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Carlos Villalba-Galea

Concepts (139)

Concepts are derived automatically from a person's publications.
Concepts are listed by decreasing relevance which is based on many factors, including how many publications the person wrote about that topic, how long ago those publications were written, and how many publications other people have written on that same topic.


Name Number of Publications Most Recent Publication Publications by All Authors Concept Score Why?
Membrane Potentials
10
2016
436
2.380
Why?
Ion Channel Gating
12
2018
329
1.970
Why?
Phosphoric Monoester Hydrolases
6
2013
51
1.600
Why?
Histidine
2
2024
56
0.990
Why?
Electricity
1
2024
24
0.920
Why?
Ion Channels
2
2016
246
0.920
Why?
Ciona intestinalis
5
2014
26
0.830
Why?
Fishes
1
2023
138
0.770
Why?
Potassium Channels
1
2023
343
0.740
Why?
Phenylenediamines
1
2016
7
0.540
Why?
KCNQ3 Potassium Channel
1
2016
3
0.540
Why?
KCNQ2 Potassium Channel
1
2016
5
0.540
Why?
Carbamates
1
2016
15
0.530
Why?
Kinetics
7
2024
1528
0.500
Why?
Anticonvulsants
1
2016
125
0.490
Why?
Models, Biological
3
2016
1765
0.430
Why?
PTEN Phosphohydrolase
2
2011
136
0.400
Why?
Protein Structure, Tertiary
5
2014
740
0.360
Why?
Xenopus
5
2018
126
0.360
Why?
Animals
21
2023
27380
0.330
Why?
Shaker Superfamily of Potassium Channels
2
2023
49
0.330
Why?
Luminescent Proteins
1
2009
144
0.310
Why?
Oocytes
7
2020
221
0.310
Why?
Potassium
3
2024
255
0.270
Why?
Myocardial Contraction
3
2003
252
0.260
Why?
Xenopus laevis
4
2020
138
0.230
Why?
Heart
3
2003
574
0.220
Why?
Calcium
5
2004
1175
0.220
Why?
Thermodynamics
2
2016
311
0.200
Why?
Action Potentials
5
2018
600
0.180
Why?
Patch-Clamp Techniques
2
2018
396
0.180
Why?
Neuromuscular Agents
1
2020
26
0.180
Why?
Nicotinic Agonists
1
2020
73
0.170
Why?
Receptors, Nicotinic
1
2020
131
0.160
Why?
Muscle Contraction
1
2000
284
0.160
Why?
Phosphatidylinositol 4,5-Diphosphate
1
2018
11
0.150
Why?
Shab Potassium Channels
1
2018
29
0.150
Why?
Muscle, Skeletal
2
2003
468
0.150
Why?
Models, Animal
1
2018
276
0.150
Why?
Humans
12
2024
89367
0.140
Why?
Potassium Channels, Voltage-Gated
2
2018
125
0.130
Why?
Mutagenesis, Site-Directed
2
2013
283
0.130
Why?
Protein Domains
1
2016
134
0.130
Why?
Electrophysiology
3
2014
403
0.130
Why?
Fluorescent Dyes
3
2008
244
0.120
Why?
Protein Multimerization
1
2016
176
0.120
Why?
Structure-Activity Relationship
2
2020
413
0.120
Why?
Mutation
2
2024
4143
0.110
Why?
Hydrogen-Ion Concentration
1
2014
501
0.110
Why?
Hydrophobic and Hydrophilic Interactions
1
2013
94
0.110
Why?
Microscopy, Fluorescence
3
2012
428
0.110
Why?
Intermediate-Conductance Calcium-Activated Potassium Channels
1
2013
5
0.110
Why?
Protons
1
2013
101
0.110
Why?
KCNQ1 Potassium Channel
1
2013
17
0.110
Why?
Ear, Inner
1
2013
33
0.110
Why?
Fluorescence
2
2013
103
0.110
Why?
Kv1.2 Potassium Channel
1
2012
24
0.100
Why?
Electrochemical Techniques
1
2012
8
0.100
Why?
Myocytes, Cardiac
3
2004
314
0.100
Why?
Biocatalysis
1
2012
50
0.100
Why?
Myocardium
1
2013
571
0.090
Why?
Recombinant Fusion Proteins
1
2011
565
0.080
