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related tags
+
synaptic
+
animals,
+
models:
+
neurons,
+
potentials,
+
action
+
neurological,
+
invertebrate,
+
ganglia:
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synapses,
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humans,
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nerve
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net,
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neural
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channels,
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biological
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neuronal
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electric
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motor
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clocks,
concepts
tags
imported
Animals,
Neurons,
Models:
Potentials,
Action
Motor
Nerve
Neurological,
Humans,
Ganglia:
Net,
Invertebrate,
Synaptic
System,
Transmission,
Electrophysiology,
Synapses,
Nervous
Electric
Neural
Stimulation,
Brachyura,
Nephropidae,
Channels,
Animals
Membrane
Time
Factors,
Pathways,
Activity,
Periodicity,
Ion
Biological
Digestive
Neurons:
Calcium,
System
Mechanoreceptors,
Phenomena,
Biological,
Male,
Muscle:
Cell
Afferent,
Computer
Muscle
Signal
Neuronal
Plasticity,
No matching items.
Positive force feedback control of muscles
A Prochazka
,
D Gillard
, and
D J Bennett
.
J Neurophys
77(6):3226--36
(
June 1997
)
A Prochazka
,
D Gillard
, and
D J Bennett
.
J Neurophys
77(6):3226--36
(
June 1997
)
3 years and 7 months ago
by
fdiehl
1
Adult,
Aged,
Animals,
Ankle,
Cats,
Contraction,
Efferent
Feedback,
Female,
Humans,
Isometric
Locomotion,
Male,
Mechanoreceptors,
Middle
Motor
Muscle
Muscle:
Neurons,
Pathways,
Posture,
Reaction
Reflex:
Skeletal
Spindles,
Stretch,
Synaptic
Time,
Transmission,
Weight-Bearing,
Wrist,
Adult,
Aged,
Animals,
Ankle,
Cats,
Contraction,
Efferent
Feedback,
Female,
Humans,
Isometric
Locomotion,
Male,
Mechanoreceptors,
Middle
Motor
Muscle
Muscle:
Neurons,
Pathways,
Posture,
Reaction
Reflex:
Skeletal
Spindles,
Stretch,
Synaptic
Time,
Transmission,
Weight-Bearing,
Wrist,
(0)
URL
DOI
TeX
Biogenic magnetite in the nematode caenorhabditis elegans
Charles G Cranfield
,
Adam Dawe
,
Vassil Karloukovski
,
Rafal E Dunin-Borkowski
,
David de Pomerai
, and
Jon Dobson
.
Proc Biol Sci
(
December 2004
)
Charles G Cranfield
,
Adam Dawe
,
Vassil Karloukovski
,
Rafal E Dunin-Borkowski
,
David de Pomerai
, and
Jon Dobson
.
Proc Biol Sci
(
December 2004
)
3 years and 7 months ago
by
fdiehl
1
Animals,
Caenorhabditis
Electron:
Emission
Ferrosoferric
Iron,
Magnetics,
Microscopy:
Oxide,
Oxides,
Spectrometry:
Temperature,
Transmission,
X-Ray
elegans,
Animals,
Caenorhabditis
Electron:
Emission
Ferrosoferric
Iron,
Magnetics,
Microscopy:
Oxide,
Oxides,
Spectrometry:
Temperature,
Transmission,
X-Ray
elegans,
(0)
URL
DOI
TeX
Neuromodulation of central pattern generators in invertebrates and vertebrates
Patsy S Dickinson
.
Curr Op Neurobiol
16(6):604--14
(
December 2006
)
Patsy S Dickinson
.
Curr Op Neurobiol
16(6):604--14
(
December 2006
)
3 years and 7 months ago
by
fdiehl
1
Agents,
Animals,
Biological
Central
Clocks,
Humans,
Invertebrates,
Movement,
Nerve
Nervous
Net,
Neurotransmitter
Periodicity
Synaptic
System,
Transmission,
Vertebrates,
Agents,
Animals,
Biological
Central
Clocks,
Humans,
Invertebrates,
Movement,
Nerve
Nervous
Net,
Neurotransmitter
Periodicity
Synaptic
System,
Transmission,
Vertebrates,
(0)
URL
DOI
TeX
Central nervous system projections to and from the commissural ganglion of the crab Cancer borealis
Matthew S Kirby
, and
Michael P Nusbaum
.
