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Case Report
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Available online 7 December 2022
Central nervous system involvement of mantle cell lymphoma: Case report and review of the literature
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Besim Fazıl Ağargüna,
Corresponding author
bfagargun@istanbul.edu.tr

Corresponding author at: Department of Internal Medicine, Istanbul Faculty of Medicine, Istanbul University, Turgut Özal Millet Caddesi, 34096 Fatih, İstanbul, Turkey.
, Murat Özbalakb, Übeyde Ayşe Gülserena, Gülçin Yegenc, Sevgi Kalayoğlu Beşışıkb
a Department of Internal Medicine, Istanbul Faculty of Medicine, Istanbul University, Istanbul, Turkey
b Division of Hematology, Department of Internal Medicine, Istanbul Faculty of Medicine, Istanbul University, Istanbul, Turkey
c Department of Pathology, Istanbul Faculty of Medicine, Istanbul University, Istanbul, Turkey
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Under a Creative Commons license
Received 17 July 2022. Accepted 25 October 2022
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Introduction

Mantle cell lymphoma (MCL) is a rare non-Hodgkin's lymphoma with an average age of 66 years. The most common involvements of non-lymphoid tissues are the digestive tract and liver.1 Central nervous system (CNS) involvement is quite rare among patients with MCL.2,3 We present a patient who has been diagnosed as dementia initially because of cognitive and behavioral symptoms. However, generalized seizures were observed after three months and we found a CNS involvement of MCL.

Case: A 60-year-old man admitted to the emergency department with generalized convulsion. In the cranial MRI, a 70×65×62 mm-sized lesion was detected in the left frontal lobe with a more prominent contrast enhancement at the center of the lesion (a significant finding for lymphoma) (Figure 1a,b). In his clinical history, cognitive, depressive, and behavioral symptoms were prevalent. His primary symptoms were irritability, loss of interest, apraxia, and amnesia. He was diagnosed with dementia and depressive disorder. A typical antipsychotic and an antidepressant drug were started in the psychiatry department. He continued this treatment for three months until his first seizure.

Figure 1.

First presentation, 70×65×62 mm-sized lesion in the left frontal lobe.

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The patient was diagnosed with advanced MCL 8 years ago, and the R-CHOP protocol was applied. Early-stage relapse was detected after 2 years of remission. As a rescue treatment, 4 cycles of R-CHOP were applied. After complete response, the patient went through an autologous blood stem cell transplantation. He then followed in remission for 6 years.

A stereotactic biopsy was made for histological diagnosis. Immunohistochemistry analysis demonstrated that CD20, CD5, and Cyclin-D1 were positive (Figure 2). The patient was re-evaluated with the diagnosis of MCL from the brain parenchymal tissue. PET-CT showed no other involvement rather than the brain parenchyma (Figure 3). The patient, who was diagnosed with isolated CNS MCL, was given MATRix (methotrexate, cytarabine, thiotepa, rituximab) combination chemotherapy, especially known for its efficacy in MCL and CNS lymphoma. On the 8th day of the regimen, the mass was reduced in the cranial MRI (40×34×20 mm) (Figure 4). On the 25th day of the regimen, his alertness increased, he started to communicate in the form of single words. His nutrition and movements improved. The MRI repeated on the 30th and 45th day, the mass was regressed even further (36×25×17mm and 23×22.5×15mm respectively) (Figure 5a,b, Figure 6a,b,c).

Figure 2.

Stereotactic biopsy, immunohistochemistry analysis demonstrated that CD20, CD5, and Cyclin-D1 were positive.

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Figure 3.

PET-CT imaging.

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Figure 4.

8th day of the MATRix regimen; in the cranial MRI, the mass was reduced to 40×34×20 mm.

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Figure 5.

Cranial MRI on the 30th day, the mass was reduced to 36×25×17 mm.

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Figure 6.

Cranial MRI on the 45th day, the mass was reduced to 23×22.5×15 mm.

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On the 55th day of the treatment, the patient was discharged from the hospital and Ibrutinib 560 mg/day started. An MRI performed on the 210th day of the treatment. The mass disappeared leaving a 20×15 mm malasic area with peripheral gliosis (Figure 7a,b). The patient is now in complete remission and continuing Ibrutinib treatment until further relapses.

