Yu Penghui,Li Zhenqiang,Tan Liwen,Wu Yi,Li Ying,Zhang Shaoxiang.Cross-sectional anatomy and 3-D reconstruction of substantia nigra and red nucleus based on Chinese Digital Visible Female[J].J Amry Med Univ (J Third Mil Med Univ),2010,32(24):2608-2611.
Yu Penghui,Li Zhenqiang,Tan Liwen,Wu Yi,Li Ying,Zhang Shaoxiang.Cross-sectional anatomy and 3-D reconstruction of substantia nigra and red nucleus based on Chinese Digital Visible Female[J].J Amry Med Univ (J Third Mil Med Univ),2010,32(24):2608-2611.DOI:
Cross-sectional anatomy and 3-D reconstruction of substantia nigra and red nucleus based on Chinese Digital Visible Female
and the main related nuclei based on the cross-section images from the dataset of the first Chinese Digital Visible Female
and to reconstruct the 3-D model of the structures. Methods Extracted cross-sectional images of the substantia nigra
red nucleus and the main related nuclei were collected and investigated. Every construction was outlined respectively by using Adobe Photoshop. The 3-D reconstructions and visualizations of these constructions were realized by Amira software. Results The cranial end of substantia nigra and red nucleus were located at the continuum of the midbrain and diencephalon
closely related with the nuclei
the crus fibers
the optic tract
etc.
in the diencephalon. The substantia nigra run through the whole investigated area
and the caudal end disappeared nearby the superior border of the basilar part of pons. The height of red nucleus was about two thirds of the height of substantia nigra
and the caudal end disappeared gradually after entering the inferior colliculus. The 3-D model reconstructed by Amira software demonstrated clearly the shapes and spatial relationships of substantia nigra
red nucleus
main related nuclei in midbrain and the continuum of midbrain and diencephalon. The reconstructed model was rotated
cut
and recombined at any angle
and the relevant structures were displayed as a whole. Conclusion The shapes and locations of substantia nigra
red nucleus and their relationships with other nuclei are demonstrated clearly. A 3-D model is also reconstructed
which providing more ocular and convenient reference for anatomic study and clinic application.