University Hospitals Cleveland Medical Center, Seidman Cancer Center, Case Comprehensive Cancer Center
Cleveland, Ohio, 44106, United States
NCT Number: NCT02103634
This study will look at two new technologies being developed for measuring cancer in bones. One of these technologies is a substance called Sodium Fluoride (NaF). Fluoride is a normal body substance. The amount that patients will receive has been shown to be very safe. One study of over 400 patients showed no adverse reactions after receiving the recommended dosage.
NaF (known as a radiotracer) is taken up into the bones under a normal process and researchers can measure the amount within patient's bones through an imaging system called a Positron Emission Tomography/Magnetic Resonance Imaging (PET/MRI). This system combines aspects of both a PET study as part of the regular standard of care and an MRI study. The belief is that the combination of these two studies will be better than either study alone.People who have enrolled in this study will receive their clinically requested PET/CT scan as part of their normal diagnostic care and will follow all the said recommendations for this study such as not being pregnant, having fasted overnight, etc. Subjects will return within 7 days for a 10 mCi NaF PET/MRI study. The patients' imaging time will be up to 120 minutes depending on the MRI sequences acquired. Imaging for the PET portion of the study will take approximately 20-30 minutes with the rest of the time devoted to MRI sequences.
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Notify Me18 year and older
All sexes
Observational
Cleveland, Ohio, 44106, United States
The primary aim of this study is to assess NaF PET/MRI compared to NaF PET/CT and standard of care imaging made available for assessment of bone metastases in all cancers as well as other standard of care indications for MDP bone scintigraphy. The study will use both the currently available and approved MRI sequences for attenuation correction and localization as well as non FDA approved sequences to assess the ability of the modality to identify bone metastases.
Study Goals:
Healthy volunteers accepted: No
Only the study team can determine whether someone qualifies for participation.
Inclusion criteria
Exclusion criteria
NaF PET/CT images will be obtained through fusion software. Researchers will fuse the Non AC and AC NaF images with the low dose CT obtained in the FDG PET/CT study.
Time frame: 2 years after beginning of study
The difference in the number of lesions detected by the two imaging methods using McNamar's test
Time frame: 2 years after beginning of study
Mean quality score ranging from 1-5 using different methods will be compared using paired t-tests. With a sample size of 150 lesions, a difference of 0.25 points in mean quality score can be detected with 86% power.
Time frame: 2 years from beginning of study
The difference in positive predictive value of bone metastases detected by MRI sequences as compared to other modalities as calculated using McNamar's test.
Time frame: 2 years from beginning of study
The difference in Negative predictive value of bone metastases detected by MRI sequences as compared to other modalities as calculated using McNamar's test.
Time frame: 2 years from beginning of study
The difference in specificity of bone metastases detected by MRI sequences as compared to other modalities as calculated using McNamar's test.
Time frame: 2 years after beginning of study
Difference in attenuation correction of NaF MRI-based and NaF CT-based images as calculated using McNamar's test.
Time frame: 2 years after beginning of study
Difference in localization of NaF MRI-based and NaF CT-based images as calculated using McNamar's test.
Time frame: 2 years after beginning of study
Difference in bone metastases detected by MRI attenuation correction images compared to diagnostic quality images.
Case Comprehensive Cancer Center
Other
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