Cell Tissue Res
328(3):625--37
(
June 2007
)
Matthew S Kirby
, and
Michael P Nusbaum
.
Cell Tissue Res
328(3):625--37
(
June 2007
)
3 years and 7 months ago
by
fdiehl
1
Animals,
Biological,
Brachyura,
Central
Ganglia:
Invertebrate,
Male,
Models:
Nervous
Synaptic
System
Telencephalon,
Transmission,
Animals,
Biological,
Brachyura,
Central
Ganglia:
Invertebrate,
Male,
Models:
Nervous
Synaptic
System
Telencephalon,
Transmission,
(0)
URL
DOI
TeX
Role of delayed nonsynaptic neuronal plasticity in long-term associative memory
Ildikó Kemenes
,
Volko A Straub
,
Eugeny S Nikitin
,
Kevin Staras
,
Michael O'Shea
,
György Kemenes
, and
Paul R Benjamin
.
Curr Biol
16(13):1269--79
(
July 2006
)
Ildikó Kemenes
,
Volko A Straub
,
Eugeny S Nikitin
,
Kevin Staras
,
Michael O'Shea
,
György Kemenes
, and
Paul R Benjamin
.
Curr Biol
16(13):1269--79
(
July 2006
)
3 years and 7 months ago
by
fdiehl
1
Animals,
Association
Behavior
Calcium,
Conductivity,
Electric
Electrophysiology,
Feeding
Learning,
Lymnaea,
Membrane
Memory,
Neuronal
Neurons,
Plasticity,
Potentials,
Reward,
Synapses,
Synaptic
Transmission,
Animals,
Association
Behavior
Calcium,
Conductivity,
Electric
Electrophysiology,
Feeding
Learning,
Lymnaea,
Membrane
Memory,
Neuronal
Neurons,
Plasticity,
Potentials,
Reward,
Synapses,
Synaptic
Transmission,
(0)
URL
DOI
TeX
Spike-frequency adaptation separates transient communication signals from background oscillations
Jan Benda
,
André Longtin
, and
Len Maler
.
J Neurosci
25(9):2312--21
(
March 2005
)
Jan Benda
,
André Longtin
, and
Len Maler
.
J Neurosci
25(9):2312--21
(
March 2005
)
3 years and 7 months ago
by
fdiehl
1
Action
Adaptation:
Animals,
Dose-Response
Electric
Fish,
Models:
Neurological,
Neurons,
Organ,
Physiological,
Potentials,
Radiation,
Relationship:
Stimulation
Synaptic
Transmission,
Action
Adaptation:
Animals,
Dose-Response
Electric
Fish,
Models:
Neurological,
Neurons,
Organ,
Physiological,
Potentials,
Radiation,
Relationship:
Stimulation
Synaptic
Transmission,
(0)
URL
DOI
TeX
Implications of positive feedback in the control of movement
A Prochazka
,
D Gillard
, and
D J Bennett
.
J Neurophys
77(6):3237--51
(
June 1997
)
A Prochazka
,
D Gillard
, and
D J Bennett
.
J Neurophys
77(6):3237--51
(
June 1997
)
3 years and 7 months ago
by
fdiehl
1
Afferent
Animals,
Computer
Contraction,
Feedback,
Graphics
Humans,
Locomotion,
Mechanoreceptors,
Models:
Muscle
Muscle:
Neurological,
Pathways,
Reaction
Reflex:
Simulation,
Skeletal,
Software,
Spindles,
Stretch,
Synaptic
Time,
Transmission,
Weight-Bearing,
Afferent
Animals,
Computer
Contraction,
Feedback,
Graphics
Humans,
Locomotion,
Mechanoreceptors,
Models:
Muscle
Muscle:
Neurological,
Pathways,
Reaction
Reflex:
Simulation,
Skeletal,
Software,
Spindles,
Stretch,
Synaptic
Time,
Transmission,
Weight-Bearing,
(0)
URL
DOI
TeX
The pharmacological properties of some crustacean neuronal acetylcholine, gamma-aminobutyric acid, and L-glutamate responses
E Marder
, and
D Paupardin-Tritsch
.
