Table 1

Characteristics of patients experiencing a severe neurologic event after IT liposomal cytarabine and hyper-CVAD

ParameterPatient no.
12345
Age, y 22 19 42 65 54 
Sex 
CNS risk* Indeterminate High High High High 
No. of courses before toxicity 
Total IT treatments before toxicity 
Time from IT to toxicity, d 10 14 10 
Toxicity Seizure Pseudotumor cerebri Cauda equina syndrome Cauda equina syndrome Encephalitis 
Evaluation Negative Increased CSF pressure Sacral multi-root thickening Negative Scattered infarcts or necrosis 
Toxicity outcome Resolved Decreased visual acuity Persistent fecal incontinence Persistent fecal and urinary incontinence Death 
Last follow-up status CR CR CR CR Died in CR 
Time of follow-up, mo, diagnosis/toxicity 11/9 13/9 8/5 14/11 3/1 
ParameterPatient no.
12345
Age, y 22 19 42 65 54 
Sex 
CNS risk* Indeterminate High High High High 
No. of courses before toxicity 
Total IT treatments before toxicity 
Time from IT to toxicity, d 10 14 10 
Toxicity Seizure Pseudotumor cerebri Cauda equina syndrome Cauda equina syndrome Encephalitis 
Evaluation Negative Increased CSF pressure Sacral multi-root thickening Negative Scattered infarcts or necrosis 
Toxicity outcome Resolved Decreased visual acuity Persistent fecal incontinence Persistent fecal and urinary incontinence Death 
Last follow-up status CR CR CR CR Died in CR 
Time of follow-up, mo, diagnosis/toxicity 11/9 13/9 8/5 14/11 3/1 

The diagnosis, induction response, and last chemotherapy for all 5 patients was pre-B ALL, CR, and MTX + ara-C (methotrexate, cytarabine), respectively.

IT indicates intrathecal; M, male; F, female; CSF, cerebrospinal fluid; and CR, complete remission.

*

Total planned IT chemotherapy treatments by risk: low 3, indeterminate/high 6, Burkitt 10.

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