Figure 7.

Cranial MRI on the 210th day, the mass disappeared leaving a 20×15 mm malasic area with peripheral gliosis.

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We have found 14 more cases of CNS relapses who have used Ibrutinib in the literature (Table 1).

Table 1.

CNS relapses of MCL who have used Ibrutinib in the literature

Case Reference  Age, Sex  CNS Therapy  Stage (Ann Arbor)  Prior Lines of Therapy  ECOG Performance Score  MIPI Risk Score  Previous SCT 
Alsuliman4  69, M  Ibrutinib 560 mg  IV  Auto 
Bernard5  61, M  Ibrutinib 560 mg  IV  5,5 (at CNS relapse)  Auto 
Bernard5  62, M  Ibrutinib 560 mg  IV  5,8 (at CNS relapse)  Auto 
Bernard5  77, F  Ibrutinib 560 mg  IV  7,7 (at CNS relapse)  No 
González-Bonet6  71  Ibrutinib  IV 
Mannina7  59, M  Ibrutinib 280 mg  IV  5 (at diagnosis)  No 
Rich8  51, F  Ibrutinib 560 mg  IV  8 (at CNS relapse)  Allo 
Tucker9  54, M  HD-MTX and HiDAC + Ibrutinib 560 mg/d  IV  High  No 
Tucker9  55, M  Ibrutinib 560 mg/d + methylprednisolone  III  Intermediate  Allo 
Tucker9  65, M  Ibrutinib 560 mg/d + Dexamethasone + IT Cytarabine  IV  High  No 
Tucker9  58, M  Ibrutinib 560 mg  IV  High  No 
Tucker9  57, M  HD-MTX (brief response) Ibrutinib 560 mg  Ie  High  No 
Vitagliano10  64, F  Ibrutinib 560 mg initially + Depocyte, Ibrutinib reduced to 420 mg/d  IV  8,7  No 
Our Case  66, M  MATRix + Ibrutinib 560 mg  IV  6,5 (at CNS relapse)  Auto 
Case Reference  Previous Treatments  CNS relapses prior to initiation CNS therapy  Response  Time to Clinical Response  Duration of Follow Up  Duration of Response  Ibrutinib Toxicity 
Alsuliman4  R-CHOP R-DHAP R-Benda  CR  2 d  24 m  24 m  None 
Bernard5  R‐BEAM (high dose)  CR  1 wk  12 m  Ongoing  None 
Bernard5  R‐BEAM (high dose)  CR  3 d  9 m  Ongoing  None 
Bernard5  PR  1 wk  2 m  Ongoing  None 
González-Bonet6  CR  Follow-up at 3 mo  6 m  Ongoing  None 
Mannina7  R‐CHOP  CR  13 m  Ongoing  None 
Rich8  R‐CHOP/R‐DHAP, R‐MPV  CR  1 wk  5 m  Ongoing  None 
Tucker9  R‐HiDAC, R‐CHOP‐V  PR  1-2 wk  4 m  4 m  Bruising 
Tucker9  R‐HiDAC‐D  PR  2 wk  5 m  4 m  None 
Tucker9  R‐CHOP  CR  2 wk  4 m  Ongoing  None 
Tucker9  R‐HiDAC  PR  1 wk  5 m  Ongoing  None 
Tucker9  R‐HiDAC/R‐CHOP  1?  Transient PR  1 d  1 w  6 d  None 
Vitagliano10  R‐CEOP, R‐BAC + IT Cytarabine (HiDAC?)  CR  Follow up at 2 mo  10 m  Ongoing  None 
Our Case  R-CHOP R-ICE/BEAM  CR  3 wk  8 m  Ongoing  None 

After MATRix.

Discussion

Cognitive and affective symptoms were manifested initially in our case. We found an isolated CNS involvement which is a rare clinical form of MCL. CNS involvement at MCL is 0.9% at the time of diagnosis, and the overall involvement rate is 4%.2,3 In cranial tumors, especially frontal, temporal and/or parietal lobe involvement, personality changes, speech and memory disorders may occur. Cranial tumors should be taken into consideration in the differential diagnosis of cognitive, affective, and behavioral disorders.

Acknowledgments

The authors would like to thank Dr. Damla Çalışkan for preparing the pictures.

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