In this atlas anatomical slices of the knee region are studied in the three fundamental spatial planes: frontal, sagittal, and horizontal; furthermore the corresponding views obtained by computed tomography of the same anatomical specimens, the equivalent horizontal CT views of the knee region alive and magnetic resonance images of the knee alive observed at the same levels in the same spatial planes are depicted. This method allows identification of all articular and periarticular structures and reveals their shape, position, and principal relations. The precision with which the anatomical slices are analyzed facilitates comparison with pathological material and with images using methods other than those employed here, such as echography.



Inhalt

Material and methods.- Abbreviations.- Frontal slices F1-F13.- (referential plane F12 passing through the anterior tuberosity of tibia).- [Anatomy, CT anatomy, CT in vivo, NMR in vivo].- F1 (5.5 cm).- F2 (5.0 cm).- F3 (4.5 cm).- F4 (4.0 cm).- F5 (3.5 cm).- F6 (3.0 cm).- F7 (2.5 cm).- F8 (2.0 cm).- F9 (1.5 cm).- F10 (1.0 cm).- F11 (0.5 cm).- F12 (0).- F13 (0.5 cm).- Sagittal slices S1-S13.- (referential plane S7 passing through the middle of the intercondylar fossa).- [Anatomy, CT anatomy, CT in vivo, NMR in vivo].- S1 (3.0 cm).- S2 (2.5 cm).- S3 (2.0 cm).- S4 (1.5 cm).- S5 (1.0 cm).- S6 (0.5 cm).- S7 (0).- S8 (0.5 cm).- S9 (1.0 cm).- S10 (1.5 cm).- S11 (2.0 cm).- S12 (2.5 cm).- S13 (3.0 cm).- Horizontal slices H1-H12.- (referential plane H7 passing through the medial femorotibial articular interspace).- [Anatomy, CT anatomy, CT in vivo, NMR in vivo].- H1 (6.0 cm).- H2 (5.0 cm).- H3 (4.0 cm).- H4 (3.0 cm).- H5 (2.0 cm).- H6 (1.0 cm).- H7 (0).- H8 (1.0 cm).- H9 (2.0 cm).- H10 (3.0 cm).- H11 (4.0 cm).- H12 (5.0 cm).- References.

Titel
Imaging Anatomy of the Knee Region
Untertitel
Anatomy-CT-NMR Frontal Slices, Sagittal Slices, Horizontal Slices
EAN
9783642805196
Format
E-Book (pdf)
Genre
Veröffentlichung
06.12.2012
Digitaler Kopierschutz
Wasserzeichen
Dateigrösse
15.97 MB
Anzahl Seiten
88