|
1. |
Principles of Organization of the Ventrobasal Complex in Mammals; pp. 253–269 |
|
Brain, Behavior and Evolution,
Volume 7,
Issue 4,
1973,
Page 253-269
W.I. Welker,
Preview
|
PDF (2034KB)
|
|
摘要:
Using more than 400 references, 18 principles of structural and functional organization referable to the ventrobasal complex are presented. Many may be regarded as well established and some as working hypotheses. The 18 are categorized under the labels of somesthetic sources, laterality, somatotopy, subnuclear organization, receptive field unity and stability, preservation of relative size of smallest receptive fields, differential development of projections from specialized body regions, differential location of projections from smallest receptive fields, differential overlap of adjacent afferent projections, preservation of submodality information, spatial distribution of submodalities, confluence of multiple afferent pathways, numerical augmentation, thalamocortical projections, corticothalamic specificity, spatiotemporal transactions, phylogenetic specialization, and neurobehavioral correlations.Following the presentation of the foregoing, the discussion is directed toward views concerning ways and means of improving our understanding of the circuits in which the ventrobasal complex is involved.
ISSN:0006-8977
DOI:10.1159/000124417
出版商:S. Karger AG
年代:1973
数据来源: Karger
|
2. |
Principles of Organization of the Ventrobasal Complex in Mammals; pp. 270–286 |
|
Brain, Behavior and Evolution,
Volume 7,
Issue 4,
1973,
Page 270-286
W.I. Welker,
Preview
|
PDF (2012KB)
|
|
摘要:
Using more than 400 references, 18 principles of structural and functional organization referable to the ventrobasal complex are presented. Many may be regarded as well established and some as working hypotheses. The 18 are categorized under the labels of somesthetic sources, laterality, somatotopy, subnuclear organization, receptive field unity and stability, preservation of relative size of smallest receptive fields, differential development of projections from specialized body regions, differential location of projections from smallest receptive fields, differential overlap of adjacent afferent projections, preservation of submodality information, spatial distribution of submodalities, confluence of multiple afferent pathways, numerical augmentation, thalamocortical projections, corticothalamic specificity, spatiotemporal transactions, phylogenetic specialization, and neurobehavioral correlations.Following the presentation of the foregoing, the discussion is directed toward views concerning ways and means of improving our understanding of the circuits in which the ventrobasal complex is involved.
ISSN:0006-8977
DOI:10.1159/000124418
出版商:S. Karger AG
年代:1973
数据来源: Karger
|
3. |
Principles of Organization of the Ventrobasal Complex in Mammals; pp. 287–303 |
|
Brain, Behavior and Evolution,
Volume 7,
Issue 4,
1973,
Page 287-303
W.I. Welker,
Preview
|
PDF (2266KB)
|
|
摘要:
Using more than 400 references, 18 principles of structural and functional organization referable to the ventrobasal complex are presented. Many may be regarded as well established and some as working hypotheses. The 18 are categorized under the labels of somesthetic sources, laterality, somatotopy, subnuclear organization, receptive field unity and stability, preservation of relative size of smallest receptive fields, differential development of projections from specialized body regions, differential location of projections from smallest receptive fields, differential overlap of adjacent afferent projections, preservation of submodality information, spatial distribution of submodalities, confluence of multiple afferent pathways, numerical augmentation, thalamocortical projections, corticothalamic specificity, spatiotemporal transactions, phylogenetic specialization, and neurobehavioral correlations.Following the presentation of the foregoing, the discussion is directed toward views concerning ways and means of improving our understanding of the circuits in which the ventrobasal complex is involved.
ISSN:0006-8977
DOI:10.1159/000124419
出版商:S. Karger AG
年代:1973
数据来源: Karger
|
4. |
Principles of Organization of the Ventrobasal Complex in Mammals; pp. 304–319 |
|
Brain, Behavior and Evolution,
Volume 7,
Issue 4,
1973,
Page 304-319
W.I. Welker,
Preview
|
PDF (2156KB)
|
|
摘要:
Using more than 400 references, 18 principles of structural and functional organization referable to the ventrobasal complex are presented. Many may be regarded as well established and some as working hypotheses. The 18 are categorized under the labels of somesthetic sources, laterality, somatotopy, subnuclear organization, receptive field unity and stability, preservation of relative size of smallest receptive fields, differential development of projections from specialized body regions, differential location of projections from smallest receptive fields, differential overlap of adjacent afferent projections, preservation of submodality information, spatial distribution of submodalities, confluence of multiple afferent pathways, numerical augmentation, thalamocortical projections, corticothalamic specificity, spatiotemporal transactions, phylogenetic specialization, and neurobehavioral correlations.Following the presentation of the foregoing, the discussion is directed toward views concerning ways and means of improving our understanding of the circuits in which the ventrobasal complex is involved.
ISSN:0006-8977
DOI:10.1159/000124420
出版商:S. Karger AG
年代:1973
数据来源: Karger
|
5. |
Principles of Organization of the Ventrobasal Complex in Mammals; pp. 320–336 |
|
Brain, Behavior and Evolution,
Volume 7,
Issue 4,
1973,
Page 320-336
W.I. Welker,
Preview
|
PDF (2233KB)
|
|
摘要:
Using more than 400 references, 18 principles of structural and functional organization referable to the ventrobasal complex are presented. Many may be regarded as well established and some as working hypotheses. The 18 are categorized under the labels of somesthetic sources, laterality, somatotopy, subnuclear organization, receptive field unity and stability, preservation of relative size of smallest receptive fields, differential development of projections from specialized body regions, differential location of projections from smallest receptive fields, differential overlap of adjacent afferent projections, preservation of submodality information, spatial distribution of submodalities, confluence of multiple afferent pathways, numerical augmentation, thalamocortical projections, corticothalamic specificity, spatiotemporal transactions, phylogenetic specialization, and neurobehavioral correlations.Following the presentation of the foregoing, the discussion is directed toward views concerning ways and means of improving our understanding of the circuits in which the ventrobasal complex is involved.
ISSN:0006-8977
DOI:10.1159/000124421
出版商:S. Karger AG
年代:1973
数据来源: Karger
|
|