J Physiol
(
July 1978
)
E Marder
, and
D Paupardin-Tritsch
.
J Physiol
(
July 1978
)
3 years and 7 months ago
by
fdiehl
1
Acetylcholine,
Acid,
Animals
Brachyura,
Chlorides,
Cholinergic,
Ganglia,
Glutamates,
Male,
Membrane
Neurons,
Picrotoxin,
Potassium,
Potentials,
Receptors:
Synaptic
Transmission,
gamma-Aminobutyric
Acetylcholine,
Acid,
Animals
Brachyura,
Chlorides,
Cholinergic,
Ganglia,
Glutamates,
Male,
Membrane
Neurons,
Picrotoxin,
Potassium,
Potentials,
Receptors:
Synaptic
Transmission,
gamma-Aminobutyric
(0)
URL
DOI
TeX
Identification and effects of neural transmitters in invertebrates
J Kehoe
, and
E Marder
.
Annu Rev Pharmacol Toxicol
(
January 1976
)
J Kehoe
, and
E Marder
.
Annu Rev Pharmacol Toxicol
(
January 1976
)
3 years and 7 months ago
by
fdiehl
1
Acetylcholine,
Agents,
Animals
Arthropods,
Blood
Chemical
Chemistry,
Dopamine,
Ganglia,
Gills,
Glutamates,
Heart,
Invertebrates,
Mollusca,
Muscles,
Neurotransmitter
Octopamine,
Phenomena,
Serotonin,
Synapses,
Synaptic
Transmission,
Vessels,
Acetylcholine,
Agents,
Animals
Arthropods,
Blood
Chemical
Chemistry,
Dopamine,
Ganglia,
Gills,
Glutamates,
Heart,
Invertebrates,
Mollusca,
Muscles,
Neurotransmitter
Octopamine,
Phenomena,
Serotonin,
Synapses,
Synaptic
Transmission,
Vessels,
(0)
URL
DOI
TeX
The timing of activity in motor neurons that produce radula movements distinguishes ingestion from rejection in Aplysia
D W Morton
, and
H J Chiel
.
J Comp Physiol
173(5):519--36
(
November 1993
)
D W Morton
, and
H J Chiel
.
J Comp Physiol
173(5):519--36
(
November 1993
)
3 years and 7 months ago
by
fdiehl
1
Activity,
Animals,
Aplysia,
Behavior,
Cheek,
Deglutition
Electrophysiology,
Factors,
Feeding
Ganglia:
Invertebrate,
Mastication,
Motor
Neurons,
Synaptic
Time
Transmission,
Activity,
Animals,
Aplysia,
Behavior,
Cheek,
Deglutition
Electrophysiology,
Factors,
Feeding
Ganglia:
Invertebrate,
Mastication,
Motor
Neurons,
Synaptic
Time
Transmission,
(0)
URL
DOI
TeX
Presynaptic control as a mechanism of sensory-motor integration
François Clarac
,
A el Manira
, and
Daniel Cattaert
.
Curr Op Neurobiol
2(6):764--9
(
December 1992
)
François Clarac
,
A el Manira
, and
Daniel Cattaert
.
Curr Op Neurobiol
2(6):764--9
(
December 1992
)
3 years and 7 months ago
by
fdiehl
1
Action
Activity,
Afferent
Animals,
Astacoidea,
Cats,
Channel
Channels,
Chloride
Electric
GABA-A,
GTP-Binding
Gating,
Ion
Locomotion,
Membrane
Models:
Motor
Neurological,
Pathways,
Potentials,
Proteins,
Receptors:
Sensation,
Signal
Stimulation,
Synaptic
Transduction
Transmission,
Action
Activity,
Afferent
Animals,
Astacoidea,
Cats,
Channel
Channels,
Chloride
Electric
GABA-A,
GTP-Binding
Gating,
Ion
Locomotion,
Membrane
Models:
Motor
Neurological,
Pathways,
Potentials,
Proteins,
Receptors:
Sensation,
Signal
Stimulation,
Synaptic
Transduction
Transmission,
(0)
URL
DOI
TeX
A small-systems approach to motor pattern generation
Michael P Nussbaum
, and
Mark P Beenhakker
.