Why?
Fluorometry
1
2009
30
0.080
Why?
Ion Transport
1
2009
81
0.080
Why?
Mutant Proteins
1
2008
96
0.080
Why?
Staining and Labeling
1
2008
168
0.080
Why?
Signal Transduction
2
2016
3386
0.080
Why?
Enzyme Activation
1
2009
698
0.080
Why?
Temperature
1
2008
405
0.070
Why?
Recombinant Proteins
1
2009
1012
0.070
Why?
Binding Sites
1
2009
1117
0.070
Why?
Clathrin
1
2006
29
0.070
Why?
Decapodiformes
1
2006
37
0.070
Why?
Synaptic Vesicles
1
2006
38
0.070
Why?
Protein Conformation
1
2008
891
0.060
Why?
Protein Binding
1
2009
1488
0.060
Why?
Endocytosis
1
2006
180
0.060
Why?
Ryanodine Receptor Calcium Release Channel
2
2003
25
0.060
Why?
Strontium
1
2004
6
0.060
Why?
Cations, Divalent
1
2004
39
0.060
Why?
Cells, Cultured
1
2009
2884
0.060
Why?
Heterocyclic Compounds, 3-Ring
2
2003
31
0.060
Why?
Synapses
1
2006
280
0.050
Why?
Rats
4
2004
4041
0.050
Why?
Calcium Channels
1
2003
182
0.050
Why?
Time Factors
2
2008
5339
0.050
Why?
CHO Cells
2
2012
188
0.050
Why?
Cricetinae
2
2012
558
0.050
Why?
Cell Membrane
2
2014
672
0.050
Why?
Azo Compounds
1
2020
13
0.050
Why?
Isomerism
1
2020
29
0.050
Why?
Quaternary Ammonium Compounds
1
2020
81
0.040
Why?
Anura
1
2000
20
0.040
Why?
Amino Acid Sequence
2
2014
2062
0.040
Why?
Muscle Fibers, Skeletal
1
2000
49
0.040
Why?
Molecular Sequence Data
2
2014
3027
0.040
Why?
Light
1
2020
293
0.040
Why?
Ligands
1
2020
445
0.040
Why?
Electric Stimulation
1
2000
356
0.040
Why?
Adaptation, Physiological
1
2000
314
0.040
Why?
In Vitro Techniques
1
2000
996
0.040
Why?
Receptors, Muscarinic
1
2018
48
0.040
Why?
Sodium
1
2018
331
0.040
Why?
Models, Theoretical
1
2000
491
0.040
Why?
HEK293 Cells
1
2018
640
0.030
Why?
Heart Ventricles
1
2000
779
0.030
Why?
Static Electricity
1
2014
90
0.030
Why?
Protein Stability
1
2013
100
0.030
Why?
Voltage-Sensitive Dye Imaging
1
2013
3
0.030
Why?
Sequence Homology, Amino Acid
1
2014
418
0.030
Why?
Electric Conductivity
1
2013
144
0.030
Why?
Phosphatidylinositols
1
2012
20
0.030
Why?
Protein Subunits
1
2013
123
0.030
Why?
Crystallography, X-Ray
1
2014
486
0.030
Why?
Genes, Reporter
1
2012
275
0.030
Why?
Electron Spin Resonance Spectroscopy
1
2014
317
0.020
Why?
Mutation, Missense
1
2012
277
0.020
Why?
Cricetulus
1
2011
127
0.020
Why?
Escherichia coli
1
2014
605
0.020
Why?
Molecular Dynamics Simulation
1
2012
260
0.020
Why?
Models, Molecular
1
2014
1303
0.020
Why?
Auxilins
1
2006
1
0.020
Why?
Calcium-Binding Proteins
1
2006
121
0.020
Why?
Neurotransmitter Agents
1
2006
108
0.020
Why?
Sarcoplasmic Reticulum
1
2004
25
0.020
Why?
Synaptic Transmission
1
2006
228
0.010
Why?
Sarcolemma
1
2003
31
0.010
Why?
Calcium Channels, L-Type
1
2003
38
0.010
Why?
Calcium Channels, T-Type
1
2003
25
0.010
Why?
Coronary Circulation
1
2003
131
0.010
Why?
Animals, Newborn
1
2003
524
0.010
Why?
Rats, Wistar
1
2003
302
0.010
Why?
Artifacts
1
2003
247
0.010
Why?
Mice, Inbred BALB C
1
2003
1088
0.010
Why?
Reaction Time
1
2000
310
0.010
Why?
Age Factors
1
2003
1871
0.010
Why?
Male
2
2003
42423
0.010
Why?
Female
2
2003
46222
0.010
Why?
Mice
1
2003
11764
0.000
Why?
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