Exploring the thalamus and its role in cortical function:
Gespeichert in:
| Hauptverfasser: | , |
|---|---|
| Format: | Buch |
| Sprache: | English |
| Veröffentlicht: |
Cambridge [u.a.]
MIT Press
2006
|
| Ausgabe: | 2. ed. |
| Schlagworte: | |
| Online-Zugang: | Inhaltsverzeichnis |
| Beschreibung: | XXI, 484 S. Ill., graph. Darst. |
| ISBN: | 0262195321 9780262195324 |
Internformat
MARC
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| 020 | |a 9780262195324 |9 978-0-262-19532-4 | ||
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| 100 | 1 | |a Sherman, S. Murray |e Verfasser |4 aut | |
| 245 | 1 | 0 | |a Exploring the thalamus and its role in cortical function |c S. Murray Sherman and R. W. Guillery |
| 250 | |a 2. ed. | ||
| 264 | 1 | |a Cambridge [u.a.] |b MIT Press |c 2006 | |
| 300 | |a XXI, 484 S. |b Ill., graph. Darst. | ||
| 336 | |b txt |2 rdacontent | ||
| 337 | |b n |2 rdamedia | ||
| 338 | |b nc |2 rdacarrier | ||
| 650 | 7 | |a Fysiologie |2 gtt | |
| 650 | 7 | |a Hersenschors |2 gtt | |
| 650 | 4 | |a Thalamus | |
| 650 | 7 | |a Thalamus |2 gtt | |
| 650 | 4 | |a Cerebral Cortex |x physiology | |
| 650 | 4 | |a Thalamus | |
| 650 | 4 | |a Thalamus |x physiology | |
| 650 | 0 | 7 | |a Thalamus |0 (DE-588)4184971-1 |2 gnd |9 rswk-swf |
| 689 | 0 | 0 | |a Thalamus |0 (DE-588)4184971-1 |D s |
| 689 | 0 | |5 DE-604 | |
| 700 | 1 | |a Guillery, R. W. |e Verfasser |4 aut | |
| 856 | 4 | 2 | |m Digitalisierung UB Regensburg |q application/pdf |u http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=014925466&sequence=000002&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA |3 Inhaltsverzeichnis |
| 999 | |a oai:aleph.bib-bvb.de:BVB01-014925466 | ||
Datensatz im Suchindex
| _version_ | 1804135548363735040 |
|---|---|
| adam_text | Contents
Preface
to the Second Edition
xiii
Preface to the First Edition
xvii
Abbreviations
xxiii
1
Introduction
1
I.A.
Thalamic Functions: What Is the
Thalamus
and What Does It
Do?
1
l.A.l. The Classical View of the
Thalamus
1
1.А.2.
Defining Thalamic Nuclei
5
1.А.З.
Major Topics Addressed in This Book
5
l.B. Thalamic Nuclei and Their Connections: The Classical
View
8
l.C. The
Thalamus as a
Part of the Diencephalon: The Dorsal
Thalamus
and the Ventral
Thalamus
13
l.C.l. The Dorsal
Thalamus
15
1.С.2.
The Ventral
Thalamus
20
I.D.
The Overall Plan of the Next Ten Chapters
22
2
The Nerve Cells of the
Thalamus
27
2.
A. On Classifying Relay Cells
28
2.А.1.
Early Methods of Identifying and Classifying
Thalamic Relay Cells
28
2.A.2. General Problems of Cell Classification
33
2.A.3. The Possible Functional Significance of Cell
Classifications in the
Thalamus
38
2.A.4. Classifications of Relay Cells Based on Dendritic
Arbors and Perikaryal Sizes
41
2.A.5. Laminar Segregations of Distinct Classes of
Geniculocortical Relay Cells
48
Contents
2.A.6.
The Cortical Distribution of Synaptic Terminals from
Relay Cell
Axons
52
2.
A.
7.
