2007Neurosurgery QuarterlyRequires access

The Superior Cerebellar Artery

Adnan Dağçınar, Ahmet Hilmi Kaya, Mennan Ece Aydın, Cem Kopuz, Alparslan Şenel, Mehmet Tevfik Demir, Ufuk Çorumlu, Fahrettin Çelik, Bülent Şam

Open publisher page 17 citations

Abstract

The superior cerebellar artery (SCA) is often described as the most consistent artery of the infratentorial group. Some variations were noted especially in the proximal part of the artery, such as duplication, triplication, and unusual origin from the basilar artery. It is consistently described as bifurcating into rostral and caudal branches when originating solely from the distal basilar artery. Duplication is mostly encountered as two trunks originating from the basilar artery, with the superior trunk bearing rostral and the inferior trunk caudal branches, respectively. In 14 brains with 28 superior cerebellar arteries, which form the basis of this article, the majority of the duplications were related to the basilar-artery origin of a marginal branch that is also one of the cortical branches of the SCA. Moreover, this kind of proximal origin of the marginal branch resulted in its being richer in perforators than one of distal origin. Other variations that were noted in our study were also those related to marginal branches. The majority of duplications of the SCA were related to the basilar-artery origin of the marginal branches. A proximal origin seems to confer on the marginal artery the property of being an important supplier of perforators. This perforator dominancy, as a result of proximal origin, of the marginal artery might be important clinically in cerebellopontine angle and clivus surgery.

About this research paper

What this paper is about

The superior cerebellar artery (SCA) is often described as the most consistent artery of the infratentorial group. Some variations were noted especially in the proximal part of the artery, such as duplication, triplication, and unusual origin from the basilar artery. It is consistently described as bifurcating into rostral and caudal branches when originating solely from the distal basilar artery. Duplication is mostly encountered as two trunks originating from the basilar artery, with the superior trunk bearing rostral and the inferior trunk caudal branches, respectively. In 14 brains with 28 superior cerebellar arteries, which form the basis of this article, the majority of the duplications were related to the basilar-artery origin of a marginal branch that is also one of the cortical branches of the SCA. Moreover, this kind of proximal origin of the marginal branch resulted in its being richer in perforators than one of distal origin. Other variations that were noted in our study were also those related to marginal branches. The majority of duplications of the SCA were related to the basilar-artery origin of the marginal branches. A proximal origin seems to confer on the marginal artery the property of being an important supplier of perforators. This perforator dominancy, as a result of proximal origin, of the marginal artery might be important clinically in cerebellopontine angle and clivus surgery.

Why it matters

OpenAlex reports 17 citations for this work. Citation counts describe recorded attention and do not establish research quality.

Key contribution

A contribution statement is not available in the OpenAlex record.

Method / approach

Method details are not available in the OpenAlex metadata.

Main findings

Findings are not separately available in the OpenAlex metadata.

Limitations

Limitations are not available in the OpenAlex metadata.

Applications

Application details are not available in the OpenAlex metadata.

Available abstract

The superior cerebellar artery (SCA) is often described as the most consistent artery of the infratentorial group. Some variations were noted especially in the proximal part of the artery, such as duplication, triplication, and unusual origin from the basilar artery. It is consistently described as bifurcating into rostral and caudal branches when originating solely from the distal basilar artery. Duplication is mostly encountered as two trunks originating from the basilar artery, with the superior trunk bearing rostral and the inferior trunk caudal branches, respectively. In 14 brains with 28 superior cerebellar arteries, which form the basis of this article, the majority of the duplications were related to the basilar-artery origin of a marginal branch that is also one of the cortical branches of the SCA. Moreover, this kind of proximal origin of the marginal branch resulted in its being richer in perforators than one of distal origin. Other variations that were noted in our study were also those related to marginal branches. The majority of duplications of the SCA were related to the basilar-artery origin of the marginal branches. A proximal origin seems to confer on the marginal artery the property of being an important supplier of perforators. This perforator dominancy, as a result of proximal origin, of the marginal artery might be important clinically in cerebellopontine angle and clivus surgery.

Key concepts: Basilar artery, Superior cerebellar artery, Anterior inferior cerebellar artery, Medicine, Anatomy, Trunk, Cerebellar artery, Artery

Related papers

Back to paper searchBrowse research topicsOriginal source
The Superior Cerebellar Artery — Research Paper | ScholarLens