Whole body imaging

Whole body imaging
Diagnostics
MeSH	D051598

Whole body imaging (WBI) refers to the internal display of the entire body in a single procedure.

It may refer to one of two types of body imaging technologies used for security screening such as in airports:

Millimeter wave scanner
Backscatter X-ray
Infra-red thermal difference detection

In medical imaging, it may also refer to full-body CT scan or magnetic resonance imaging.

Medical imaging (ICD-9-CM V3 87–88, ICD-10-PCS B, CPT 70010–79999)

X-ray/
medical radiography/
Industrial radiography

Medical:	Pneumoencephalography Dental radiography Sialography Myelography CXR Bronchography AXR KUB DXA/DXR Upper gastrointestinal series/Small-bowel follow-through/Lower gastrointestinal series Cholangiography/Cholecystography Mammography Pyelogram Cystography Arthrogram Hysterosalpingography Skeletal survey Angiography Angiocardiography Aortography Venography Lymphogram

Industrial:	Radiographic testing

3D / XCT

Medical:	CT pulmonary angiogram Computed tomography of the heart Computed tomography of the abdomen and pelvis Virtual colonoscopy CT angiography Computed tomography of the head Quantitative computed tomography Spiral computed tomography High resolution CT Whole body imaging Full-body CT scan X-ray microtomography Electron beam tomography

Industrial:	Industrial computed tomography

Other

Fluoroscopy

MRI

Ultrasound

Radionuclide

2D / scintigraphy

Cholescintigraphy Scintimammography Ventilation/perfusion scan Radionuclide ventriculography Radionuclide angiography Radioisotope renography Sestamibi parathyroid scintigraphy Radioactive iodine uptake test Bone scintigraphy Immunoscintigraphy

full body:	Octreotide scan Gallium 67 scan Indium-111 WBC scan

3D / ECT

SPECT gamma ray: Myocardial perfusion imaging

PET (positron):	Brain PET Cardiac PET PET mammography PET-CT

Optical laser

Thermography

The core of infra-red thermal difference detection is imaging which detects and processes a break in the established thermal balance between the clothes and a hidden object. The IR camera detects the heat radiating from even a tiny object, producing a dark/light shape. It is irrelevant how long an object is concealed under clothing as a new temperature imprint is created every time it is scanned.

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