Perikaryal Size and Calcium-Binding Proteins
61
2.B.
Interneurons
63
2.В.1.
Interneuronal
Cell Bodies and
Dendrites
63
2.B.2. On Distinguishing
Interneuronal
Axons
and
Dendrites
66
2.B.3. The
Axons
of the
Interneurons
68
2.B.4. Classifications of
Interneurons
69
2.C. The Cells of the Thalamic
Reticular
Nucleus
71
2.D. Summary
75
2.E. Unresolved Questions
76
The Afferent
Axons
to the
Thalamus:
Their Structure and Connections
77
3.A. A General View of the
Afférents
77
3.B. The Drivers
81
З.В.1.
Identifying the Drivers and Their Functions
81
3.B.2. Identifying the Drivers on the Basis of
Their Structure
85
3.B.3. The Origin of the Drivers and Their Heterogeneity
90
3.B.4. The Relationship of Two Driver Inputs to a Single
Thalamic Nucleus: Does the
Thalamus
Have an
Integrative
Function?
91
3.C. The Modulators
92
З.С.1.
Corticothalamic
Axons
from Layer
6
Cells
92
3.C.2.
Afférents
from the Thalamic
Reticular
Nucleus to First and
Higher Order Nuclei
101
3.C.3. Connections from
Interneurons
to Relay Cells
105
3.C.4. Other GABA-Immunoreactive
Afférents
107
3.C.5. Cholinergic
Afférents
from the Brainstem
108
3.C.6. Other
Afférents
to Thalamic Nuclei
110
3.D. The Arrangement of Synaptic Connections in the
Thalamus
111
3.D.I. The Four Terminal Types 111
3.D.2. The Glomeruli and Triads
118
3.E.
Afférents
to the Thalamic
Reticular
Nucleus
122
3.F.
Afférents
to
Interneurons
125
3.G. Some Problems of Synaptic Connectivity Patterns
126
3.H. Quantitative and More Detailed Relationships
129
3.1.
Summary
133
3.J. Unresolved Questions
134
Contents
4
Intrinsic Cell Properties
137
4.A. Cable Properties
137
4.А.1.
Cable Properties of Relay Cells
140
4.A.2. Cable Properties of
Interneurons
and
Reticular
Cells
143
4.A.3. Implications of Cable Properties for the Function of Relay
Cells and Intemeurons
144
4.B. Membrane Conductances
147
4.В.1.
Voltage Independent Membrane Conductances in Relay
Cells
148
4.B.2. Voltage Dependent Membrane Conductances in Relay
Cells
149
4.B.3. Interneurons
173
4.B.4. Cells of the Thalamic
Reticular
Nucleus
174
4.C. Summary and Conclusions
177
4.D. Unresolved Questions
178
5
Synaptic Properties
179
S.A.
Properties Common to Synapses Throughout the Brain
179
5.А.1.
Ionotropic and Metabotropic Receptors
180
5.A.2. Functional Differences Between Ionotropic and
Metabotropic Receptors
182
5.A.3. Short-Term Synaptic Plasticity: Paired-Pulse Effects
186
5.B. Synaptic Inputs to Relay Cells
190
5.В.1.
Driving Inputs to Relay Cells
190
5.B.2. Inputs to Relay Cells from Interneurons and Cells of the
Thalamic
Reticular
Nucleus
196
5.B.3. Inputs from Cortical Layer
6
Axons
to Relay Cells
200
5.B.4. Brainstem
Modulatory
Inputs to Relay Cells
202
5.B.5. Other Synaptic Properties
205
5.
G
Inputs to Interneurons and
Reticular
Cells
208
5.
