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IMAGING OF MEDULLARY COMPLICATIONS OF MYELOMA IMAGING OF MEDULLARY COMPLICATIONS OF MYELOMA

IMAGING OF MEDULLARY COMPLICATIONS OF MYELOMA - PowerPoint Presentation

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Uploaded On 2022-08-01

IMAGING OF MEDULLARY COMPLICATIONS OF MYELOMA - PPT Presentation

H Nèji H Abid A Mâalej S Haddar R Akrout M Ezzeddine S Baklouti Z Mnif J Mnif Imaging department Habib Bourguiba Hospital Rheumatology department ID: 931559

mri spine epidural myeloma spine mri myeloma epidural cases compression vertebral extension spinal medullary lesions patients bone plasma cord

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Slide1

IMAGING OF MEDULLARY COMPLICATIONS OF MYELOMA

H Nèji, H Abid, A Mâalej, S Haddar, R Akrout*, M Ezzeddine*, S Baklouti*, Z Mnif**, J MnifImaging department Habib Bourguiba Hospital, *Rheumatology department Hedi Chaker Hospital, ** Imaging department Hedi Chaker Hospital, Majida Boulila Avenue, 3029 Sfax, Tunisia

NR19

Slide2

Introduction:

Myeloma is a plasma cell dyscrasia that preferentially touches the axial skeleton. It can extend into the spinal canal and cause spinal cord compression. The aim of this work is to emphasize how CT and MRI can contribute to the assessment of this extension.

Slide3

Materials and methods:

This is a retrospective study in which we were interested in 68 patients in whom the diagnosis of myeloma was certain.Twelve among these 68 patients had extension into the spinal canal.They were 6 women and 6 men with a mean age of 63years.All patients had X-ray examinations. 3 patients underwent a spine computed tomography (CT).9 patients underwent a

spine

MRI.

9 patients

had

thoracic

and

lumbar

spine

aches.

Slide4

Results:

5 among the 12 patients had clinical signs of medullary compression. 2 among them had no detectable lesion on the X-ray examination of the spine. CT and MRI showed bone lesions of the spine in all cases. Epidural extension was found in cervical spine in 3 cases, dorsal spine in 8 cases and lumbar spine in 1 case.Epidural extension from posterior arch lesions was found in 5 cases, from the vertebral body in 5 cases.Primitive epidural location was found in 2 cases.

Slide5

A

sixty-year-old womanBack pain

Clinical

signs

of

meullary

compression

Immunoelectrophoresis

: normal

MRI : lesion of the posterior arch and medullary compression. Surgical biopsy: IgG class myeloma

Sagittal T1WI

SagittaleT2WI

Contrast

T1WI

Case n°1 :

Slide6

A

sixty-four-year-old womanBack pain Medullary MRI and CT: osteolytic lesion of the

fifth

dorsal

vertebra

with

development

of an intra-

canalar

mass. Immunoelectrophoresis: Kappa light chain myelomaSagittal T2 WI

Enhanced-CT of the dorsal spine

Case n°2:

Slide7

Sagittal T2WI

A 72-year-old woman Altération de l’état généralBack pain

Clinical

signs

of

medullary

compression

Spine

MRI :

vertebral

compaction with epidural mass squeezing the spinal cord. IEPP : kappa light chain myelomaCase n°3

Slide8

Discussion

Multiple myeloma is a malignant disease of plasma cells in the bone marrow. It accounts for about 1% of all cancers and 10 % of hematologic malignancies. The number of plasma cells in the bone marrow is increased and osteoclasts are activated in the region of plasma cell foci.The cell proliferation, then, extends to the epidural space causing spine canal narrowing and spine cord compression.This complication occurs in 5 % of myeloma cases.

Slide9

Discussion

In myeloma, MRI is particularly recomended to : Evaluate the extension to the axial skeletonDetect lesions non-detected

on X-ray

examinations

Confirm

the

diagnosis

of

solitary

plasmocytoma

Make the diagnosis of medullary compression

Slide10

Discussion

Bony involvement in myeloma is frequently of a lytic nature with frequent extra-osseous spreads

.

Spinal cord compression is usually caused by primary involvement of the vertebral body with tumor extension into the adjacent spinal canal. Imaging modalities show in these cases large,

lytic

bone lesions or collapse of the vertebral body in the corresponding segment.

Slide11

Discussion

Extramedullary multiple myeloma is very rare, comprising less than 5% of all plasma cell neoplasms. Few cases have been reported in the literature.In these cases, there is no evidence of vertebral body destruction or collapse. X-ray and CT examinations are usually normal. Only the MRI MRI can confirm the presence of an epidural mass.Epidural lesions without osseous destruction can be explained either by the extension of para-spinal lymph node into the inter- vertebral foramen or by the development from the lymphoid tissue present in the epidural space.

Slide12

Discussion

In case of epidural locations without bone lesions, many diagnoses can be discussed such as :

Primitive

mild

or

malignant

tumours

(

lipoma

,

liposarcoma)Metastases Locations of lymphomaLocations of leukemia

Slide13

Conclusion

Spinal cord compression is a serious complication of multiple myeloma.It often results from the extension of bone

lesions

of the

vertebral

body.

Epidural location

without

vertebral

destruction or collapse is rare.MRI is the best imaging modality to confirm the medullary compression.