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Potentials;
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male;
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neurons;
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CCP
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cogn
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Animals;
Humans;
psychology,
Male;
S.
Gov't,
Humans,
memory,
neuroscience,
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Support,
Research
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No matching items.
A critical window for cooperation and competition among developing retinotectal synapses.
L. I. Zhang
,
H. W. Tao
,
C. E. Holt
,
W. A. Harris
, and
M. Poo
.
Nature
395(6697):37--44
(
September 1998
)
L. I. Zhang
,
H. W. Tao
,
C. E. Holt
,
W. A. Harris
, and
M. Poo
.
Nature
395(6697):37--44
(
September 1998
)
4 years and 9 months ago
by
brian.mingus
3
Animals;
Brain;
Colliculi;
Excitatory
Postsynaptic
Potentials;
Retina;
Superior
Synapses;
Xenopus
laevis
Animals;
Brain;
Colliculi;
Excitatory
Postsynaptic
Potentials;
Retina;
Superior
Synapses;
Xenopus
laevis
(0)
URL
DOI
TeX
Firing patterns and synaptic potentials of identified giant aspiny interneurons in the rat neostriatum.
C. J. Wilson
,
H. T. Chang
, and
S. T. Kitai
.
J Neurosci
10(2):508--519
(
February 1990
)
C. J. Wilson
,
H. T. Chang
, and
S. T. Kitai
.
J Neurosci
10(2):508--519
(
February 1990
)
4 years and 9 months ago
by
brian.mingus
1
Action
Animals;
Conductivity;
Corpus
Electric
Electrophysiology;
Interneurons;
Potentials;
Rats;
Stimulation;
Striatum;
Synapses
Action
Animals;
Conductivity;
Corpus
Electric
Electrophysiology;
Interneurons;
Potentials;
Rats;
Stimulation;
Striatum;
Synapses
(0)
URL
DOI
TeX
Dopamine receptor-mediated mechanisms involved in the expression of learned activity of primate striatal neurons.
K. Watanabe
, and
M. Kimura
.
J Neurophysiol
79(5):2568--2580
(
May 1998
)
K. Watanabe
, and
M. Kimura
.
J Neurophysiol
79(5):2568--2580
(
May 1998
)
4 years and 9 months ago
by
brian.mingus
1
(R)-2,3,4,5-Tetrahydro-8-chloro-3-methyl-5-phenyl-1H-3-benzazepin-7-ol;
Acoustic
Action
Animals;
Antagonists;
Basal
Cerebral;
Corpus
D2;
Dominance,
Dopamine
Dopamine;
Flupenthixol;
Ganglia;
Iontophoresis;
Learning;
Macaca;
Microelectrodes;
Neuronal
Performance;
Plasticity;
Potentials;
Psychomotor
Receptors,
Reward;
Stimulation;
Striatum;
Sulpiride
(R)-2,3,4,5-Tetrahydro-8-chloro-3-methyl-5-phenyl-1H-3-benzazepin-7-ol;
Acoustic
Action
Animals;
Antagonists;
Basal
Cerebral;
Corpus
D2;
Dominance,
Dopamine
Dopamine;
Flupenthixol;
Ganglia;
Iontophoresis;
Learning;
Macaca;
Microelectrodes;
Neuronal
Performance;
Plasticity;
Potentials;
Psychomotor
Receptors,
Reward;
Stimulation;
Striatum;
Sulpiride
(0)
URL
DOI
TeX
Real-time decoding of dopamine concentration changes in the caudate-putamen during tonic and phasic firing.
B. Jill Venton
,
Hui Zhang
,
Paul A Garris
,
Paul E M Phillips
,
David Sulzer
, and
R. Mark Wightman
.
J Neurochem
87(5):1284--1295
(
December 2003
)
B. Jill Venton
,
Hui Zhang
,
Paul A Garris
,
Paul E M Phillips
,
David Sulzer
, and
R. Mark Wightman
.