C.I. Glutamatergic Inputs
208
5.C.2. Cholinergic Inputs
213
5.C.3. GABAergic Inputs
215
5.C.4. Noradrenergic Inputs
216
5.C.5. Serotonergic Inputs
216
5.C.6. Histaminergic Inputs
217
5.D. Summary
217
5.E. Unresolved Questions
218
Contents
Function of Burst and Tonic Response Modes in the Thalamocortical Relay
221
6.A. Rhythmic Bursting
221
6.B. Effect of Response Mode on Thalamocortical Transmission
223
6.В.1.
Visual Responses of Geniculate Relay Cells
223
6.B.2. Responses of Relay Cells of Other Thalamic Nuclei
233
6.C. Effect of Response Mode on Transmission from Relay Cells to
Cortical Cells
234
6.
C.I. Paired-Pulse Effects in Thalamocortical Synapses
234
6.C.2. Relationship of Response Mode to Paired-Pulse
Effects
235
6.D. Control of Response Mode
239
6.D.I. Brainstem Control
242
6.D.2. Cortical Control
245
6.E. Summary
247
é.F.
Unresolved Questions
250
Drivers and Modulators
253
7.
A. Drivers and Modulators in the Lateral Geniculate Nucleus
253
7.А.1.
Influence on Receptive Field Properties (Criterion
1) 258
7.A.2. Postsynaptic Receptors (Criterion
2) 259
7.A.3. Postsynaptic Potential Amplitude (Criteria
3-5) 260
7.A.4. Convergence onto Postsynaptic Target (Criterion
6) 261
7.A.5. Axon Diameter (Criterion
7) 262
7.A.6. Transmitters (Criterion
8) 262
7.
A.
7.
Paired-Pulse Effects and Probability of Transmitter Release
(Criterion
9) 262
7.A.8. Terminal Arbor Morphology (Criterion
10) 263
7.A.9.
Innervation
of the Thalamic
Reticular
Nucleus
(Criterion
11) 263
7.A.10. Extrathalamic Targets (Criterion
12) 264
7.A.11. Cross-Correlograms Resulting from Input
(Criterion
13) 264
7.B. Other Plausible Examples of Drivers Beyond First Order Thalamic
Relay Cells
269
7.В.1.
Thalamic
Reticular
Cells
270
7.B.2. Layer
5
Input as a Driver to Higher Order Thalamic
Relays
271
7.B.3. Lateral Geniculate Input to Cortex as a Driver
271
7.B.4. Driver/Modulator Distinction for Branching
Axons
273
Contents
7.
С.
Tonic
and Burst Modes in Thalamic Relay Cells
274
7.D. The Sleeping
Thalamus
274
7.D.I. Slow-Wave Sleep
275
7
.O.I.
REM
Sleep
277
7.E. Can GABAergic Inputs to
Thalamus
Be Drivers?
277
7.Е.1.
Extradiencephalic GABAergic Inputs
277
7.E.2.
Interneurons
280
7.F. Implications of Driver Concept for Cortical Processing
281
7.G. Drivers and Labeled Lines
283
7.H. Modulators and Ionotropic Receptors
284
7.1.
Summary
285
7J. Unresolved Questions
286
Two Types of Thalamic Relay: First Order and Higher Order
289
8.
A. Basic Categorization of Relays
289
8.B. Evidence in Favor of Two Distinct Types of Thalamic Relay
294
8.В.1.
Structure and Laminar Origin of the Corticothalamic
Axons
296
8.B.2. Functional Evidence for Two Distinct Types of
Corticothalamic Afferent
298
8.
С
Some Differences between First and Higher Order Thalamic Relays
300
8.D. Defining the Functional Nature of Driver
Afférents
in First and
Higher Order Nuclei
302
8.D.I. Defining the Functional Role of Higher Order
Relays
303
8.E. Unresolved Questions
316
Maps in the Brain
317
9.
A. Introduction
317
9.B. The Nature of Thalamic and Cortical Maps
318
9.C. Early Arguments for Maps
320
9.D. Clinical and Experimental Evidence for Maps in the
Geniculocortical Pathway
324
9.D.I. Establishing That There Are Maps
324
9.D.2. The Alignment of Maps with Each Other
326
9.E. Multiple Maps in the Thalamocortical Pathways
330
9.Е.1.
