 Patient History:
 21 yrs old female with scleroderma of the LT side of
the face.
 Weight: 61 kg
Procedure Purpose &
Type
 Purpose of MRI:
 For soft tissue & bone assessment in face & upper
neck.
 Procedure:
 MRI specify area (others)
 MRI of the face & upper neck
 Multi-planar, multi-sequence
 Head first into the bore.
MRI Scanner System
 Siemens Company
 Superconducting closed
MRI system
 3 Tesla strength
 RF Coils:
 Head neck coil (phased-array coils)
Closed MRI
scanner
Head coil
MRI Protocol &
Sequences
 Tumor protocol (suggested by the radiologist)
Step Sequence TE & TR Other parameters
1 Localizer (axial, coronal and sagital) - FOV: 250 mm
NEX: 1
S. Thickness: 10 mm
2
cor-localizer-T2-haste TE: 93 ms
,TR: 1500 ms
BW: 20 cm
FOV: 200 mm
NEX: 1
S. Thickness: 4 mm
-3
cor-T2-tse-FS TE: 114 ms,
TR: 3682 ms
BW: 15 cm
echo train:17
FOV: 220 mm
NEX: 3
S. Thickness: 3.5 mm
4
sag-T1-mpr-ns TE: 2.44 ms,
TR: 1430 ms
BW: 20 cm
FOV: 250 mm
NEX: 1
S. Thickness: 1.04 mm
5
AX-T2-tse FS TE: 114 ms,
TR: 3682 ms
BW: 15 cm
echo train:17
FOV: 210 mm
NEX: 3
S. Thickness: 4 mm
Cont.
step Sequence TE & TR Other parameters
6
AX-T1-se TE: 9.4 ms,
TR: 400 ms
BW: 20 cm
FOV: 210 mm
NEX: 1
S. Thickness: 4 mm
7
COR-T1-se TE: 9.4 ms,
TR: 400 ms
BW: 20 cm
FOV: 210 mm
NEX: 1
S. Thickness: 3.5 mm
8
CM(Gadolinium), manual
injection,12 ml.
- -
9
AX-T1-se-FS+C TE: 10 ms,
TR: 413 ms
BW: 15 cm
FOV: 210 mm
NEX: 1
S. Thickness: 4 mm
10
COR-T1-se -FS +c TE: 10 ms,
TR: 472 ms
BW: 15 cm
FOV: 210 mm
NEX: 1
S. Thickness: 3.5 mm
11
SAG-T1-mpr-fs+c TE: 3.67 ms,
TR: 1610 ms
BW: 15 cm
FOV: 250 mm
NEX: 1
S. Thickness: 1.04 mm
Findings & Images
 Loss of the
subcutaneous fat on
the LT side over the
mandible.
Findings & Images
 Abnormal soft
tissue mass lesion
seen overlying the LT
masseter muscle
 Appears high signal
intensity in T2WI
Findings & Images
 Post contrast images
show:
 Mild enhancement of
the soft tissue mass
Findings & Images
 LT masseter muscle
is slightly smaller
than the RT one
Findings & Images
Abnormal signal
intensity of the
superficial part of LT
parotid gland
Findings & Images
 Post contrast images
show:
 Abnormal
enhancement of
the superficial part
of the LT parotid
gland
Findings & Images
 Bilateral cervical
lymph node noted
the largest one on the
LT side measuring
approx 2.5 x 1 cm
Findings & Images
 No clear evidence of abnormal signal
intensity within the visualized bone
specially on the LT side.
Conclusion
 K/C of scleroderma with possible
infiltration of the masseter muscle.
 Similar area of signal alteration seen
within the superficial part of the parotid
gland
 Possibility of neoplastic lesion cannot be
rule out.
 No abnormal signal intensity or
enhancement within the underlying bone.
Scleroderma
 Scleroderma is a disease that can cause
thickening, hardening, or
tightening of the skin,
BV’s and internal organs.
 F>M
 Types
 Localized: usually only affects the skin on the
hands and face.
 Systemic: more serious and affects connective
tissue in many body parts, including internal
organs.
Scleroderma
 Cause:
 Considered as an auto-immune disease.
 Symptoms: like,
 Hardening and thickening of the
affected skin
 Loss of hair over affected area
 Change in skin color
 Ulcers or sores on fingers
 Telangiectasia
 Muscle weakness
 Dryness of eyes/mouth
 Digestive, Kidney, Heart and
lung problems
Hardening and
color change
Scleroderma
 Treatment:
 No cure for scleroderma.
 Medication treat symptoms + prevent
complications.
 Lifestyle changes help in coping with the
disease e.g.(exercise, skin creams, no
smoking, no exposure to cold or stress).
 Diagnosis:
 Medical history, physical exam, lab tests, and
radiologic imaging
References
 About scleroderma :
 http://www.umm.edu/altmed/articles/scleroderma-000147.htm
 http://www.housing.k-state.edu/dining/FitCourse/toyourhealth/06-
sclerodermaawareness.html
 KKUH

