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WorksheetsMidterm PPL and RP
Total questions: 64
Worksheet time: 34mins
Cardiac Rest/Stress acquisition:
Organs: Heart above Liver
Organ(s): Esophagus, stomach, and intestines
Organs: Lungs
Organs: Gallbladder adjacent to liver
Cardiac Rest/Stress acquisition:
Camera: L-Mode
Camera: H-Mode
Cardiac Rest/Stress acquisition:
Arms: Above head
Arms: At side
Cardiac Rest/Stress acquisition:
Landmark: Xiphoid Process at top point of view
Landmark: Nipple line/ Armpit
Landmark: Liver at top point of view
Landmark: Head to toe with lateral separation
Cardiac Rest/Stress acquisition:
Arms: Above head
Landmark: Nipple line/ Armpit
Landmark: Xiphoid Process at top point of view
Organs: Heart above Liver
Organs: Kidney, Ureter and Bladder
Renal study: (Kidney Study)
Landmark: Xiphoid Process at top point of view
Landmark: Liver at top point of view
Landmark: Extremities with lateral separation
Landmark: Nipple line/ Armpit
Renal study: (Kidney Study)
Arms: Above head
Arms: At side
Renal study: (Kidney Study)
Camera: H-Mode
Camera: L-Mode
Renal study: (Kidney Study)
Imaging: Anterior
Imaging: Posterior
Imaging: Anterior/Posterior
Renal study: (Kidney Study)
Organs: Heart above Liver
Organs: Gallbladder adjacent to liver
Organs: Lungs
Organs: Kidney, Ureter and Bladder
Hepatobiliary (Gallbladder) study:
Arms: At side
Arms: Above head
Hepatobiliary (Gallbladder) study:
Landmark: Shoulders at top point of view
Landmark: Nipple line/ Armpit
Landmark: Liver at top point of view
Landmark: Xiphoid Process at top point of view
Hepatobiliary (Gallbladder) study:
Imaging: Anterior
Imaging: Posterior
Imaging: Anterior/Posterior
Hepatobiliary (Gallbladder) study:
Camera: H-Mode
Camera: L-Mode
Camera: Sicko Mode
Hepatobiliary (Gallbladder) study:
Organs: Lungs
Organ(s): Esophagus, stomach, and intestines
Organs: Gallbladder adjacent to liver
Organs: Kidney, Ureter and Bladder
Three Phase Bone scan:
Arms: Above Head
Arms: At side
Three Phase Bone Scan:
Landmark: Liver at top point of view
Landmark: Extremities with lateral separation
Landmark: Shoulders at top point of view
Landmark: Head to toe with lateral separation
Three Phase Bone scan:
Camera: H-mode
Camera: L-mode
Three Phase Bone scan:
Imaging: Anterior
Imaging: Posterior
Imaging: Anterior/Posterior
Three Phase Bone scan, Extremities:
Arms
Legs
Hands
Feet
Neck
Whole Body Bone Scan:
Arms: At Side
Arms: Above Head
Whole Body Bone Scan:
Camera: H-Mode
Camera: L-Mode
Whole Body Bone Scan:
Landmark: Head to toe with lateral separation
Landmark: Liver at top point of view
Landmark: Shoulders at top point of view
Organs: Heart above Liver
Whole Body Bone scan:
Imaging: Anterior
Imaging: Posterior
Imaging: Anterior/Posterior
Lung Scan Ventilation: (Air Flow to Lungs)
Organs: Kidney, Ureter and Bladder
Organs: Gallbladder adjacent to liver
Organ(s): Esophagus, stomach, and intestines
Organs: Lungs
Lung Scan Ventilation: (Air Flow to Lungs)
Arms: At side
Arms: Above head
Lung Scan Ventilation: (Air Flow to Lungs)
Landmark: Abdomen region- Hot spot in middle after ingesting egg
Landmark: Shoulders at top point of view
Landmark: Extremities with lateral separation
Landmark: Xiphoid Process at top point of view
Lung Scan Ventilation: (Air Flow to Lungs)
Imaging: Posterior
Imaging: Anterior
Imaging: Anterior/Posterior
Lung Scan Ventilation: (Air Flow to Lungs)
Camera: H-mode
Camera: L-mode
Lung Scan Perfusion: (Blood Flow to Lungs)
Arms: Above head
Arms: At side
Lung Scan Perfusion: (Blood Flow to Lungs)
Landmark: Extremities with lateral separation
Landmark: Shoulders at top point of view
Landmark: Liver at top point of view
Landmark: Abdomen region
Lung Scan Perfusion: (Blood Flow to Lungs)
Camera: H-mode
Camera: L-mode
Lung Scan Perfusion: (Blood Flow to Lungs)
Organ(s): Esophagus, stomach, and intestines
Organs: Lungs
Organs: Gallbladder adjacent to liver
Organs: Kidney, Ureter and Bladder
Gastric Emptying Scan:
Arms: At side
Arms: Above Head
Gastric Emptying Scan:
Landmark: Abdomen region
Landmark: Shoulders at top point of view
Landmark: Nipple line/ Armpit
Landmark: Xiphoid Process at top point of view
Gastric Emptying Scan:
Camera: H-mode
Camera: L-mode
Gastric Emptying Scan:
Imaging: Anterior
Imaging: Posterior
Imaging: Anterior/Posterior
Imaging: RAO/LAO, RPO/LPO, and RLAT/LLAT
Gastric Emptying Scan:
Organs: Kidney, Ureter and Bladder
Organs: Heart above Liver
Organ(s): Esophagus, stomach, and intestines
Landmark: Liver at top point of view
Tc99m (Technetium)
- 140 keV
- 81 keV
- 511 keV
- 159 keV
Tc99m (Technetium)
- 6-hour Half-life
- 5.3 day half-life
- 110 minute half-life
- 13.2 hour half-life
What is the shelf-life of Tc99m (Technetium)?