The Demonstration of Multiple Maps
330
9.E.2. Mirror Reversals of Maps and Pathways
332
9.F. Abnormal Maps in the Visual Pathways
335
Contents
9.F.I. Abnormal
Pathways in
Albinos 336
9.F.2.
Experimental Modifications of the Thalamocortical
Pathway
341
9.G. Maps in Higher Order Relays
342
9.G.I. Maps in the Pulvinar and Lateral Posterior Nuclei
342
9.H. Maps in the Thalamic
Reticular
Nucleus
348
9.1.
General Conclusions
354
9.J. Unresolved Questions
355
10
The
Thalamus
in Relation to Action and Perception
357
10.A. Introduction
357
10.B. Evidence for Branching Driver
Afférents
to First and Higher Order
Thalamic Relays
362
10.
B.I. Branching Ascending Driver
Afférents
to the
Thalamus
363
10.B.2. Somatosensory Pathways
364
10.B.3. Mamillothalamic Pathways
367
10.B.4. Visual Pathways
369
10.B.5. Other
Afférents
to First Order Thalamic Nuclei
372
10.
B.
6.
General Conclusions about
Afférents
to First Order
Thalamic Relays
373
10.C. Branching Corticothalamic
Axons
from Layer
5
Cells
375
10.D. Implications for Corticocortical Processing
378
10.E. Relating Action to Perception
381
10.F. Unresolved Questions
388
11
Overview
391
H.A.
The Drivers
392
ll.B. The Modulators
396
U.C.
The Thalamic Nuclei
397
ll.D. Extending the Functional Analysis from the
Thalamus
to the Cortex
401
U.E.
What Does the
Thalamus
Do?
402
References
405
Index
463
|
| adam_txt |
Contents
Preface
to the Second Edition
xiii
Preface to the First Edition
xvii
Abbreviations
xxiii
1
Introduction
1
I.A.
Thalamic Functions: What Is the
Thalamus
and What Does It
Do?
1
l.A.l. The Classical View of the
Thalamus
1
1.А.2.
Defining Thalamic Nuclei
5
1.А.З.
Major Topics Addressed in This Book
5
l.B. Thalamic Nuclei and Their Connections: The Classical
View
8
l.C. The
Thalamus as a
Part of the Diencephalon: The Dorsal
Thalamus
and the Ventral
Thalamus
13
l.C.l. The Dorsal
Thalamus
15
1.С.2.
The Ventral
Thalamus
20
I.D.
The Overall Plan of the Next Ten Chapters
22
2
The Nerve Cells of the
Thalamus
27
2.
A. On Classifying Relay Cells
28
2.А.1.
Early Methods of Identifying and Classifying
Thalamic Relay Cells
28
2.A.2. General Problems of Cell Classification
33
2.A.3. The Possible Functional Significance of Cell
Classifications in the
Thalamus
38
2.A.4. Classifications of Relay Cells Based on Dendritic
Arbors and Perikaryal Sizes
41
2.A.5. Laminar Segregations of Distinct Classes of
Geniculocortical Relay Cells
48
Contents
2.A.6.
The Cortical Distribution of Synaptic Terminals from
Relay Cell
Axons
52
2.
A.
7.
Perikaryal Size and Calcium-Binding Proteins
61
2.B.
Interneurons
63
2.В.1.
Interneuronal
Cell Bodies and
Dendrites
63
2.B.2. On Distinguishing
Interneuronal
Axons
and
Dendrites
66
2.B.3. The
Axons
of the
Interneurons
68
2.B.4. Classifications of
Interneurons
69
2.C. The Cells of the Thalamic
Reticular
Nucleus
71
2.D. Summary
75
2.E. Unresolved Questions
76
The Afferent
Axons
to the
Thalamus:
Their Structure and Connections
77
3.A. A General View of the
Afférents
77
3.B. The Drivers
81
З.В.1.