More Related Content

What's hot

CT angiography
CT angiographyCT angiography
CT angiographyJaya Yadav
 
Computed Tomography Dose Index
Computed Tomography Dose IndexComputed Tomography Dose Index
Computed Tomography Dose IndexAnjan Dangal
 
MRI 3-Marks QUESTIONS AND ANSWERS
MRI 3-Marks QUESTIONS AND ANSWERSMRI 3-Marks QUESTIONS AND ANSWERS
MRI 3-Marks QUESTIONS AND ANSWERSGanesan Yogananthem
 
CT Physics
CT PhysicsCT Physics
CT PhysicsRMLIMS
 
tomography tomography - Presentation Transcript 1. PRINCIPLE OFTOMOGRAPHY...
tomography tomography - Presentation Transcript     1. PRINCIPLE OFTOMOGRAPHY...tomography tomography - Presentation Transcript     1. PRINCIPLE OFTOMOGRAPHY...
tomography tomography - Presentation Transcript 1. PRINCIPLE OFTOMOGRAPHY...Prem Murti
 
Mammography physics and technique
Mammography  physics and techniqueMammography  physics and technique
Mammography physics and techniqueArchana Koshy
 
CT image acquisition
CT image acquisitionCT image acquisition
CT image acquisitiondypradio
 
Helical and Multislice CT
Helical and Multislice CTHelical and Multislice CT
Helical and Multislice CTManojzz Bhatta
 
Ultrasound Transducer Types
Ultrasound Transducer TypesUltrasound Transducer Types
Ultrasound Transducer TypesMette Lyng
 
Components of CT Scan Machine
Components of CT Scan MachineComponents of CT Scan Machine
Components of CT Scan MachineSyed Jamal
 
DSA DEEPAK GUPTA
DSA  DEEPAK GUPTADSA  DEEPAK GUPTA
DSA DEEPAK GUPTADEEPAK
 
CT Generation (Generation of CT)
CT Generation (Generation of CT)CT Generation (Generation of CT)
CT Generation (Generation of CT)Upakar Paudel
 
Post processing of computed tomography
Post processing of computed tomographyPost processing of computed tomography
Post processing of computed tomographyBeuniquewithNehaSing
 
K Space in MRI
K Space in MRIK Space in MRI
K Space in MRIKajal Jha
 
Quality Assurance Programme in Computed Tomography
Quality Assurance Programme in Computed TomographyQuality Assurance Programme in Computed Tomography
Quality Assurance Programme in Computed TomographyRamzee Small
 

What's hot (20)

Dual Energy CT
Dual Energy CTDual Energy CT
Dual Energy CT
 
CT angiography
CT angiographyCT angiography
CT angiography
 
Arterial Spin Labelling in stroke
Arterial Spin Labelling in strokeArterial Spin Labelling in stroke
Arterial Spin Labelling in stroke
 
Computed Tomography Dose Index
Computed Tomography Dose IndexComputed Tomography Dose Index
Computed Tomography Dose Index
 