Nature
417(6886):343--50
(
May 2002
)
Michael P Nussbaum
, and
Mark P Beenhakker
.
Nature
417(6886):343--50
(
May 2002
)
3 years and 7 months ago
by
fdiehl
1
Animal
Animals,
Crustacea,
Humans,
Membrane
Models:
Nerve
Nervous
Net,
Neuronal
Neurons,
Physiology,
Plasticity,
Potentials,
Synapses,
Synaptic
System
Transmission,
Animal
Animals,
Crustacea,
Humans,
Membrane
Models:
Nerve
Nervous
Net,
Neuronal
Neurons,
Physiology,
Plasticity,
Potentials,
Synapses,
Synaptic
System
Transmission,
(0)
URL
DOI
TeX
Transcranial magnetic stimulation and synaptic plasticity: experimental framework and human models
Gary W Thickbroom
.
Experimental Brain Research
180(4):583--93
(
July 2007
)
Gary W Thickbroom
.
Experimental Brain Research
180(4):583--93
(
July 2007
)
3 years and 7 months ago
by
fdiehl
1
Action
Animals,
Brain,
Humans,
Inhibition,
Magnetic
Models:
Nerve
Net,
Neural
Neurological,
Neuronal
Plasticity,
Potentials
Stimulation,
Synapses,
Synaptic
Transcranial
Transmission,
Action
Animals,
Brain,
Humans,
Inhibition,
Magnetic
Models:
Nerve
Net,
Neural
Neurological,
Neuronal
Plasticity,
Potentials
Stimulation,
Synapses,
Synaptic
Transcranial
Transmission,
(0)
URL
DOI
TeX
Insights from models of rhythmic motor systems
Astrid A Prinz
.
Curr Op Neurobiol
16(6):615--20
(
December 2006
)
Astrid A Prinz
.
Curr Op Neurobiol
16(6):615--20
(
December 2006
)
3 years and 7 months ago
by
fdiehl
1
Animal,
Animals,
Biological
Central
Clocks,
Computer
Humans,
Models:
Movement,
Nerve
Nervous
Net
Neural
Neurons,
Pathways,
Peripheral
Simulation,
Synaptic
System,
Transmission,
Animal,
Animals,
Biological
Central
Clocks,
Computer
Humans,
Models:
Movement,
Nerve
Nervous
Net
Neural
Neurons,
Pathways,
Peripheral
Simulation,
Synaptic
System,
Transmission,
(0)
URL
DOI
TeX
Electrical synapses: beyond speed and synchrony to computation
E Marder
.
Curr Biol
8(22):R795--7
(
November 1998
)
E Marder
.
Curr Biol
8(22):R795--7
(
November 1998
)
3 years and 7 months ago
by
fdiehl
1
Animals,
Electrophysiology,
Neurons
Synapses,
Synaptic
Transmission,
Animals,
Electrophysiology,
Neurons
Synapses,
Synaptic
Transmission,
(0)
URL
DOI
TeX
Bursts of information: coordinating interneurons encode multiple parameters of a periodic motor pattern
Brian Mulloney
,
Patricia I Harness
, and
Wendy M Hall
.
J Neurophys
95(2):850--61
(
February 2006
)
Brian Mulloney
,
Patricia I Harness
, and
Wendy M Hall
.
J Neurophys
95(2):850--61
(
February 2006
)
3 years and 7 months ago
by
fdiehl
1
Action
Activity,
Animals
Astacoidea,
Biological
Clocks,
Feedback,
Ganglia:
Interneurons,
Invertebrate,
Motor
Periodicity,
Potentials,
Swimming,
Synaptic
Transmission,
Action
Activity,
Animals
Astacoidea,
Biological
Clocks,
Feedback,
Ganglia:
Interneurons,
Invertebrate,
Motor
Periodicity,
Potentials,
Swimming,
Synaptic
Transmission,
(0)
URL
DOI
TeX
Diversity and dynamics of dendritic signaling
M Häusser
,
N Spruston
, and
G J Stuart
.