J Neurochem
87(5):1284--1295
(
December 2003
)
4 years and 9 months ago
by
brian.mingus
1
Action
Animals;
Area
C57BL;
Caudate
Dopamine
Dopamine;
Electric
Glycoproteins;
Inbred
Inhibitors;
Male;
Membrane
Mice,
Mice;
Microelectrodes;
Models,
Modulators;
Nerve
Neurological;
Neurons;
Nigra;
Nucleus;
Plasma
Potentials;
Proteins;
Putamen;
Rats,
Rats;
Sprague-Dawley;
Stimulation;
Substantia
Synaptic
Tegmental
Tissue
Transmission;
Transport
Uptake
Ventral
Action
Animals;
Area
C57BL;
Caudate
Dopamine
Dopamine;
Electric
Glycoproteins;
Inbred
Inhibitors;
Male;
Membrane
Mice,
Mice;
Microelectrodes;
Models,
Modulators;
Nerve
Neurological;
Neurons;
Nigra;
Nucleus;
Plasma
Potentials;
Proteins;
Putamen;
Rats,
Rats;
Sprague-Dawley;
Stimulation;
Substantia
Synaptic
Tegmental
Tissue
Transmission;
Transport
Uptake
Ventral
(0)
URL
DOI
TeX
Frequency-dependent distribution of local field potential activity within the subthalamic nucleus in Parkinson's disease.
Thomas Trottenberg
,
Andreas Kupsch
,
Gerd-Helge Schneider
,
Peter Brown
, and
Andrea A Kühn
.
Exp Neurol
205(1):287--291
(
May 2007
)
Thomas Trottenberg
,
Andreas Kupsch
,
Gerd-Helge Schneider
,
Peter Brown
, and
Andrea A Kühn
.
Exp Neurol
205(1):287--291
(
May 2007
)
4 years and 9 months ago
by
brian.mingus
1
Action
Aged;
Beta
Disease;
Female;
Humans;
Male;
Microelectrodes;
Middle
Nucleus
Oscillometry;
Parkinson
Potentials;
Rhythm;
Subthalamic
Action
Aged;
Beta
Disease;
Female;
Humans;
Male;
Microelectrodes;
Middle
Nucleus
Oscillometry;
Parkinson
Potentials;
Rhythm;
Subthalamic
(0)
URL
DOI
TeX
Subthalamic gamma activity in patients with Parkinson's disease.
Thomas Trottenberg
,
Noa Fogelson
,
Andrea A Kühn
,
Anatol Kivi
,
Andreas Kupsch
,
Gerd-Helge Schneider
, and
Peter Brown
.
Exp Neurol
200(1):56--65
(
July 2006
)
Thomas Trottenberg
,
Noa Fogelson
,
Andrea A Kühn
,
Anatol Kivi
,
Andreas Kupsch
,
Gerd-Helge Schneider
, and
Peter Brown
.
Exp Neurol
200(1):56--65
(
July 2006
)
4 years and 9 months ago
by
brian.mingus
1
Action
Aged;
Brain
Cortical
Deep
Disease;
Electrodes,
Female;
Humans;
Implanted;
Male;
Middle
Nucleus
Parkinson
Potentials;
Stimulation;
Subthalamic
Synchronization;
Action
Aged;
Brain
Cortical
Deep
Disease;
Electrodes,
Female;
Humans;
Implanted;
Male;
Middle
Nucleus
Parkinson
Potentials;
Stimulation;
Subthalamic
Synchronization;
(0)
URL
DOI
TeX
Attentional modulation of the mismatch negativity elicited by frequency differences between binaurally presented tone bursts
L. J. Trejo
,
D. L. Ryan-Jones
, and
A. F. Framer
.
Psychophysiology
32(4):319-328
(
1995
)
L. J. Trejo
,
D. L. Ryan-Jones
, and
A. F. Framer
.