MRI 3-Marks QUESTIONS AND ANSWERS
MRI 3-Marks QUESTIONS AND ANSWERSMRI 3-Marks QUESTIONS AND ANSWERS
MRI 3-Marks QUESTIONS AND ANSWERS
 
CT Physics
CT PhysicsCT Physics
CT Physics
 
tomography tomography - Presentation Transcript 1. PRINCIPLE OFTOMOGRAPHY...
tomography tomography - Presentation Transcript     1. PRINCIPLE OFTOMOGRAPHY...tomography tomography - Presentation Transcript     1. PRINCIPLE OFTOMOGRAPHY...
tomography tomography - Presentation Transcript 1. PRINCIPLE OFTOMOGRAPHY...
 
Mammography physics and technique
Mammography  physics and techniqueMammography  physics and technique
Mammography physics and technique
 
CT image acquisition
CT image acquisitionCT image acquisition
CT image acquisition
 
Ct Generations
Ct  GenerationsCt  Generations
Ct Generations
 
Helical and Multislice CT
Helical and Multislice CTHelical and Multislice CT
Helical and Multislice CT
 
Ultrasound Transducer Types
Ultrasound Transducer TypesUltrasound Transducer Types
Ultrasound Transducer Types
 
Components of CT Scan Machine
Components of CT Scan MachineComponents of CT Scan Machine
Components of CT Scan Machine
 
DSA DEEPAK GUPTA
DSA  DEEPAK GUPTADSA  DEEPAK GUPTA
DSA DEEPAK GUPTA
 
CT Generation (Generation of CT)
CT Generation (Generation of CT)CT Generation (Generation of CT)
CT Generation (Generation of CT)
 
Post processing of computed tomography
Post processing of computed tomographyPost processing of computed tomography
Post processing of computed tomography
 
Mri artifacts
Mri artifactsMri artifacts
Mri artifacts
 
K Space in MRI
K Space in MRIK Space in MRI
K Space in MRI
 
Ct Basics
Ct BasicsCt Basics
Ct Basics
 
Quality Assurance Programme in Computed Tomography
Quality Assurance Programme in Computed TomographyQuality Assurance Programme in Computed Tomography
Quality Assurance Programme in Computed Tomography
 

Viewers also liked

Placenta accreta lessons learnt
Placenta accreta lessons learntPlacenta accreta lessons learnt
Placenta accreta lessons learntLifecare Centre
 
role of Imaging in female infertility
role of Imaging in  female infertilityrole of Imaging in  female infertility
role of Imaging in female infertilitycharusmita chaudhary
 
CT Angiography presentation
CT Angiography presentation CT Angiography presentation
CT Angiography presentation Shatha M
 
Ct angio ppt
Ct angio pptCt angio ppt
Ct angio pptdrksp
 

Viewers also liked (9)

Esclerodermia 3
Esclerodermia 3Esclerodermia 3
Esclerodermia 3
 
Placenta accreta lessons learnt
Placenta accreta lessons learntPlacenta accreta lessons learnt
Placenta accreta lessons learnt
 
Neonatal MRI Brain
Neonatal MRI BrainNeonatal MRI Brain
Neonatal MRI Brain
 
Brain angiography
Brain angiographyBrain angiography
Brain angiography
 
role of Imaging in female infertility
role of Imaging in  female infertilityrole of Imaging in  female infertility
role of Imaging in female infertility
 
Spine mri bir 2 copy
Spine mri bir 2 copySpine mri bir 2 copy
Spine mri bir 2 copy
 
CT Angiography presentation
CT Angiography presentation CT Angiography presentation
CT Angiography presentation
 
Ct angio ppt
Ct angio pptCt angio ppt
Ct angio ppt
 
Female pelvis ppt
Female pelvis pptFemale pelvis ppt
Female pelvis ppt
 

Similar to Mri case study- scleroderma

Transcutaneous laser therapy
Transcutaneous laser therapyTranscutaneous laser therapy
Transcutaneous laser therapyRodrigo Kikuchi
 
