Zhonghua yi xue za zhi · 2015
[Features of clinical presentation, pathology and magnetic resonance or computed tomography imaging for ocular lymphoma].
СтатьяНазвание и аннотация: Перевод в очереди
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Guo Pengde, Xian Junfang, Chen Guangli, Liang Xihong, Yang Bentao, Wang Zhenchang, Yan Fei
Аннотация
OBJECTIVE: To explore the distribution and magnetic resonance imaging or computed tomography (MRI/CT) of lymphoma in orbit.
METHODS: Retrospective analyses were conducted for 73 cases with ocular complaints at Beijing Tong'ren Hospital from June 2006 to September 2012. They were confirmed pathologically as lymphoma with complete MRI/CT records.
RESULTS: Ocular adnexal lymphoma occurred predominantly in adults. There were 47 males and 26 females with a median age of (60 ± 12.0) years. The lesions were bilateral (n = 24), right side (n = 23) and left side (n = 26) respectively. The pathological types included mucosa-associated lymphoid tissue (MALT) lymphoma (n = 59), diffuse large B-cell lymphoma (DLBCL, n = 7), mantle cell lymphoma (MCL, n = 3), lymphoplasmacytic lymphoma (LPL, n = 2) and follicular lymphoma and natural killer/T-cell lymphoma (FL and NKT, n = 1) respectively. They had well-defined margins in 64 sides, less well-defined margins in 17 sides and ill-defined margins in 16 sides. And 29 sides of lesions presented as a regional mass within conjunctiva in 16/97 sides (16.5%), lacrimal gland in 5/97 sides (5.2%), eyelids in 3/97 sides (3.1%), ocular muscle in 2/97 sides (2.1%) and lacrimal sac in 3/97 sides (3.1%). Moreover, 68 sides of lesion were diffusely distributed. The invaded sites included preseptal region in 38/97 sides (39.2%), extraconal compartment in 69/97 sides (71.1%), intraconal compartment in 54/97 sides (55.7%), eyeball region in 45/97 sides (46.4%), subperiosteum in 14/97 sides (14.4%), cone compartment in 73/97 sides (75.3%), lacrimal gland in 38/97 sides (39.2%) and sheath of optic nerve in 33/97 sides (34.0%). And, on MRI scan, 70 cases (94 sides) had isointensity in 88/94 sides, hypointensity in 6/94 sides on T1WI and isointensity in 52/94 sides, mild hypointensity in 40/94 sides or mixed signal in 2/94 sides on T2WI. In addition, the signals were homogeneous in 67/94 sides and heterogeneous in 27/94 sides. After contrasting, these lesions showed mild contrast-enhancement (CE) in 27/94 sides, moderate CE in 67/94 sides with homogeneous CE in 52/94 sides and heterogeneous CE in 42/94 sides. On CT scan, 21 cases (24 sides) had isodensity in 18/24 sides and mild hyperdensity in 6/24 sides with homogeneous in 7/24 sides and heterogeneous in 17/24 sides. Moreover, most adjacent bone show no change (16/24 sides). Only 16/24 sides and 2/24 sides showed reformation or destruction respectively. At the same time, the lesions also involved other para-orbit structures, such as orbital apex (27/97 sides, 27.8%), fissure orbitalis inferior (14/97 sides, 14.4%), fossa pterygopalatina (10/97 sides, 10.3%), supraorbital nerve (8/97 sides, 8.2%), cavernous sinus (8/97 sides, 8.2%) and facial soft tissue (6/97 sides, 6.2%), et al.
CONCLUSION: Ocular adnexal lymphoma occurs predominantly in male adults. And multiple strictures and sites are often involved. There is iso-/mild hyperintensity with mild-to-moderate homo-/heterogeneous CE and little change of adjacent bone on T1WI and T2WI.
METHODS: Retrospective analyses were conducted for 73 cases with ocular complaints at Beijing Tong'ren Hospital from June 2006 to September 2012. They were confirmed pathologically as lymphoma with complete MRI/CT records.
RESULTS: Ocular adnexal lymphoma occurred predominantly in adults. There were 47 males and 26 females with a median age of (60 ± 12.0) years. The lesions were bilateral (n = 24), right side (n = 23) and left side (n = 26) respectively. The pathological types included mucosa-associated lymphoid tissue (MALT) lymphoma (n = 59), diffuse large B-cell lymphoma (DLBCL, n = 7), mantle cell lymphoma (MCL, n = 3), lymphoplasmacytic lymphoma (LPL, n = 2) and follicular lymphoma and natural killer/T-cell lymphoma (FL and NKT, n = 1) respectively. They had well-defined margins in 64 sides, less well-defined margins in 17 sides and ill-defined margins in 16 sides. And 29 sides of lesions presented as a regional mass within conjunctiva in 16/97 sides (16.5%), lacrimal gland in 5/97 sides (5.2%), eyelids in 3/97 sides (3.1%), ocular muscle in 2/97 sides (2.1%) and lacrimal sac in 3/97 sides (3.1%). Moreover, 68 sides of lesion were diffusely distributed. The invaded sites included preseptal region in 38/97 sides (39.2%), extraconal compartment in 69/97 sides (71.1%), intraconal compartment in 54/97 sides (55.7%), eyeball region in 45/97 sides (46.4%), subperiosteum in 14/97 sides (14.4%), cone compartment in 73/97 sides (75.3%), lacrimal gland in 38/97 sides (39.2%) and sheath of optic nerve in 33/97 sides (34.0%). And, on MRI scan, 70 cases (94 sides) had isointensity in 88/94 sides, hypointensity in 6/94 sides on T1WI and isointensity in 52/94 sides, mild hypointensity in 40/94 sides or mixed signal in 2/94 sides on T2WI. In addition, the signals were homogeneous in 67/94 sides and heterogeneous in 27/94 sides. After contrasting, these lesions showed mild contrast-enhancement (CE) in 27/94 sides, moderate CE in 67/94 sides with homogeneous CE in 52/94 sides and heterogeneous CE in 42/94 sides. On CT scan, 21 cases (24 sides) had isodensity in 18/24 sides and mild hyperdensity in 6/24 sides with homogeneous in 7/24 sides and heterogeneous in 17/24 sides. Moreover, most adjacent bone show no change (16/24 sides). Only 16/24 sides and 2/24 sides showed reformation or destruction respectively. At the same time, the lesions also involved other para-orbit structures, such as orbital apex (27/97 sides, 27.8%), fissure orbitalis inferior (14/97 sides, 14.4%), fossa pterygopalatina (10/97 sides, 10.3%), supraorbital nerve (8/97 sides, 8.2%), cavernous sinus (8/97 sides, 8.2%) and facial soft tissue (6/97 sides, 6.2%), et al.
CONCLUSION: Ocular adnexal lymphoma occurs predominantly in male adults. And multiple strictures and sites are often involved. There is iso-/mild hyperintensity with mild-to-moderate homo-/heterogeneous CE and little change of adjacent bone on T1WI and T2WI.