Psychophysiology
32(4):319-328
(
1995
)
4 years and 9 months ago
by
brian.mingus
1
(frequency);
CCP
JRR,
adulthood;
attention;
auditory
discrimination;
event-related
evoked
mismatch
negativity,
pitch
potential;
potentials;
selective
(frequency);
CCP
JRR,
adulthood;
attention;
auditory
discrimination;
event-related
evoked
mismatch
negativity,
pitch
potential;
potentials;
selective
(0)
URL
DOI
TeX
Dopamine modulation of prefrontal cortex interneurons occurs independently of DARPP-32.
Heather Trantham-Davidson
,
Sven Kröner
, and
Jeremy K Seamans
.
Cereb Cortex
18(4):951--958
(
April 2008
)
Heather Trantham-Davidson
,
Sven Kröner
, and
Jeremy K Seamans
.
Cereb Cortex
18(4):951--958
(
April 2008
)
4 years and 9 months ago
by
brian.mingus
1
32;
Acid
Action
Animals;
Biological
C57BL;
Calcium-Binding
Cortex;
Culture
D-Dependent;
D1;
Dopamine
Dopamine;
Inbred
Inhibition;
Interneurons;
Knockout;
Markers;
Mice,
Mice;
Neural
Organ
Parvalbumins;
Patch-Clamp
Phosphoprotein
Potentials;
Prefrontal
Protein,
Rats,
Rats;
Receptors,
Schizophrenia;
Sprague-Dawley;
Techniques;
Vitamin
and
cAMP-Regulated
gamma-Aminobutyric
32;
Acid
Action
Animals;
Biological
C57BL;
Calcium-Binding
Cortex;
Culture
D-Dependent;
D1;
Dopamine
Dopamine;
Inbred
Inhibition;
Interneurons;
Knockout;
Markers;
Mice,
Mice;
Neural
Organ
Parvalbumins;
Patch-Clamp
Phosphoprotein
Potentials;
Prefrontal
Protein,
Rats,
Rats;
Receptors,
Schizophrenia;
Sprague-Dawley;
Techniques;
Vitamin
and
cAMP-Regulated
gamma-Aminobutyric
(0)
URL
DOI
TeX
Functional diversity and specificity of neostriatal interneurons.
James M Tepper
, and
J. Paul Bolam
.
Curr Opin Neurobiol
14(6):685--692
(
December 2004
)
James M Tepper
, and
J. Paul Bolam
.
Curr Opin Neurobiol
14(6):685--692
(
December 2004
)
4 years and 9 months ago
by
brian.mingus
1
Acetylcholine;
Acid
Action
Animals;
Humans;
Inhibition;
Interneurons;
Neostriatum;
Neural
Pathways;
Potentials;
Synaptic
Transmission;
gamma-Aminobutyric
Acetylcholine;
Acid
Action
Animals;
Humans;
Inhibition;
Interneurons;
Neostriatum;
Neural
Pathways;
Potentials;
Synaptic
Transmission;
gamma-Aminobutyric
(0)
URL
DOI
TeX
Linking animal models of psychosis to computational models of dopamine function.
Andrew J Smith
,
Ming Li
,
Suzanna Becker
, and
Shitij Kapur
.
Neuropsychopharmacology
32(1):54--66
(
January 2007
)
Andrew J Smith
,
Ming Li
,
Suzanna Becker
, and
Shitij Kapur
.
Neuropsychopharmacology
32(1):54--66
(
January 2007
)
4 years and 9 months ago
by
brian.mingus
1
Action
Agonists;
Amphetamine;
Animal;
Animals;
Antagonists;
Biological;
Classical;
Computer
Conditioning,
Disease
Disorders
Disorders;
Dopamine
Dopamine;
Haloperidol;
Inhibitors;
Learning
Models,
Neurons;
Potentials;
Predictive
Psychotic
Simulation;
Tests;
Uptake
Value
of
Action
Agonists;
Amphetamine;
Animal;
Animals;
Antagonists;
Biological;
Classical;
Computer
Conditioning,
Disease
Disorders
Disorders;
Dopamine
Dopamine;
Haloperidol;
Inhibitors;
Learning
Models,
Neurons;
Potentials;
Predictive
Psychotic
Simulation;
Tests;
Uptake
Value
of
(0)
URL
DOI
TeX
Dopamine, prediction error and associative learning: a model-based account.