Laser Periodontal Therapy: gingivectomy to LANAP
Laser Periodontal Therapy: gingivectomy to LANAPLaser Periodontal Therapy: gingivectomy to LANAP
Laser Periodontal Therapy: gingivectomy to LANAPOral-Facial Esthetics
 
Future of Laser Ablation: New Wavelength or Fiber Tips?
Future of Laser Ablation: New Wavelength or Fiber Tips?Future of Laser Ablation: New Wavelength or Fiber Tips?
Future of Laser Ablation: New Wavelength or Fiber Tips?Vein Global
 
Normal & abnormal radiology of brain part ii
Normal & abnormal radiology of brain part iiNormal & abnormal radiology of brain part ii
Normal & abnormal radiology of brain part iiMohammed Fathy
 
Evaluation of short term results of low density.pptx
Evaluation of short term results of low density.pptxEvaluation of short term results of low density.pptx
Evaluation of short term results of low density.pptxMahmoudSayed408383
 
Nasopharyngeal Carcinoma Awareness for GPs and Nurses
Nasopharyngeal Carcinoma Awareness for GPs and NursesNasopharyngeal Carcinoma Awareness for GPs and Nurses
Nasopharyngeal Carcinoma Awareness for GPs and NursesS Rai Indrasari
 
Case presentation for laser dentistry
Case presentation for laser dentistryCase presentation for laser dentistry
Case presentation for laser dentistryDr Ali Osman Emiroglu
 
ANGIOGRAPHY 5418.pptx
ANGIOGRAPHY 5418.pptxANGIOGRAPHY 5418.pptx
ANGIOGRAPHY 5418.pptxshibina15
 
Skeletal scintigraphy presenatation, dr.mustafa
Skeletal scintigraphy presenatation, dr.mustafaSkeletal scintigraphy presenatation, dr.mustafa
Skeletal scintigraphy presenatation, dr.mustafaDr- Mustafa Ahmed Alazam
 
Dr. Minoru Tomita presentation at the Mediphacos User Meeting 2013
Dr. Minoru Tomita presentation at the Mediphacos User Meeting 2013Dr. Minoru Tomita presentation at the Mediphacos User Meeting 2013
Dr. Minoru Tomita presentation at the Mediphacos User Meeting 2013Mediphacos
 
A case chronic ostyeomyelitis
A case chronic ostyeomyelitisA case chronic ostyeomyelitis
A case chronic ostyeomyelitisOm Patil
 
Imaging In Orthopaedics.pptx
Imaging In Orthopaedics.pptxImaging In Orthopaedics.pptx
Imaging In Orthopaedics.pptxJoydeep Tripathi
 
Endovenous ablation new methods where do we go from here
Endovenous ablation new methods where do we go from hereEndovenous ablation new methods where do we go from here
Endovenous ablation new methods where do we go from hereuvcd
 
How do Laser Wavelengths & Fibers Differ Clinically?
How do Laser Wavelengths & Fibers Differ Clinically?How do Laser Wavelengths & Fibers Differ Clinically?
How do Laser Wavelengths & Fibers Differ Clinically?Vein Global
 

Similar to Mri case study- scleroderma (20)

Transcutaneous laser therapy
Transcutaneous laser therapyTranscutaneous laser therapy
Transcutaneous laser therapy
 
Laser Periodontal Therapy: gingivectomy to LANAP
Laser Periodontal Therapy: gingivectomy to LANAPLaser Periodontal Therapy: gingivectomy to LANAP
Laser Periodontal Therapy: gingivectomy to LANAP
 
Future of Laser Ablation: New Wavelength or Fiber Tips?
Future of Laser Ablation: New Wavelength or Fiber Tips?Future of Laser Ablation: New Wavelength or Fiber Tips?
Future of Laser Ablation: New Wavelength or Fiber Tips?
 