Identifying the Drivers and Their Functions
81
3.B.2. Identifying the Drivers on the Basis of
Their Structure
85
3.B.3. The Origin of the Drivers and Their Heterogeneity
90
3.B.4. The Relationship of Two Driver Inputs to a Single
Thalamic Nucleus: Does the
Thalamus
Have an
Integrative
Function?
91
3.C. The Modulators
92
З.С.1.
Corticothalamic
Axons
from Layer
6
Cells
92
3.C.2.
Afférents
from the Thalamic
Reticular
Nucleus to First and
Higher Order Nuclei
101
3.C.3. Connections from
Interneurons
to Relay Cells
105
3.C.4. Other GABA-Immunoreactive
Afférents
107
3.C.5. Cholinergic
Afférents
from the Brainstem
108
3.C.6. Other
Afférents
to Thalamic Nuclei
110
3.D. The Arrangement of Synaptic Connections in the
Thalamus
111
3.D.I. The Four Terminal Types 111
3.D.2. The Glomeruli and Triads
118
3.E.
Afférents
to the Thalamic
Reticular
Nucleus
122
3.F.
Afférents
to
Interneurons
125
3.G. Some Problems of Synaptic Connectivity Patterns
126
3.H. Quantitative and More Detailed Relationships
129
3.1.
Summary
133
3.J. Unresolved Questions
134
Contents
4
Intrinsic Cell Properties
137
4.A. Cable Properties
137
4.А.1.
Cable Properties of Relay Cells
140
4.A.2. Cable Properties of
Interneurons
and
Reticular
Cells
143
4.A.3. Implications of Cable Properties for the Function of Relay
Cells and Intemeurons
144
4.B. Membrane Conductances
147
4.В.1.
Voltage Independent Membrane Conductances in Relay
Cells
148
4.B.2. Voltage Dependent Membrane Conductances in Relay
Cells
149
4.B.3. Interneurons
173
4.B.4. Cells of the Thalamic
Reticular
Nucleus
174
4.C. Summary and Conclusions
177
4.D. Unresolved Questions
178
5
Synaptic Properties
179
S.A.
Properties Common to Synapses Throughout the Brain
179
5.А.1.
Ionotropic and Metabotropic Receptors
180
5.A.2. Functional Differences Between Ionotropic and
Metabotropic Receptors
182
5.A.3. Short-Term Synaptic Plasticity: Paired-Pulse Effects
186
5.B. Synaptic Inputs to Relay Cells
190
5.В.1.
Driving Inputs to Relay Cells
190
5.B.2. Inputs to Relay Cells from Interneurons and Cells of the
Thalamic
Reticular
Nucleus
196
5.B.3. Inputs from Cortical Layer
6
Axons
to Relay Cells
200
5.B.4. Brainstem
Modulatory
Inputs to Relay Cells
202
5.B.5. Other Synaptic Properties
205
5.
G
Inputs to Interneurons and
Reticular
Cells
208
5.
C.I. Glutamatergic Inputs
208
5.C.2. Cholinergic Inputs
213
5.C.3. GABAergic Inputs
215
5.C.4. Noradrenergic Inputs
216
5.C.5. Serotonergic Inputs
216
5.C.6. Histaminergic Inputs
217
5.D. Summary
217
5.E. Unresolved Questions
218
Contents
Function of Burst and Tonic Response Modes in the Thalamocortical Relay
221
6.A. Rhythmic Bursting
221
6.B. Effect of Response Mode on Thalamocortical Transmission
223
6.В.1.
Visual Responses of Geniculate Relay Cells
223
6.B.2. Responses of Relay Cells of Other Thalamic Nuclei
233
6.C. Effect of Response Mode on Transmission from Relay Cells to
Cortical Cells
234
6.
