Volar tilt

Changed by Leonardo Lustosa, 14 Sep 2022
Disclosures - updated 19 Aug 2022: Nothing to disclose

Updates to Article Attributes

Body was changed:

Volar tilt, or palmar tilt, is an important measurement in the evaluation of distal radius fractures and radial deformities.

Measurement

The volar tilt is assessed on the lateral radiograph of the wrist, it corresponds to the angle formed by a line drawn alongperpendicular to the axis of the radial shaft, and a line that passes through the tips of the dorsal and volar rims (i.e. along the radius articular surface) 1,2,5-8.

Interpretation

  • normal: 7-15º 5-7, an average of 11º 1-8 - some authors consider the normal range 2-20º 4,8
  • >10º of dorsal tilt is related to worse outcomes 9,10
  • >20º of volar tilt is related to unstable fractures and worse outcomes 5,10
  • >25º of volar tilt can contribute to dorsal intercalated segment instability (DISI) 9 

The term dorsal tilt is sometimes used if the angulation is dorsal rather than volar, negative values of volar tilt can be used instead to indicate a dorsal angulation.

See also

  • -<p><strong>Volar tilt</strong>, or palmar tilt, is an important measurement in the evaluation of distal radius fractures and radial deformities.</p><h4>Measurement</h4><p>The volar tilt is assessed on the lateral radiograph of the wrist, it corresponds to the angle formed by a line drawn along the axis of the radial shaft, and a line that passes through the tips of the dorsal and volar rims (i.e. along the radius articular surface) <sup>1,</sup><sup>2,5-</sup><sup>8</sup>.</p><h4>Interpretation</h4><ul>
  • +<p><strong>Volar tilt</strong>, or palmar tilt, is an important measurement in the evaluation of distal radius fractures and radial deformities.</p><h4>Measurement</h4><p>The volar tilt is assessed on the lateral radiograph of the wrist, it corresponds to the angle formed by a line drawn perpendicular to the axis of the radial shaft, and a line that passes through the tips of the dorsal and volar rims (i.e. along the radius articular surface) <sup>1,</sup><sup>2,5-</sup><sup>8</sup>.</p><h4>Interpretation</h4><ul>

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