Normal & abnormal radiology of brain part ii
Normal & abnormal radiology of brain part iiNormal & abnormal radiology of brain part ii
Normal & abnormal radiology of brain part ii
 
Ewing sarcoma
Ewing sarcomaEwing sarcoma
Ewing sarcoma
 
Evaluation of short term results of low density.pptx
Evaluation of short term results of low density.pptxEvaluation of short term results of low density.pptx
Evaluation of short term results of low density.pptx
 
Reinstein visumax
Reinstein visumaxReinstein visumax
Reinstein visumax
 
Nasopharyngeal Carcinoma Awareness for GPs and Nurses
Nasopharyngeal Carcinoma Awareness for GPs and NursesNasopharyngeal Carcinoma Awareness for GPs and Nurses
Nasopharyngeal Carcinoma Awareness for GPs and Nurses
 
Case presentation for laser dentistry
Case presentation for laser dentistryCase presentation for laser dentistry
Case presentation for laser dentistry
 
ANGIOGRAPHY 5418.pptx
ANGIOGRAPHY 5418.pptxANGIOGRAPHY 5418.pptx
ANGIOGRAPHY 5418.pptx
 
Skeletal scintigraphy presenatation, dr.mustafa
Skeletal scintigraphy presenatation, dr.mustafaSkeletal scintigraphy presenatation, dr.mustafa
Skeletal scintigraphy presenatation, dr.mustafa
 
Lasers innovation of the era naglaa shawki el kilani
  Lasers innovation of the era  naglaa shawki el kilani  Lasers innovation of the era  naglaa shawki el kilani
Lasers innovation of the era naglaa shawki el kilani
 
Dr. Minoru Tomita presentation at the Mediphacos User Meeting 2013
Dr. Minoru Tomita presentation at the Mediphacos User Meeting 2013Dr. Minoru Tomita presentation at the Mediphacos User Meeting 2013
Dr. Minoru Tomita presentation at the Mediphacos User Meeting 2013
 
A case chronic ostyeomyelitis
A case chronic ostyeomyelitisA case chronic ostyeomyelitis
A case chronic ostyeomyelitis
 
Imaging In Orthopaedics.pptx
Imaging In Orthopaedics.pptxImaging In Orthopaedics.pptx
Imaging In Orthopaedics.pptx
 
Endovenous ablation new methods where do we go from here
Endovenous ablation new methods where do we go from hereEndovenous ablation new methods where do we go from here
Endovenous ablation new methods where do we go from here
 
Frank Gijsen
Frank GijsenFrank Gijsen
Frank Gijsen
 
2011.05.11, Epidermoid Presentation, Final
2011.05.11, Epidermoid Presentation, Final2011.05.11, Epidermoid Presentation, Final
2011.05.11, Epidermoid Presentation, Final
 
Fischman AM - AIMRADIAL 2013 - Peripheral interventions
Fischman AM - AIMRADIAL 2013 - Peripheral interventionsFischman AM - AIMRADIAL 2013 - Peripheral interventions
Fischman AM - AIMRADIAL 2013 - Peripheral interventions
 
How do Laser Wavelengths & Fibers Differ Clinically?
How do Laser Wavelengths & Fibers Differ Clinically?How do Laser Wavelengths & Fibers Differ Clinically?
How do Laser Wavelengths & Fibers Differ Clinically?
 

More from Shatha M

Gardner's syndrome Case Study
Gardner's syndrome Case StudyGardner's syndrome Case Study
Gardner's syndrome Case StudyShatha M
 
Therapeutic Application in Nuclear Medicine
Therapeutic Application in Nuclear MedicineTherapeutic Application in Nuclear Medicine
Therapeutic Application in Nuclear MedicineShatha M
 
IMRT: Intensity Modulated Radiotherapy
IMRT: Intensity Modulated RadiotherapyIMRT: Intensity Modulated Radiotherapy
IMRT: Intensity Modulated RadiotherapyShatha M
 
CTcase study
CTcase study  CTcase study
CTcase study Shatha M
 
5 Rights Of Drug Admin
5 Rights Of Drug Admin5 Rights Of Drug Admin
5 Rights Of Drug AdminShatha M
 
molecular imaging with PET & SPECT
molecular imaging with PET & SPECTmolecular imaging with PET & SPECT
molecular imaging with PET & SPECTShatha M
 