Andrew Smith
,
Ming Li
,
Sue Becker
, and
Shitij Kapur
.
Network
17(1):61--84
(
March 2006
)
Andrew Smith
,
Ming Li
,
Sue Becker
, and
Shitij Kapur
.
Network
17(1):61--84
(
March 2006
)
4 years and 9 months ago
by
brian.mingus
1
(Psychology)
Action
Algorithms;
Animals;
Association
Dopamine;
Electrophysiology;
Humans;
Learning;
Models,
Motivation;
Neurological;
Neurons;
Potentials;
Predictive
Psychological;
Reinforcement
Tests;
Value
of
(Psychology)
Action
Algorithms;
Animals;
Association
Dopamine;
Electrophysiology;
Humans;
Learning;
Models,
Motivation;
Neurological;
Neurons;
Potentials;
Predictive
Psychological;
Reinforcement
Tests;
Value
of
(0)
URL
DOI
TeX
Properties of rat medial septal neurones recorded in vitro.
M. Segal
.
J Physiol
(
October 1986
)
M. Segal
.
J Physiol
(
October 1986
)
4 years and 9 months ago
by
brian.mingus
1
Action
Agents;
Animals;
Barium;
Brain;
Cadmium;
Cesium;
Inbred
Male;
Neurons;
Neurotransmitter
Picrotoxin;
Potentials;
Rats,
Rats;
Strains;
Synapses;
Tetrodotoxin
Action
Agents;
Animals;
Barium;
Brain;
Cadmium;
Cesium;
Inbred
Male;
Neurons;
Neurotransmitter
Picrotoxin;
Potentials;
Rats,
Rats;
Strains;
Synapses;
Tetrodotoxin
(0)
URL
DOI
TeX
Presynaptic cholinergic inhibition in hippocampal cultures.
M. Segal
.
Synapse
4(4):305--312
(
1989
)
M. Segal
.
Synapse
4(4):305--312
(
1989
)
4 years and 9 months ago
by
brian.mingus
1
Acetylcholine;
Acid;
Action
Animals;
Cells,
Cholinergic
Cultured;
Fibers;
Glutamates;
Glutamic
Hippocampus;
Inhibition;
Muscarinic
Neural
Pirenzepine;
Potentials;
Rats;
Receptors,
Acetylcholine;
Acid;
Action
Animals;
Cells,
Cholinergic
Cultured;
Fibers;
Glutamates;
Glutamic
Hippocampus;
Inhibition;
Muscarinic
Neural
Pirenzepine;
Potentials;
Rats;
Receptors,
(0)
URL
DOI
TeX
Response of neurons in the lateral intraparietal area during a combined visual discrimination reaction time task.
Jamie D Roitman
, and
Michael N Shadlen
.
J Neurosci
22(21):9475--9489
(
November 2002
)
Jamie D Roitman
, and
Michael N Shadlen
.
J Neurosci
22(21):9475--9489
(
November 2002
)
4 years and 9 months ago
by
brian.mingus
1
Action
Analysis
Analysis;
Animal;
Animals;
Behavior,
Decision
Discrimination
Eye
Female;
Fixation,
Functions;
Imaging;
Learning;
Likelihood
Lobe;
Macaca
Magnetic
Making;
Models,
Motion
Movements;
Neurological;
Neurons;
Ocular;
Parietal
Perception;
Performance
Photic
Potentials;
Psychophysics;
Reaction
Regression
Resonance
Stimulation;
Task
Time;
and
mulatta;
Action
Analysis
Analysis;
Animal;
Animals;
Behavior,
Decision
Discrimination
Eye
Female;
Fixation,
Functions;
Imaging;
Learning;
Likelihood
Lobe;
Macaca
Magnetic
Making;
Models,
Motion
Movements;
Neurological;
Neurons;
Ocular;
Parietal
Perception;
Performance
Photic
Potentials;
Psychophysics;
Reaction
Regression
Resonance
Stimulation;
Task
Time;
and
mulatta;
(0)
URL
DOI
TeX
Modulation of an afterhyperpolarization by the substantia nigra induces pauses in the tonic firing of striatal cholinergic interneurons.