Science
290(5492):739--44
(
October 2000
)
M Häusser
,
N Spruston
, and
G J Stuart
.
Science
290(5492):739--44
(
October 2000
)
3 years and 7 months ago
by
fdiehl
2
Action
Agents,
Animals
Biosynthesis,
Brain,
Calcium
Channel
Channels,
Dendrites,
Electrophysiology,
Gating,
Humans,
Ion
Neuronal
Neurons,
Neurotransmitter
Plasticity,
Potentials,
Protein
Signal
Signaling,
Synapses,
Synaptic
Transduction,
Transmission,
Action
Agents,
Animals
Biosynthesis,
Brain,
Calcium
Channel
Channels,
Dendrites,
Electrophysiology,
Gating,
Humans,
Ion
Neuronal
Neurons,
Neurotransmitter
Plasticity,
Potentials,
Protein
Signal
Signaling,
Synapses,
Synaptic
Transduction,
Transmission,
(0)
URL
DOI
TeX
Synaptic plasticity: taming the beast
L F Abbott
, and
S B Nelson
.
Nat Neurosci
(
November 2000
)
L F Abbott
, and
S B Nelson
.
Nat Neurosci
(
November 2000
)
3 years and 7 months ago
by
fdiehl
2
Action
Animals,
Glutamate,
Humans,
Long-Term
Models:
Nerve
Net,
Neurological,
Neuronal
Neurons,
Plasticity,
Potentials,
Potentiation,
Receptors:
Synapses
Synaptic
Transmission,
Action
Animals,
Glutamate,
Humans,
Long-Term
Models:
Nerve
Net,
Neurological,
Neuronal
Neurons,
Plasticity,
Potentials,
Potentiation,
Receptors:
Synapses
Synaptic
Transmission,
(0)
URL
DOI
TeX
Chloride conductance produces both presynaptic inhibition and antidromic spikes in primary afferents
Daniel Cattaert
,
A el Manira
, and
François Clarac
.
Brain Res
666(1):109--12
(
December 1994
)
Daniel Cattaert
,
A el Manira
, and
François Clarac
.
Brain Res
666(1):109--12
(
December 1994
)
3 years and 7 months ago
by
fdiehl
1
Acid,
Action
Afferent,
Animals,
Astacoidea,
Channels,
Chloride
Electric
GABA,
Ganglia:
Invertebrate,
Neurons:
Potentials
Presynaptic
Presynaptic,
Proprioception,
Receptors:
Stimulation,
Synaptic
Terminals,
Transmission,
gamma-Aminobutyric
Acid,
Action
Afferent,
Animals,
Astacoidea,
Channels,
Chloride
Electric
GABA,
Ganglia:
Invertebrate,
Neurons:
Potentials
Presynaptic
Presynaptic,
Proprioception,
Receptors:
Stimulation,
Synaptic
Terminals,
Transmission,
gamma-Aminobutyric
(0)
URL
DOI
TeX
The beat goes on, and up and down. Focus on "bursts of information: coordinating interneurons encode multiple parameters of a periodic motor pattern"
Ralph A DiCaprio
.
J Neurophys
95(2):589--90
(
February 2006
)
Ralph A DiCaprio
.
J Neurophys
95(2):589--90
(
February 2006
)
3 years and 7 months ago
by
fdiehl
1
Action
Activity,
Animals,
Astacoidea,
Biological
Clocks,
Ganglia:
Interneurons
Invertebrate,
Motor
Periodicity,
Potentials,
Swimming,
Synaptic
Transmission,
Action
Activity,
Animals,
Astacoidea,
Biological
Clocks,
Ganglia:
Interneurons
Invertebrate,
Motor
Periodicity,
Potentials,
Swimming,
Synaptic
Transmission,
(0)
URL
DOI
TeX
BibSonomy is offered by the
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of the University of Kassel, the
DMIR group
of the University of Würzburg, and the
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, Germany.
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