Gamma Camera.. Shatha and Haya
Gamma Camera.. Shatha and HayaGamma Camera.. Shatha and Haya
Gamma Camera.. Shatha and HayaShatha M
 
Forensic Radiography
Forensic RadiographyForensic Radiography
Forensic RadiographyShatha M
 
solitary kidney with a stone, Ivu cas study
solitary kidney with a stone, Ivu cas studysolitary kidney with a stone, Ivu cas study
solitary kidney with a stone, Ivu cas studyShatha M
 
Bioeffect Of Ultra Sound
Bioeffect Of  Ultra SoundBioeffect Of  Ultra Sound
Bioeffect Of Ultra SoundShatha M
 
Myelography
MyelographyMyelography
MyelographyShatha M
 
Gastric Band Adjustment
Gastric Band AdjustmentGastric Band Adjustment
Gastric Band AdjustmentShatha M
 

More from Shatha M (13)

Gardner's syndrome Case Study
Gardner's syndrome Case StudyGardner's syndrome Case Study
Gardner's syndrome Case Study
 
Therapeutic Application in Nuclear Medicine
Therapeutic Application in Nuclear MedicineTherapeutic Application in Nuclear Medicine
Therapeutic Application in Nuclear Medicine
 
IMRT: Intensity Modulated Radiotherapy
IMRT: Intensity Modulated RadiotherapyIMRT: Intensity Modulated Radiotherapy
IMRT: Intensity Modulated Radiotherapy
 
CTcase study
CTcase study  CTcase study
CTcase study
 
FDG
FDGFDG
FDG
 
5 Rights Of Drug Admin
5 Rights Of Drug Admin5 Rights Of Drug Admin
5 Rights Of Drug Admin
 
molecular imaging with PET & SPECT
molecular imaging with PET & SPECTmolecular imaging with PET & SPECT
molecular imaging with PET & SPECT
 
Gamma Camera.. Shatha and Haya
Gamma Camera.. Shatha and HayaGamma Camera.. Shatha and Haya
Gamma Camera.. Shatha and Haya
 
Forensic Radiography
Forensic RadiographyForensic Radiography
Forensic Radiography
 
solitary kidney with a stone, Ivu cas study
solitary kidney with a stone, Ivu cas studysolitary kidney with a stone, Ivu cas study
solitary kidney with a stone, Ivu cas study
 
Bioeffect Of Ultra Sound
Bioeffect Of  Ultra SoundBioeffect Of  Ultra Sound
Bioeffect Of Ultra Sound
 
Myelography
MyelographyMyelography
Myelography
 
Gastric Band Adjustment
Gastric Band AdjustmentGastric Band Adjustment
Gastric Band Adjustment
 

