Titlebook: Clinical Vascular Anatomy and Variations; Pierre Lasjaunias,Alejandro Berenstein,Karel G. Br Book 2001Latest edition Springer-Verlag Berli

commute

Spinal and Spinal Cord Arteries and Veins,ons have added to this body of knowledge (Chiras 1979, 1985; Crock 1977; Di Chiro 1973; Djindjian 1970; Dommisse 1975; Doppman 1969; In the maxillofacial area beside the cranium few bony barriers exist, although the mandible and the maxillary bone have vascular foramina, fissures, and canals. The on

鉆孔

Craniocervical Junction, in Chap. 2, the upper cervical metamers are constituted by the first, second, and third segments (Fig. 2.3; Table 3.1). The contribution of the branchial arches, which correspond to the cephalic equivalents of the spinal neural crest, will add to the complexity of the vascular scheme. The aortic ar

動(dòng)物

Skull Base and Maxillofacial Region,on represent the changes that occur to the various sources of supply during embryological development. It is certainly useful to be familiar with this dynamic vision of the arterial tree in order to understand and anticipate the vascularization patterns often seen in clinical practice.

Affectation

The Skull Base and Extradural Arteries,es the cavernous region with its extradural venous plexus. In many species the branchial arteries give rise to the cerebral feeders. These arteries originate from a network of arterial channels (rete) lateral to the sella; this rete is later replaced by the intracavernous internal carotid artery or

Abominate

Intradural Arteries,way the spinal cord and the brain are supplied still will have many analogies (Bugge 1974). Although the spinal cord is not a primitive brain, the neural tube vascularization will have a certain craniocaudal outline, at least for a few days. As can be seen with the spinal cord (see Chap. 2), the neu

FLIP

Conjuction

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jarring

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TOXIC

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先驅(qū)

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