C.I. Paired-Pulse Effects in Thalamocortical Synapses
234
6.C.2. Relationship of Response Mode to Paired-Pulse
Effects
235
6.D. Control of Response Mode
239
6.D.I. Brainstem Control
242
6.D.2. Cortical Control
245
6.E. Summary
247
é.F.
Unresolved Questions
250
Drivers and Modulators
253
7.
A. Drivers and Modulators in the Lateral Geniculate Nucleus
253
7.А.1.
Influence on Receptive Field Properties (Criterion
1) 258
7.A.2. Postsynaptic Receptors (Criterion
2) 259
7.A.3. Postsynaptic Potential Amplitude (Criteria
3-5) 260
7.A.4. Convergence onto Postsynaptic Target (Criterion
6) 261
7.A.5. Axon Diameter (Criterion
7) 262
7.A.6. Transmitters (Criterion
8) 262
7.
A.
7.
Paired-Pulse Effects and Probability of Transmitter Release
(Criterion
9) 262
7.A.8. Terminal Arbor Morphology (Criterion
10) 263
7.A.9.
Innervation
of the Thalamic
Reticular
Nucleus
(Criterion
11) 263
7.A.10. Extrathalamic Targets (Criterion
12) 264
7.A.11. Cross-Correlograms Resulting from Input
(Criterion
13) 264
7.B. Other Plausible Examples of Drivers Beyond First Order Thalamic
Relay Cells
269
7.В.1.
Thalamic
Reticular
Cells
270
7.B.2. Layer
5
Input as a Driver to Higher Order Thalamic
Relays
271
7.B.3. Lateral Geniculate Input to Cortex as a Driver
271
7.B.4. Driver/Modulator Distinction for Branching
Axons
273
Contents
7.
С.
Tonic
and Burst Modes in Thalamic Relay Cells
274
7.D. The Sleeping
Thalamus
274
7.D.I. Slow-Wave Sleep
275
7
.O.I.
REM
Sleep
277
7.E. Can GABAergic Inputs to
Thalamus
Be Drivers?
277
7.Е.1.
Extradiencephalic GABAergic Inputs
277
7.E.2.
Interneurons
280
7.F. Implications of Driver Concept for Cortical Processing
281
7.G. Drivers and Labeled Lines
283
7.H. Modulators and Ionotropic Receptors
284
7.1.
Summary
285
7J. Unresolved Questions
286
Two Types of Thalamic Relay: First Order and Higher Order
289
8.
A. Basic Categorization of Relays
289
8.B. Evidence in Favor of Two Distinct Types of Thalamic Relay
294
8.В.1.
Structure and Laminar Origin of the Corticothalamic
Axons
296
8.B.2. Functional Evidence for Two Distinct Types of
Corticothalamic Afferent
298
8.
С
Some Differences between First and Higher Order Thalamic Relays
300
8.D. Defining the Functional Nature of Driver
Afférents
in First and
Higher Order Nuclei
302
8.D.I. Defining the Functional Role of Higher Order
Relays
303
8.E. Unresolved Questions
316
Maps in the Brain
317
9.
A. Introduction
317
9.B. The Nature of Thalamic and Cortical Maps
318
9.C. Early Arguments for Maps
320
9.D. Clinical and Experimental Evidence for Maps in the
Geniculocortical Pathway
324
9.D.I. Establishing That There Are Maps
324
9.D.2. The Alignment of Maps with Each Other
326
9.E. Multiple Maps in the Thalamocortical Pathways
330
9.Е.1.
The Demonstration of Multiple Maps
330
9.E.2. Mirror Reversals of Maps and Pathways
332
9.F. Abnormal Maps in the Visual Pathways
335
Contents
9.F.I. Abnormal
Pathways in
Albinos 336
9.F.2.