John N J Reynolds
,
Brian I Hyland
, and
Jeff R Wickens
.
J Neurosci
24(44):9870--9877
(
November 2004
)
John N J Reynolds
,
Brian I Hyland
, and
Jeff R Wickens
.
J Neurosci
24(44):9870--9877
(
November 2004
)
4 years and 9 months ago
by
brian.mingus
1
Action
Animals;
Cholinergic
Corpus
Electric
Excitatory
Factors
Fibers;
Inhibition;
Interneurons;
Male;
Membrane
Neural
Neuronal
Nigra;
Plasticity;
Postsynaptic
Potentials;
Rats,
Rats;
Stimulation;
Striatum;
Substantia
Time
Wistar;
Action
Animals;
Cholinergic
Corpus
Electric
Excitatory
Factors
Fibers;
Inhibition;
Interneurons;
Male;
Membrane
Neural
Neuronal
Nigra;
Plasticity;
Postsynaptic
Potentials;
Rats,
Rats;
Stimulation;
Striatum;
Substantia
Time
Wistar;
(0)
URL
DOI
TeX
Neural representation of task difficulty and decision making during perceptual categorization: a timing diagram.
Marios G Philiastides
,
Roger Ratcliff
, and
Paul Sajda
.
J Neurosci
26(35):8965--8975
(
August 2006
)
Marios G Philiastides
,
Roger Ratcliff
, and
Paul Sajda
.
J Neurosci
26(35):8965--8975
(
August 2006
)
4 years and 9 months ago
by
brian.mingus
1
(Psychology);
Adult;
Automobiles;
Cerebral
Cortex;
Cues;
Decision
Discrimination
Electroencephalography;
Evoked
Face;
Factors;
Female;
Humans;
Making;
Male;
Models,
Perception
Photic
Potentials;
Predictive
Psychological;
Stimulation;
Tests;
Time
Value
Visual
of
(Psychology);
Adult;
Automobiles;
Cerebral
Cortex;
Cues;
Decision
Discrimination
Electroencephalography;
Evoked
Face;
Factors;
Female;
Humans;
Making;
Male;
Models,
Perception
Photic
Potentials;
Predictive
Psychological;
Stimulation;
Tests;
Time
Value
Visual
of
(0)
URL
DOI
TeX
Cholinergic control of firing pattern and neurotransmission in rat neostriatal projection neurons: role of CaV2.1 and CaV2.2 Ca2+ channels.
Tamara Perez-Rosello
,
Alejandra Figueroa
,
Humberto Salgado
,
Carmen Vilchis
,
Fatuel Tecuapetla
,
Jaime N Guzman
,
Elvira Galarraga
, and
Jose Bargas
.
J Neurophysiol
93(5):2507--2519
(
May 2005
)
Tamara Perez-Rosello
,
Alejandra Figueroa
,
Humberto Salgado
,
Carmen Vilchis
,
Fatuel Tecuapetla
,
Jaime N Guzman
,
Elvira Galarraga
, and
Jose Bargas
.