1-2 Hours
3-4 Hours
6-8 Hours
9-10 Hours
Which of these is Tc99m (Technetium) NOT used in?
Skeletal Imaging- MDP or HDP- Oxidronate
Gallbladder studies- Choletec, Mebrofenin, Dysofenin
Lung Perfusion Imaging- MAA (Macroaggregated Albumin)
Myocardial Perfusion Imaging- Sestamibi/Cardiolite, Tetrofosmin/Myoview
Thyroid Tissue: Ablation
Choose which studies Tc99m (Technetium) IS used in:
Liver Imaging- Sulfur Colloid
Renal Imaging- MAG3/Mertiatide
Tags white blood cells (indium-oxine, indium-chloride, octreoscan) to look for infection.
Whole-body MIBG (adrenal medulla/neuroendocrine tumor)
Xe-133 (Xenon)
- 81 keV
- 511 keV
- 159 keV
-173-247 keV range
Xe-133 (Xenon)
- 5.3 day half-life
- 6-hour Half-life
- 110 minute half-life
- 66 hour half-life
Xe-133 (Xenon) is
A Gas used in lung ventilation imaging
Involved in thyroid uptake scan
Used to tag white blood cells
used in PET scan
F-18 (Fluorine)
- 511 keV
- 81 keV
-173-247 keV range
- 364 keV
F-18 (Fluorine)
- 110 minute half-life
- 5.3 day half-life
- 6-hour Half-life
- 13.2 hour half-life
Which isotope requires you to check a patient's blood sugar for false positives (low) or negatives (high)?
F-18 (Fluorine)
Xe-133 (Xenon)
Mo99 (Molydbenum)
I-131 (Iodide)
Which descriptors apply to F-18 (Fluorine)?
- Used in PET
- Glucose based for oncology- Cardiac viability
- Sodium fluoride- used in bones scans/skeletal imaging
- Gamma emitter
-Tags white blood cells (indium-oxine, indium-chloride, octreoscan) to look for infection.
Which isotope is not used in scans, but only as a parent isotope to Tc99m?
Mo99 (Molydbenum)
I-123 (Iodine)
F-18 (Fluorine)
I-131 (Iodide)
Mo99 (Molydbenum)
- 66 hour half-life
- 13.2 hour half-life
- 8-day half-life
- 6-hour Half-life
Which of these are the keV for Mo99 (molydbenum)?
Beta 436 keV
Gamma 740 keV
-173-247 keV range
364 keV
I-123 (iodine) (Pill or Syringe)
Alpha Emitter
Beta Emitter
Gamma Emitter
I-123 (iodine) (Pill or Syringe)
- 159 keV
- 364 keV
- 511 keV
- 81 keV
I-123 (iodine) (Pill or Syringe)
- 13.2 hour half-life
- 66 hour half-life
- 8-day half-life
- 110 minute half-life
Which of these is I-123 (Iodine) NOT involved with?
Thyroid uptake scan
Skeletal Imaging- MDP or HDP- Oxidronate
DAT scans (brain)- (adrenal)
Hyper Thyroid: Partial Ablation
I-131 (Iodide)
- 364 keV
-173-247 keV range
- 159 keV
- 436 keV
I-131 (Iodide)
- 8-day half-life
- 13.2 hour half-life
-66 hours half-life
- 5.3 day half-life
I-131 (Iodide)
Alpha Emitter
Beta Emitter
Gamma Emitter
Which of these isotopes is I-131 (Iodide) NOT involved with?
Thyroid uptake and therapy: (kills part of thyroid/make sure no cancer come back)
Thyroid Tissue: Ablation
Hyper Thyroid: Partial Ablation
Whole-body imaging (change collimators)
DAT scans (brain)- (adrenal)
In-111 (indium)
-173-247 keV range
- 140 keV
- 81 keV
- 511 keV
In-111 (indium)
- 66 hours half-life
- 6-hour Half-life
- 5.3 day half-life
- 13.2 hour half-life
In-111 (indium) has two purposes:
-Tags white blood cells (indium-oxine, indium-chloride, octreoscan) to look for infection.
-Tags neuroendocrine tumors (pentetreotide/trioscan)
- Used in PET
Gallbladder studies- Choletec, Mebrofenin, Dysofenin