Experimental Modifications of the Thalamocortical
Pathway
341
9.G. Maps in Higher Order Relays
342
9.G.I. Maps in the Pulvinar and Lateral Posterior Nuclei
342
9.H. Maps in the Thalamic
Reticular
Nucleus
348
9.1.
General Conclusions
354
9.J. Unresolved Questions
355
10
The
Thalamus
in Relation to Action and Perception
357
10.A. Introduction
357
10.B. Evidence for Branching Driver
Afférents
to First and Higher Order
Thalamic Relays
362
10.
B.I. Branching Ascending Driver
Afférents
to the
Thalamus
363
10.B.2. Somatosensory Pathways
364
10.B.3. Mamillothalamic Pathways
367
10.B.4. Visual Pathways
369
10.B.5. Other
Afférents
to First Order Thalamic Nuclei
372
10.
B.
6.
General Conclusions about
Afférents
to First Order
Thalamic Relays
373
10.C. Branching Corticothalamic
Axons
from Layer
5
Cells
375
10.D. Implications for Corticocortical Processing
378
10.E. Relating Action to Perception
381
10.F. Unresolved Questions
388
11
Overview
391
H.A.
The Drivers
392
ll.B. The Modulators
396
U.C.
The Thalamic Nuclei
397
ll.D. Extending the Functional Analysis from the
Thalamus
to the Cortex
401
U.E.
What Does the
Thalamus
Do?
402
References
405
Index
463 |
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| discipline | Biologie Psychologie Medizin |
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| id | DE-604.BV021711667 |
| illustrated | Illustrated |
| index_date | 2024-07-02T15:20:37Z |
| indexdate | 2024-07-09T20:42:15Z |
| institution | BVB |
| isbn | 0262195321 9780262195324 |
| language | English |
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| physical | XXI, 484 S. Ill., graph. Darst. |
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| publisher | MIT Press |
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| spelling | Sherman, S. Murray Verfasser aut Exploring the thalamus and its role in cortical function S. Murray Sherman and R. W. Guillery 2. ed. Cambridge [u.a.] MIT Press 2006 XXI, 484 S. Ill., graph. Darst. txt rdacontent n rdamedia nc rdacarrier Fysiologie gtt Hersenschors gtt Thalamus Thalamus gtt Cerebral Cortex physiology Thalamus physiology Thalamus (DE-588)4184971-1 gnd rswk-swf Thalamus (DE-588)4184971-1 s DE-604 Guillery, R. W. Verfasser aut Digitalisierung UB Regensburg application/pdf http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=014925466&sequence=000002&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA Inhaltsverzeichnis |
| spellingShingle | Sherman, S. Murray Guillery, R. W. Exploring the thalamus and its role in cortical function Fysiologie gtt Hersenschors gtt Thalamus Thalamus gtt Cerebral Cortex physiology Thalamus physiology Thalamus (DE-588)4184971-1 gnd |
| subject_GND | (DE-588)4184971-1 |
| title | Exploring the thalamus and its role in cortical function |
| title_auth | Exploring the thalamus and its role in cortical function |
| title_exact_search | Exploring the thalamus and its role in cortical function |
| title_exact_search_txtP | Exploring the thalamus and its role in cortical function |
| title_full | Exploring the thalamus and its role in cortical function S. Murray Sherman and R. W. Guillery |
| title_fullStr | Exploring the thalamus and its role in cortical function S. Murray Sherman and R. W. Guillery |
| title_full_unstemmed | Exploring the thalamus and its role in cortical function S. Murray Sherman and R. W. Guillery |
| title_short | Exploring the thalamus and its role in cortical function |
| title_sort | exploring the thalamus and its role in cortical function |
| topic | Fysiologie gtt Hersenschors gtt Thalamus Thalamus gtt Cerebral Cortex physiology Thalamus physiology Thalamus (DE-588)4184971-1 gnd |
| topic_facet | Fysiologie Hersenschors Thalamus Cerebral Cortex physiology Thalamus physiology |
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