The method used to determine iliac crest tilt and sacral tilt. Iliac

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Download scientific diagram | The method used to determine iliac crest tilt and sacral tilt. Iliac crest tilt is the angle between the line connecting the top of both iliac crests and the teardrop line. 7 Sacral tilt is the angle between the inter-sulcate line, a line connecting the sulci at the junction of sacral alae and sacral superior articular process, and the teardrop line. 8  from publication: The comparative, long-term effect of the Salter osteotomy and Pemberton acetabuloplasty on pelvic height, scoliosis and functional outcome | Aims: This study compared the long-term results following Salter osteotomy and Pemberton acetabuloplasty in children with developmental dysplasia of the hip (DDH). We assessed if there was a greater increase in pelvic height following the Salter osteotomy, and if this had a | Osteotomy, Scoliosis and Hip | ResearchGate, the professional network for scientists.

PDF) The comparative, long-term effect of the Salter osteotomy and Pemberton acetabuloplasty on pelvic height, scoliosis and functional outcome

Computed tomography scan with two-dimensional (2D) and 3D

a Subluxation femoral ratio (s), b femoral head size ratio between the

PDF) The comparative, long-term effect of the Salter osteotomy and Pemberton acetabuloplasty on pelvic height, scoliosis and functional outcome

Calculation of acetabular index [95] .

The Graf classification [11]

Computed tomography scan with two-dimensional (2D) and 3D

The method used to determine iliac crest tilt and sacral tilt. Iliac

Calculation of acetabular index [95] .

PDF) The comparative, long-term effect of the Salter osteotomy and Pemberton acetabuloplasty on pelvic height, scoliosis and functional outcome

The method used to determine iliac crest tilt and sacral tilt. Iliac

PDF) The comparative, long-term effect of the Salter osteotomy and Pemberton acetabuloplasty on pelvic height, scoliosis and functional outcome

Computed tomography scan with two-dimensional (2D) and 3D