Pneumonia seen in these MPR images of this 49-year-old man with shortness of breath and BMI 25.4
Courtesy
South Coast Radiology
Qld, Australia
View Scan Parameters
Scan ModeUltra Helical
Collimation0.5 mm × 80
kVp120
mAsSUREExposure
Rotation Time0.35 s
Scan Range409 mm
Dose ReductionAiCE
CTDIvol4.5 mGy
DLP204.4 mGy·cm
Effective Dose2.9 mSv
k-factor0.014 (AAPM Report 96)
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Chest – Calcified Nodule
82-year-old man, follow up chest CT demonstrates a calcified lung nodule in the right lung
Courtesy
South Coast Radiology
Qld, Australia
View Scan Parameters
Scan ModeUltra Helical
Collimation0.5 mm × 80
kVp120
mAsSUREExposure
Rotation Time0.35 s
Scan Range364.5 mm
Dose ReductionAiCE
CTDIvol5.2 mGy
DLP214 mGy·cm
Effective Dose3.0 mSv
k-factor0.014 (AAPM Report 96)
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Low dose chest with SilverBeam
SilverBeam in combination with AiCE Deep Learning Reconstruction provides excellent image quality at dose levels more comparable to a chest x-ray.
In this patient the DLP was only 24 mGy.cm with an effective dose of 0.3 mSv.
Courtesy
Medic Medical Center, HCMC Vietnam
View Scan Parameters
Scan ModeSilverBeam Ultra-Helical
Collimation0.5 mm × 80
kVp120
mAsSUREExposure
Rotation Time0.5 s
Scan Range241 mm
Dose ReductionAiCE
CTDIvol0.70 mGy
DLP24.70 mGy-cm
Effective Dose0.34 mSv
k-factor0.014 (AAPM Report 96)
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Pulmonary CTA - Iodine Mapping SCT
Color iodine maps quickly and definitively show areas of hypoperfusion to enhance your diagnosis.
Hyperperfused areas are commonly associated with pulmonary pathology as demonstrated in this case of a pulmonary embolism.
Courtesy
Royal Bournemouth Hospital, Bournemouth, UK
View Scan Parameters
Scan ModeUltra-Helical
Collimation0.5 mm × 80
kVp120
mAsSUREExposure
Rotation Time0.35 s
Scan Range300 mm
Dose ReductionAiCE
CTDIvol1.6, 2.0 mGy
DLP126.9 mGy-cm
Effective Dose1.78 mSv
k-factor0.014 (AAPM Report 96)
×
Rib Fractures
51-year-old woman with prior fall. Global Illumination rendering provides excellent depiction of multiple rib fractures
Courtesy
South Coast Radiology
Qld, Australia
View Scan Parameters
Scan ModeUltra Helical
Collimation0.5 mm × 80
kVp120
mAsSUREExposure
Rotation Time0.35 s
Scan Range376 mm
Dose ReductionAiCE
CTDIvol2.9 mGy
DLP123.5 mGy·cm
Effective Dose1.7 mSv
k-factor0.014 (AAPM Report 96)
×
Portal Abdomen
Low noise, excellent image quality in this portal phase abdomen scan
Courtesy
Royal Bournemouth Hospital, Bournemouth, UK
View Scan Parameters
Scan ModeUltra-Helical
Collimation0.5 mm × 80
kVp120
mAsSUREExposure
Rotation Time0.5 s
Scan Range449 mm
Dose ReductionAiCE
CTDIvol4.3 mGy
DLP213.9 mGy-cm
Effective Dose3.2 mSv
k-factor0.015 (AAPM Report 96)
×
Multi Phase Abdomen – Iodine Mapping SCT
Color iodine maps can be provided with every multiphase abdomen protocol to further enhance your diagnostic confidence.
Iodine mapping can help to visualize and differentiate hypervascular lesions such as hepatocellular carcinoma (HCC) as seen in this case.
Here a hyper-vascularized arterial lesion can be easily visualized in both the gray scale image and color iodine maps. The lesion also demonstrates a “washout” pattern in the venous and delayed phase consistent with imaging findings associated with HCC.
Courtesy
Medic Medical Center, HCMC Vietnam
View Scan Parameters
Scan ModeUltra-Helical
Collimation0.5 mm × 80
kVp120
mAsSUREExposure
Rotation Time0.5 s
Scan Range456, 456, 456, 200 mm
Dose ReductionAiCE
CTDIvol4.8, 4.8, 4.8, 4.8 mGy
DLP833 mGy-cm
Effective Dose12.49 mSv
k-factor0.015 (AAPM Report 96)
×
Multi Phase Abdomen – Iodine Mapping SCT
Iodine mapping can help to visualize and differentiate hypervascular lesions that may exhibit similar enhancements in the arterial phase.
Here a hyper-vascularized arterial lesion can be easily visualized in both the gray scale image and color iodine maps.
The iodine maps unequivocally show the lesion still retains some contrast material in the venous and delayed, but the enhancement is less intense compared to the arterial phase.
Courtesy
Medic Medical Center, HCMC Vietnam
View Scan Parameters
Scan ModeUltra-Helical
Collimation0.5 mm × 80
kVp120
mAsSUREExposure
Rotation Time0.5 s
Scan Range288, 280, 452, 333 mm
Dose ReductionAiCE
CTDIvol4.8, 4.8, 4.8, 4.8 mGy
DLP876 mGy-cm
Effective Dose13.14 mSv
k-factor0.015 (AAPM Report 96)
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Aorta CTA + SEMAR
SEMAR removes artifacts from the stent graft in this CTA of the abdominal aorta
Courtesy Hakujyuji Hospital, Japan
View Scan Parameters
Scan ModeUltra Helical
Collimation0.5 mm × 80
kVp120
mAsSUREExposure
Rotation Time0.5 s
Dose ReductionAiCE
CTDIvol7.9 mGy
DLP550.3 mGy·cm
Effective Dose8 mSv
k-factor0.0145 (AAPM Report 96)
×
Lumbar Spine
High quality soft tissue and bone reconstructions with AiCE
Courtesy
South Coast Radiology
Qld, Australia