Brain Tumor Clinical Trial
Official title:
Evaluation of Renal Function in Children With Brain Tumors
Clinical measurement of renal function is generally performed using either laboratory tests
or nuclear medicine techniques, however, both of these techniques suffer from some
limitations. Notably the lab tests only assess global, rather than individual kidney,
function and the nuclear medicine tests are demanding to perform well. Children with brain
tumors are often treated with chemotherapeutic in order to try and kill the cancer. Amongst
the known side effect of some of the drugs used in the chemotherapy is the fact that they
may damage the kidneys. For this reason the function of the kidneys is assessed using a
laboratory test at 3 or 6 months intervals during the treatment. In addition, to the problem
mentioned above the tests also require a separate visit to the hospital. Children with brain
tumors who are undergoing chemotherapy also routinely have contrast-enhanced MRI of the
brain performed at intervals of three months in order to evaluate the response of the tumor
to the chemotherapy. Recently, MRI techniques have been developed which can evaluate single
kidney renal function. The aim of this study is to establish if a single MRI exam can be
used to assess both the effect of the chemotherapy on both the tumor and the renal function.
The results of the MRI measurement of the single kidney renal function would be combined to
provide a measure of global renal function and this would be compared with that obtained
from the laboratory test. The MRI exam will require only require an extra 10 minutes of
scanning time and will not affect the rest of the MRI exam in any way.
This study is being performed to validate a new technique for measuring kidney function.
Patients are being asked to volunteer for this study because they require serial contrast
enhanced MR scans to monitor their response to chemotherapy. Because some chemo-therapeutic
agents can be toxic to the kidney the patient's kidney function will also be evaluated using
conventional methods, and the results of these tests can be compared to those obtained using
MRI. We plan to study 50 children in this study. The additional procedure for measuring
renal function will add 10 minutes to the duration of the MRI exam and will have no effect
on the routine brain study. If validated the proposed MRI technique would allow renal
function to be evaluated at the time of a routine, contrast enhanced MRI exam and would
avoid additional testing using radioactive tracers or urine collection over 24 hours.
If successful, MRI could be used to measure single kidney renal function in all any patient
undergoing a routine MRI exam by simply extending the scanning time by a maximum of 10
minutes. This would save such patients additional visits to the hospital and would have the
advantage of measuring single kidney, rather than global, renal function.
n/a
Allocation: Non-Randomized, Endpoint Classification: Efficacy Study, Intervention Model: Single Group Assignment, Masking: Open Label, Primary Purpose: Diagnostic
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