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Lint: radiographic-distortion

radiographic-distortion
Headings Spacing
error

"X-ray beam "

Line 2:1 · Never put spaces at either end of headings.

"Source image receptor distance "

Line 6:1 · Never put spaces at either end of headings.
Acronyms
warning

"The source image receptor distance (SID), is the distance of the tube from the image receptor, affecting magnification. The greater the SID, the less magnification the image will suffer. Although 100 cm is the universally accepted SID, studies have shown that apart from improving distortion issues, increasing the SID from 100 cm to 122 cm decreases entrance skin dose despite any need for an increase in mAs 3."

Line 7:40 · 'SID' has no definition. Spell it out if it's unfamiliar to the audience.

"The source image receptor distance (SID), is the distance of the tube from the image receptor, affecting magnification. The greater the SID, the less magnification the image will suffer. Although 100 cm is the universally accepted SID, studies have shown that apart from improving distortion issues, increasing the SID from 100 cm to 122 cm decreases entrance skin dose despite any need for an increase in mAs 3."

Line 7:140 · 'SID' has no definition. Spell it out if it's unfamiliar to the audience.

"The source image receptor distance (SID), is the distance of the tube from the image receptor, affecting magnification. The greater the SID, the less magnification the image will suffer. Although 100 cm is the universally accepted SID, studies have shown that apart from improving distortion issues, increasing the SID from 100 cm to 122 cm decreases entrance skin dose despite any need for an increase in mAs 3."

Line 7:235 · 'SID' has no definition. Spell it out if it's unfamiliar to the audience.

"The source image receptor distance (SID), is the distance of the tube from the image receptor, affecting magnification. The greater the SID, the less magnification the image will suffer. Although 100 cm is the universally accepted SID, studies have shown that apart from improving distortion issues, increasing the SID from 100 cm to 122 cm decreases entrance skin dose despite any need for an increase in mAs 3."

Line 7:319 · 'SID' has no definition. Spell it out if it's unfamiliar to the audience.

"The object to image receptor distance (OID) is the distance between the object to the detector. The closer the anatomy is to the detector the less magnification/distortion. One can observe this when observing the shadow cast by the light source onto the anatomy."

Line 9:43 · 'OID' has no definition. Spell it out if it's unfamiliar to the audience.
Headings Valid
warning

Expected headings

  • H1 Terminology
  • H1 Usage
  • H1 Epidemiology
  • H2 Risk factors
  • H2 Associations
  • H1 Clinical presentation
  • H2 Complications
  • H1 Diagnosis
  • H2 Diagnostic criteria
  • H2 Diagnostic clues
  • H1 Pathology
  • H2 Aetiology
  • H2 Location
  • H2 Classification
  • H2 Macroscopic appearance
  • H2 Microscopic appearance
  • H2 Immunophenotype
  • H2 Markers
  • H2 Genetics
  • H1 Radiographic features
  • H2 Plain radiograph
  • H2 Mammography
  • H2 Antenatal ultrasound
  • H2 Transoesophageal echocardiography
  • H2 Ultrasound
  • H2 CT
  • H3 Dual-energy CT
  • H2 Angiography (DSA)
  • H2 MRI
  • H2 CT/MRI
  • H2 Nuclear medicine
  • H3 PET-CT
  • H3 PET-MRI
  • H1 Radiology report
  • H1 Treatment and prognosis
  • H2 Complications
  • H1 History and etymology
  • H1 Differential diagnosis
  • H2 Clinical differential diagnosis
  • H1 Practical points
  • H1 See also

"X-ray beam "

Line 2:1 · "X-ray beam " is not a recognised heading for this article type.

"Centring"

Line 4:1 · "Centring" is not a recognised heading for this article type.

"Source image receptor distance "

Line 6:1 · "Source image receptor distance " is not a recognised heading for this article type.

"Object image receptor distance"

Line 8:1 · "Object image receptor distance" is not a recognised heading for this article type.
Semicolons
suggestion

"Centring the anatomy to the central ray on the image receptor will limit beam distortion due to divergence. The point of the central ray is the focal spot on the x-ray tube; therefore one can angle the tube on a stationary axis and maintain the central ray at the level of the joint, seldom applied but useful for imaging that requires longer radiographs e.g. tibia/fibula x-ray."

Line 5:176 · Use semicolons judiciously.
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