Exemplos de uso de Multiplanar reconstruction em Inglês e suas traduções para o Português
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MSCT with coronal multiplanar reconstruction.
The multiplanar reconstruction function(MPR) is being used.
Abdominal aorta CT angiography with multiplanar reconstruction.
The multiplanar reconstruction function is being used, showing the three orthogonal planes.
Axial CT sections(A, B)and oblique multiplanar reconstruction C.
A: MSCT with coronal multiplanar reconstruction: nonspecific soft-tissue within the middle ear.
By means of MDCT, it is possible to perform angiographic studies with multiplanar reconstructions.
Moreover, multiplanar reconstructions were made to obtain sagittal sections in the region of the lower incisors.
This topographical evaluation Fig. 1 of the teeth was performed using multiplanar reconstruction MPR.
The multiplanar reconstructions and post-processing images of the MDCT apparatuses allow for a more accurate diagnosis.
To create sagittal images parallel to the sacroiliac joint, multiplanar reconstructions were performed.
On the multiplanar reconstruction screen, the sections(axial, coronal and sagittal) were made in the long axis of each incisor.
Exam performed using a 16-slice multidetector scanner taking 1.0-mm think slices and using multiplanar reconstruction.
Volume rendering techniques,besides usual multiplanar reconstruction, may also elegantly demonstrate laryngeal complex alterations.
Multiplanar reconstructions allow detailed evaluation of the base of the skull, temporal anatomy as well as the extent of injuries involving specific structures.
The most common tests used for septum evaluation are panoramic radiograph and multiplanar reconstruction of cone beam computed tomography cbct.
On the multiplanar reconstruction screen, the coronal section showing the right mental foramen was selected Fig 1.
The sample will on images were observed in the mpr windows(multiplanar reconstruction) of the atm in axial sectional cuts, paracoronais and parasagittal.
The multiplanar reconstruction MPR, maximum intensity projection MIP and volume rendering VR methods are widely used and merit a brief explanation.
All scans were reconstructed in OSIRIX MD software 3D mode three-dimensional andMPR mode multiplanar reconstruction, and then the diameters, angles and extensions of the proximal aortic neck were obtained Figure 1.
However, these multiplanar reconstructions did not offer 3D viewing and are generally used for the preoperative planning of patients.
This is achieved with the use of reconstruction methods available in software such as multiplanar reconstruction MPR and MPR- Curved, maximum intensity projection MIP and 3D image reconstruction volume.
A: MSCT with coronal multiplanar reconstruction: Thinning with bone destruction of the tympanic tegmen(oblique arrow) in association with labyrinth fistula hollow arrow.
Computed tomography images reconstruction was performed with the aid of the Osirix software with 3D viewer and multiplanar reconstruction MPR modes in order to obtain diameter, angle and length of the aneurysms proximal and distal aortic necks Figure 1.
MSCT with coronal multiplanar reconstruction showing Prussak's space delimited by pars flaccida, by the lateral ligament and by the short process of the hammer circle.
While the 3D reconstruction summarizes data from few pleasant and impressive images,the great resource of OsiriX is the multiplanar reconstruction, enabling measurements at any angle, which are extremely useful in endovascular planning.
The many possibilities of multiplanar reconstruction of 3D images can facilitate the diagnosis and further increase the sensitivity of the method.
Multidetector-row computed tomography, particularly those apparatuses with 16 or more channels,offers rapid acquisition of submillimetric sections, isotropic multiplanar reconstruction and postprocessing options such as virtual endoscopy, which increases the method accuracy in the local staging.
Right and left, anteroposterior and oblique multiplanar reconstructions, utilizing the volume rendering technique, demonstrating focal dilatation of the inferior wall of the aortic arch arrows.
Cone beam tomographic images of 28 adult patients(17 women and 11 men) were evaluated. they were obtained after three different time periods: immediate preoperative period(t1), postoperative after completion of expansion(t2) and 6 months after expansion(t3). the dicomimages were imported and reconstructed through the on demand 3d software, which allowed standardized multiplanar reconstruction of the interest region.