Mri case study- scleroderma

  • 1. MRI Case Study 2010 KKUH CAMS,KSU
  • 2. OUTLINE  Date & Place  Patient Information  Procedure Purpose & Type  MRI Scanner System  MRI Protocol & Sequences  Finding & Images  About the disease(finding).
  • 3. Date & Place  Date: 10-10-2010  Place: King Khalid University Hospital, Riyadh, Saudi Arabia.
  • 4. Patient Information  Patient History:  21 yrs old female with scleroderma of the LT side of the face.  Weight: 61 kg
  • 5. Procedure Purpose & Type  Purpose of MRI:  For soft tissue & bone assessment in face & upper neck.  Procedure:  MRI specify area (others)  MRI of the face & upper neck  Multi-planar, multi-sequence  Head first into the bore.
  • 6. MRI Scanner System  Siemens Company  Superconducting closed MRI system  3 Tesla strength  RF Coils:  Head neck coil (phased-array coils) Closed MRI scanner Head coil
  • 7. MRI Protocol & Sequences  Tumor protocol (suggested by the radiologist) Step Sequence TE & TR Other parameters 1 Localizer (axial, coronal and sagital) - FOV: 250 mm NEX: 1 S. Thickness: 10 mm 2 cor-localizer-T2-haste TE: 93 ms ,TR: 1500 ms BW: 20 cm FOV: 200 mm NEX: 1 S. Thickness: 4 mm -3 cor-T2-tse-FS TE: 114 ms, TR: 3682 ms BW: 15 cm echo train:17 FOV: 220 mm NEX: 3 S. Thickness: 3.5 mm 4 sag-T1-mpr-ns TE: 2.44 ms, TR: 1430 ms BW: 20 cm FOV: 250 mm NEX: 1 S. Thickness: 1.04 mm 5 AX-T2-tse FS TE: 114 ms, TR: 3682 ms BW: 15 cm echo train:17 FOV: 210 mm NEX: 3 S. Thickness: 4 mm
  • 8. Cont. step Sequence TE & TR Other parameters 6 AX-T1-se TE: 9.4 ms, TR: 400 ms BW: 20 cm FOV: 210 mm NEX: 1 S. Thickness: 4 mm 7 COR-T1-se TE: 9.4 ms, TR: 400 ms BW: 20 cm FOV: 210 mm NEX: 1 S. Thickness: 3.5 mm 8 CM(Gadolinium), manual injection,12 ml. - - 9 AX-T1-se-FS+C TE: 10 ms, TR: 413 ms BW: 15 cm FOV: 210 mm NEX: 1 S. Thickness: 4 mm 10 COR-T1-se -FS +c TE: 10 ms, TR: 472 ms BW: 15 cm FOV: 210 mm NEX: 1 S. Thickness: 3.5 mm 11 SAG-T1-mpr-fs+c TE: 3.67 ms, TR: 1610 ms BW: 15 cm FOV: 250 mm NEX: 1 S. Thickness: 1.04 mm
  • 9. Findings & Images  Loss of the subcutaneous fat on the LT side over the mandible.
  • 10. Findings & Images  Abnormal soft tissue mass lesion seen overlying the LT masseter muscle  Appears high signal intensity in T2WI
  • 11. Findings & Images  Post contrast images show:  Mild enhancement of the soft tissue mass
  • 12. Findings & Images  LT masseter muscle is slightly smaller than the RT one
  • 13. Findings & Images Abnormal signal intensity of the superficial part of LT parotid gland
  • 14. Findings & Images  Post contrast images show:  Abnormal enhancement of the superficial part of the LT parotid gland
  • 15. Findings & Images  Bilateral cervical lymph node noted the largest one on the LT side measuring approx 2.5 x 1 cm
  • 16. Findings & Images  No clear evidence of abnormal signal intensity within the visualized bone specially on the LT side.
  • 17. Conclusion  K/C of scleroderma with possible infiltration of the masseter muscle.  Similar area of signal alteration seen within the superficial part of the parotid gland  Possibility of neoplastic lesion cannot be rule out.  No abnormal signal intensity or enhancement within the underlying bone.
  • 18. Scleroderma  Scleroderma is a disease that can cause thickening, hardening, or tightening of the skin, BV’s and internal organs.  F>M  Types  Localized: usually only affects the skin on the hands and face.  Systemic: more serious and affects connective tissue in many body parts, including internal organs.
  • 19. Scleroderma  Cause:  Considered as an auto-immune disease.  Symptoms: like,  Hardening and thickening of the affected skin  Loss of hair over affected area  Change in skin color  Ulcers or sores on fingers  Telangiectasia  Muscle weakness  Dryness of eyes/mouth  Digestive, Kidney, Heart and lung problems Hardening and color change
  • 20. Scleroderma  Treatment:  No cure for scleroderma.  Medication treat symptoms + prevent complications.  Lifestyle changes help in coping with the disease e.g.(exercise, skin creams, no smoking, no exposure to cold or stress).  Diagnosis:  Medical history, physical exam, lab tests, and radiologic imaging
  • 21.
  • 22. References  About scleroderma :  http://www.umm.edu/altmed/articles/scleroderma-000147.htm  http://www.housing.k-state.edu/dining/FitCourse/toyourhealth/06- sclerodermaawareness.html  KKUH