NUCLEAR MEDICINE BOARD EXAM 2 LATEST
VERSIONS AND STUDY GUIDE (VERSION A
AND B) 2024-2025 ACTUAL EXAM QUESTIONS
AND CORRECT DETAILED ANSWERS
Leave the first rating
100% SCORE 1 /7
96 to 120 hours after injection
Give this one a try later!
For optimal targeting and minimal blood pool activity, 111In-capromab pendetide
imaging should begin at:
6 to 24 hours after injection
36 to 48 hours after injection
60 to 90 hours after injection
96 to 120 hours after injection
I-123 Iobenguane sulfate is effective in localization of which of the following?
prostate and cervical cancer
2 lymphomas
pheochromocytomas and neuroblastomas
neuroendocrine tumors and inflammatory disorders
A patient who is to undergo radionuclide therapy for an abdominal malignant
3 effusion is
, prepared for
A technologist is positioning a patient for a 67Ga-citrate imaging study and notices
that a LEAP collimator is on the camera. The recommended action for the
technologist to take is to:
4 continue positioning the patient; the correct collimator is in place.
change the collimator to a GAP collimator
change the collimator to a medium-energy collimator
change the collimator to a high-energy collimator
Don't know?
Terms in this set (63)
In imaging with 67Ga- remaining the same while blood clearance
citrate, target-to- progresses
background ratio
increases over time
because of gallium
concentration in tissue:
remaining the same while
blood clearance
progresses
decreasing while blood
clearance progresses
remaining the same while
blood clearance
decreases
decreasing while blood
clearance decreases
, Following the injection of at six hours
67Ga-citrate, imaging can
begin:
immediately
at one hour
at three hours
at six hours
A technologist is change the collimator to a high-energy collimator
positioning a patient for a
67Ga-citrate imaging
study and notices that a
LEAP collimator is on the
camera. The
recommended action for
the technologist to take is
to:
continue positioning the
patient; the correct
collimator is in place.
change the collimator to
a GAP collimator
change the collimator to
a medium-energy
collimator
change the collimator to
a high-energy collimator
VERSIONS AND STUDY GUIDE (VERSION A
AND B) 2024-2025 ACTUAL EXAM QUESTIONS
AND CORRECT DETAILED ANSWERS
Leave the first rating
100% SCORE 1 /7
96 to 120 hours after injection
Give this one a try later!
For optimal targeting and minimal blood pool activity, 111In-capromab pendetide
imaging should begin at:
6 to 24 hours after injection
36 to 48 hours after injection
60 to 90 hours after injection
96 to 120 hours after injection
I-123 Iobenguane sulfate is effective in localization of which of the following?
prostate and cervical cancer
2 lymphomas
pheochromocytomas and neuroblastomas
neuroendocrine tumors and inflammatory disorders
A patient who is to undergo radionuclide therapy for an abdominal malignant
3 effusion is
, prepared for
A technologist is positioning a patient for a 67Ga-citrate imaging study and notices
that a LEAP collimator is on the camera. The recommended action for the
technologist to take is to:
4 continue positioning the patient; the correct collimator is in place.
change the collimator to a GAP collimator
change the collimator to a medium-energy collimator
change the collimator to a high-energy collimator
Don't know?
Terms in this set (63)
In imaging with 67Ga- remaining the same while blood clearance
citrate, target-to- progresses
background ratio
increases over time
because of gallium
concentration in tissue:
remaining the same while
blood clearance
progresses
decreasing while blood
clearance progresses
remaining the same while
blood clearance
decreases
decreasing while blood
clearance decreases
, Following the injection of at six hours
67Ga-citrate, imaging can
begin:
immediately
at one hour
at three hours
at six hours
A technologist is change the collimator to a high-energy collimator
positioning a patient for a
67Ga-citrate imaging
study and notices that a
LEAP collimator is on the
camera. The
recommended action for
the technologist to take is
to:
continue positioning the
patient; the correct
collimator is in place.
change the collimator to
a GAP collimator
change the collimator to
a medium-energy
collimator
change the collimator to
a high-energy collimator
