We describe an original reconstruction method for spine CT performed in four patients with single or multiple congenital spine abnormalities. Conventional radiographic imaging is at the forefront of diagnosis and follow-up of congenital scoliosis, but is frequently difficult to interpret. Three-dimensional CT reconstruction facilitates visualization of complex anatomic structures, but does not give a reliable assessment of failures of segmentation. Mental three-dimensional reconstruction of the information displayed by classical multiplanar reformatted CT remains difficult. Planispheric reformatted imaging allows the visualization of all deformities in a single plane
Background: Three-dimensional (3D) reconstructions of the spine in the upright position are classica...
<p>Remnants of the shrunken brain are visible in the posterior cranial fossa. The lower cervical and...
This paper proposes a novel method for fast 3D reconstructions of the scoliotic spine from two plana...
<p>Coronal multi-planar reconstruction of a CT data set depicting the spine of individual A with sev...
We present a method ofvisualising spinal deformities in three dimensions using conventional radiogra...
In medical field, imaging techniques are used for diagnosis of different disease and carrying out tr...
In medical field, imaging techniques are used for diagnosis of different disease and carrying out tr...
The experience of using the method of 3D design and prototyping is examplified in a clinical case of...
Purpose. Children with neurological disorders, such as cerebral palsy (CP), have a high risk of deve...
Morphological analysis of the scoliotic spine is based on two-dimensional X-rays: coronal and sagitt...
3D deformity of the spine-like scoliosis is commonly assessed using stereo-radiographic technique. T...
Long-term effects of static load and lack of physical activity in children leads to the formation of...
Background: Pediatric spinal deformity surgeries are challenging operations that require considerabl...
Scoliosis is a congenital disease caused by a complex three dimensional deformity of the spine. Trad...
International audienceAdolescent idiopathic scoliosis (AIS) is a 3D deformity of the spine detectabl...
Background: Three-dimensional (3D) reconstructions of the spine in the upright position are classica...
<p>Remnants of the shrunken brain are visible in the posterior cranial fossa. The lower cervical and...
This paper proposes a novel method for fast 3D reconstructions of the scoliotic spine from two plana...
<p>Coronal multi-planar reconstruction of a CT data set depicting the spine of individual A with sev...
We present a method ofvisualising spinal deformities in three dimensions using conventional radiogra...
In medical field, imaging techniques are used for diagnosis of different disease and carrying out tr...
In medical field, imaging techniques are used for diagnosis of different disease and carrying out tr...
The experience of using the method of 3D design and prototyping is examplified in a clinical case of...
Purpose. Children with neurological disorders, such as cerebral palsy (CP), have a high risk of deve...
Morphological analysis of the scoliotic spine is based on two-dimensional X-rays: coronal and sagitt...
3D deformity of the spine-like scoliosis is commonly assessed using stereo-radiographic technique. T...
Long-term effects of static load and lack of physical activity in children leads to the formation of...
Background: Pediatric spinal deformity surgeries are challenging operations that require considerabl...
Scoliosis is a congenital disease caused by a complex three dimensional deformity of the spine. Trad...
International audienceAdolescent idiopathic scoliosis (AIS) is a 3D deformity of the spine detectabl...
Background: Three-dimensional (3D) reconstructions of the spine in the upright position are classica...
<p>Remnants of the shrunken brain are visible in the posterior cranial fossa. The lower cervical and...
This paper proposes a novel method for fast 3D reconstructions of the scoliotic spine from two plana...