J Neurophysiol
93(5):2507--2519
(
May 2005
)
4 years and 9 months ago
by
brian.mingus
1
2;
Acetylcholine;
Action
Agonists;
Animals;
Blockers;
Calcium
Caveolin
Caveolins;
Cells,
Channel
Cultured;
Drug
Electric
Inhibition;
Interactions;
Male;
Membrane
Muscarine;
Muscarinic
Muscarinic;
Neostriatum;
Neural
Neurons;
Patch-Clamp
Potentials;
Rats,
Rats;
Receptors,
Stimulation;
Synaptic
Techniques;
Transmission
Wistar;
2;
Acetylcholine;
Action
Agonists;
Animals;
Blockers;
Calcium
Caveolin
Caveolins;
Cells,
Channel
Cultured;
Drug
Electric
Inhibition;
Interactions;
Male;
Membrane
Muscarine;
Muscarinic
Muscarinic;
Neostriatum;
Neural
Neurons;
Patch-Clamp
Potentials;
Rats,
Rats;
Receptors,
Stimulation;
Synaptic
Techniques;
Transmission
Wistar;
(0)
URL
DOI
TeX
Dopamine receptor activation is required for corticostriatal spike-timing-dependent plasticity.
Verena Pawlak
, and
Jason N D Kerr
.
J Neurosci
28(10):2435--2446
(
March 2008
)
Verena Pawlak
, and
Jason N D Kerr
.
J Neurosci
28(10):2435--2446
(
March 2008
)
4 years and 9 months ago
by
brian.mingus
1
Action
Animals;
Cerebral
Corpus
Cortex;
Dopamine
Excitatory
Neuronal
Plasticity;
Postsynaptic
Potentials;
Rats,
Rats;
Receptors,
Striatum;
Wistar;
Action
Animals;
Cerebral
Corpus
Cortex;
Dopamine
Excitatory
Neuronal
Plasticity;
Postsynaptic
Potentials;
Rats,
Rats;
Receptors,
Striatum;
Wistar;
(0)
URL
DOI
TeX
Response error correction--a demonstration of improved human-machine performance using real-time EEG monitoring.
Lucas C Parra
,
Clay D Spence
,
Adam D Gerson
, and
Paul Sajda
.
IEEE Trans Neural Syst Rehabil Eng
11(2):173--177
(
June 2003
)
Lucas C Parra
,
Clay D Spence
,
Adam D Gerson
, and
Paul Sajda
.
IEEE Trans Neural Syst Rehabil Eng
11(2):173--177
(
June 2003
)
4 years and 9 months ago
by
brian.mingus
1
Algorithms;
Analysis;
Blinking;
Brain;
Chains;
Component
Discriminant
Electroencephalography;
Evoked
Feedback;
Humans;
Interface;
Markov
Perception
Potentials;
Principal
Processes;
Stochastic
User-Computer
Visual
Algorithms;
Analysis;
Blinking;
Brain;
Chains;
Component
Discriminant
Electroencephalography;
Evoked
Feedback;
Humans;
Interface;
Markov
Perception
Potentials;
Principal
Processes;
Stochastic
User-Computer
Visual
(0)
URL
DOI
TeX
Cholinergic interneurons control the excitatory input to the striatum.
Pavel Pakhotin
, and
Enrico Bracci
.
J Neurosci
27(2):391--400
(
January 2007
)
Pavel Pakhotin
, and
Enrico Bracci
.
J Neurosci
27(2):391--400
(
January 2007
)
4 years and 9 months ago
by
brian.mingus
1
Action
Animals;
Cholinergic
Corpus
Excitatory
Female;
Fibers;
Interneurons;
Male;
Neural
Pathways;
Postsynaptic
Potentials;
Rats,
Rats;
Striatum;
Wistar
Action
Animals;
Cholinergic
Corpus
Excitatory
Female;
Fibers;
Interneurons;
Male;
Neural
Pathways;
Postsynaptic
Potentials;
Rats,
Rats;
Striatum;
Wistar
(0)
URL
DOI
TeX
BibSonomy is offered by the
KDE group
of the University of Kassel, the
DMIR group
of the University of Würzburg, and the
L3S Research Center
, Germany.
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