Read The Cerebellum: Brain for an Implicit Self Online

Authors: Masao Ito

Tags: #Science, #Life Sciences, #Medical, #Biology, #Neurology, #Neuroscience

The Cerebellum: Brain for an Implicit Self (56 page)

BOOK: The Cerebellum: Brain for an Implicit Self
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voluntary motor control

 

hand grip
,
154-156

 

instruction signals
,
157-158

 

load compensation
,
150

 

multijoint arm movements
,
151-154

 

operant conditioning
,
156-157

 

reaction time
,
151

 

cerebellar cortex

 

divisions,
2
,
23-24

 

inhibitory neurons,
51

 

basket/stellate cells
,
51-53

 

Bergmann glial cells
,
57-58

 

Golgi cells
,
53-55

 

Lugaro cells
,
55-56

 

small globular cells in granular layer
,
56-57

 

input and output pathways,
44

 

beaded fibers
,
50

 

climbing fibers
,
49-50

 

granule cells
,
45-46

 

mossy fibers
,
44-45

 

Purkinje cells
,
47-49

 

unipolar brush cells
,
46-47

 

cerebellar cortical synapses, synaptic plasticity
,
84

 

cerebellar internal models
,
11
,
196

 

cerebellar model articulation controller (CMAC)
,
99

 

cerebellar mutism
,
201

 

cerebellar nuclear neurons
,
67-68

 

cerebellar roles, motor actions
,
185-187

 

cerebellar valvula
,
25

 

cerebellar/vestibular nuclear neurons, synaptic plasticity
,
84-85

 

cerebellothalamocortical circuit, motor actions
,
186

 

The Cerebellum and Adaptive Control
,
21

 

The Cerebellum and Neural Control
,
21

 

The Cerebellum as a Neuronal Machine
,
30

 

cerebral cortex

 

divisions,
2

 

models for cognitive function,
11
,
195-196

 

cerebrocerebellar communication loop
,
23
,
41-42
,
168

 

cerebrum divisions
,
2

 

circuit models, adaptive control of ocular reflexes
,
142-144

 

climbing fiber signals

 

forward/inverse models,
174-175

 

VOR adaptation,
110-111

 

climbing fiber-Purkinje cell synapses, homosynaptic LTD
,
83

 

climbing fibers

 

conjunctive stimulation,
72

 

input/output pathways of cerebellar cortex,
49-50

 

clock model, granule cell-Golgi cell loop
,
95

 

CMAC (cerebellar model articulation controller)
,
99

 

CNS (central nervous system)

 

components,
2

 

neural networks,
8-9

 

neuronal circuits

 

decomposition and reconstruction
,
1-7

 

neurons and synapses
,
7-8

 

systems control mechanisms,
9

 

cognitive functions
,
19-20

 

feedback control systems
,
10

 

intelligence and conscious awareness
,
20-21

 

model-based control systems
,
10-11

 

reflexes
,
12-18

 

voluntary movements
,
12-13
,
18-19

 

codons (Marr)
,
90

 

cognitive functions
,
19-20
,
193-195

 

activity in the cerebellum,
198-201

 

cerebellar internal model for thoughts,
196

 

cerebellum as a neuronal machine,
43

 

cerebral cortical model for thoughts,
195-196

 

explicit/implicit thoughts,
197-198

 

mental disorders associated with cerebellar dysfunction,
201-203

 

components of the CNS
,
2

 

compounded reflexes
,
14-15

 

conditioned reflex pathway (eye-blink reflex)
,
132

 

conjunctive LTD (long-term depression)
,
69

 

motor learning,
206-207

 

properties,
69-71

 

signal transduction pathways,
71

 

AMPA receptors
,
74-75

 

brain-derived neurotrophic factor (BDNF)
,
80

 

c-Fos/Jun-B
,
79

 

Ca
2+
surge in Purkinje cell dendrites
,
71-74

 

Ca
2+
/calmodulin-dependent protein kinase (CaMKII)
,
78

 

glial fibrillary acidic protein (GFAP)
,
79

 

glutamate receptor δ2 (GluR δ2)
,
76-77

 

insulin-like growth factor-1 (IGF-1)
,
80

 

Nitric oxide (NO) synthase
,
75-76

 

PKCα and lipid-signaling cascade
,
74

 

protein phosphatases
,
78

 

protein tyrosine kinases
,
77

 

synaptic plasticity,
205-206

 

conscious awareness
,
20-21

 

context dependencies, functional stretch reflex
,
126

 

contralateral inferior olive complex
,
63-65

 

contralateral lateralization, frontocerebellar circuits
,
194

 

control systems
,
9

 

adaptive

 

cognitive functions
,
193-203

 

eye-blink conditioning
,
132-136

 

locomotion
,
130-132

 

models
,
139-149

 

nociceptive withdrawal reflex
,
127-128

 

OKR (Optokinetic Eye-Movement Response)
,
114

 

saccades
,
119-120

 

sympathetic reflexes
,
136-138

 

VOR (Vestibuloocular Reflex)
,
107-112

 

cognitive functions,
19-20
,
193-194

 

activity in the cerebellum
,
198-201

 

cerebellar internal model for thoughts
,
196

 

cerebral cortical model for thoughts
,
195-196

 

explicit/implicit thoughts
,
197-198

 

mental disorders associated with cerebellar dysfunction
,
201-203

 

combination with microcomplexes,
176

 

feedback control systems,
10

 

intelligence and conscious awareness,
20-21

 

model-based control systems,
10-11

 

reflexes,
12-18

 

voluntary movements,
12-13
,
18-19

 

controlled objects (G) (control systems)
,
9

 

controllers (g) (control systems)
,
9

 

convergence, Purkinje cells, climbing and parallel fibers
,
32

 

cortico-nuclear microcomplex
,
102

 

CPG (central pattern generator) mechanism
,
15

 

Craik’s mental models
,
195

 

CREB (Cyclic AMP response element-binding protein)
,
88-89

 

crus I and crus II, eye movements
,
159

 

cuneocerebellar tract
,
62

 

curly cells (inferior olive complex)
,
64

 

Cyclic AMP response element-binding protein (CREB)
,
88-89

 
D
 

DAG (1, 2-diacylglycerol)
,
71

 

DAO (dorsal accessory olive) subdivision
,
63

 

declarative memory
,
20

 

decomposition, neuronal circuits
,
1-7

 

defective central coherence
,
202

 

Deiters neurons
,
126

 

Deiters
, Otto,
30

 

Delta/Notch-like EGF-related receptor (DNER)
,
57

 

Descartes, René, clock metaphor for complex mechanisms
,
1

 

descending control, stretch reflex
,
124-126

 

development
,
211-212

BOOK: The Cerebellum: Brain for an Implicit Self
13.29Mb size Format: txt, pdf, ePub
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