Abstract
It is generally accepted that cases of aphasia can be divided into several groups according to verbal fluency, auditory comprehension, and repetition abilities. Although many authors have studied aphasia and its location by means of a CT scan, the primary lesion on a CT scan with regard to the subtypes of aphasia still remains controversial. In this report we present our new CT classification for the syndromes of aphasia and the prognosis. Twenty-one patients with intracerebral hematoma (ICH) were followed up for more than 3 months after onset. ICH was classified according to the mode of the horizontal extension of the hematoma on a CT scan. Four lines were decided as follows: Line (a) is between the anterior horn of the lateral ventricle and the midpoint of the third ventricle; Line (b) is the vertical line to the saggital line which originates from the midpoint of the third ventricle; Line (c) is between the trigone of the lateral ventricle and the midpoint of the third ventricle. The CT classification consisted of 4 types: in Type A, ICH was located anterior to line (a); in Type B, ICH was located between line (a) and line (b); in Type C, ICH was
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Furuya, Kazuhide;
Segawa, Hiromu;
Shiokawa, Yoshiaki;
Hasegawa, Isao;
Sano, Keiji
[1]
- Fuji Brain Institute and Hospital, Shizuoka (Japan)
Citation Formats
Furuya, Kazuhide, Segawa, Hiromu, Shiokawa, Yoshiaki, Hasegawa, Isao, and Sano, Keiji.
Aphasia caused by intracerebral hemorrhage; CT-scan findings and prognosis.
Japan: N. p.,
1992.
Web.
Furuya, Kazuhide, Segawa, Hiromu, Shiokawa, Yoshiaki, Hasegawa, Isao, & Sano, Keiji.
Aphasia caused by intracerebral hemorrhage; CT-scan findings and prognosis.
Japan.
Furuya, Kazuhide, Segawa, Hiromu, Shiokawa, Yoshiaki, Hasegawa, Isao, and Sano, Keiji.
1992.
"Aphasia caused by intracerebral hemorrhage; CT-scan findings and prognosis."
Japan.
@misc{etde_6569006,
title = {Aphasia caused by intracerebral hemorrhage; CT-scan findings and prognosis}
author = {Furuya, Kazuhide, Segawa, Hiromu, Shiokawa, Yoshiaki, Hasegawa, Isao, and Sano, Keiji}
abstractNote = {It is generally accepted that cases of aphasia can be divided into several groups according to verbal fluency, auditory comprehension, and repetition abilities. Although many authors have studied aphasia and its location by means of a CT scan, the primary lesion on a CT scan with regard to the subtypes of aphasia still remains controversial. In this report we present our new CT classification for the syndromes of aphasia and the prognosis. Twenty-one patients with intracerebral hematoma (ICH) were followed up for more than 3 months after onset. ICH was classified according to the mode of the horizontal extension of the hematoma on a CT scan. Four lines were decided as follows: Line (a) is between the anterior horn of the lateral ventricle and the midpoint of the third ventricle; Line (b) is the vertical line to the saggital line which originates from the midpoint of the third ventricle; Line (c) is between the trigone of the lateral ventricle and the midpoint of the third ventricle. The CT classification consisted of 4 types: in Type A, ICH was located anterior to line (a); in Type B, ICH was located between line (a) and line (b); in Type C, ICH was located between line (b) and line (c); Type B+C, was a combination of Type B and Type C. Transcortical motor aphasia belonged to the Type A group. Transcortical sensory aphasia belonged to the Type B and Type B+C groups. Wernicke's and anomic aphasia belonged to the Type C group. Conduction and global aphasia belonged to the Type B+C group. Pure Broca's aphasia could not be observed in this series. Several relationships between the syndromes of aphasia and its CT findings were evident. On the other hand, the syndromes of aphasia and the degree of recovery were not correlated, except for global aphasia. (author).}
journal = []
volume = {14:5}
journal type = {AC}
place = {Japan}
year = {1992}
month = {Oct}
}
title = {Aphasia caused by intracerebral hemorrhage; CT-scan findings and prognosis}
author = {Furuya, Kazuhide, Segawa, Hiromu, Shiokawa, Yoshiaki, Hasegawa, Isao, and Sano, Keiji}
abstractNote = {It is generally accepted that cases of aphasia can be divided into several groups according to verbal fluency, auditory comprehension, and repetition abilities. Although many authors have studied aphasia and its location by means of a CT scan, the primary lesion on a CT scan with regard to the subtypes of aphasia still remains controversial. In this report we present our new CT classification for the syndromes of aphasia and the prognosis. Twenty-one patients with intracerebral hematoma (ICH) were followed up for more than 3 months after onset. ICH was classified according to the mode of the horizontal extension of the hematoma on a CT scan. Four lines were decided as follows: Line (a) is between the anterior horn of the lateral ventricle and the midpoint of the third ventricle; Line (b) is the vertical line to the saggital line which originates from the midpoint of the third ventricle; Line (c) is between the trigone of the lateral ventricle and the midpoint of the third ventricle. The CT classification consisted of 4 types: in Type A, ICH was located anterior to line (a); in Type B, ICH was located between line (a) and line (b); in Type C, ICH was located between line (b) and line (c); Type B+C, was a combination of Type B and Type C. Transcortical motor aphasia belonged to the Type A group. Transcortical sensory aphasia belonged to the Type B and Type B+C groups. Wernicke's and anomic aphasia belonged to the Type C group. Conduction and global aphasia belonged to the Type B+C group. Pure Broca's aphasia could not be observed in this series. Several relationships between the syndromes of aphasia and its CT findings were evident. On the other hand, the syndromes of aphasia and the degree of recovery were not correlated, except for global aphasia. (author).}
journal = []
volume = {14:5}
journal type = {AC}
place = {Japan}
year = {1992}
month = {Oct}
}