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Kurt Beam

Concepts (321)

Concepts are derived automatically from a person's publications.

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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?
Calcium Channels, L-Type
57
2022
107
9.630
 Why?
Ryanodine Receptor Calcium Release Channel
37
2023
59
6.760
 Why?
Calcium
57
2023
1103
4.380
 Why?
Calcium Channels
48
2012
145
4.320
 Why?
Muscle Fibers, Skeletal
27
2022
185
3.810
 Why?
Muscle, Skeletal
43
2023
1472
3.550
 Why?
Ion Channel Gating
18
2015
83
3.080
 Why?
Calcium Signaling
17
2021
213
3.070
 Why?
Muscle Contraction
34
2012
388
2.490
 Why?
Muscles
38
2008
320
2.180
 Why?
Excitation Contraction Coupling
8
2022
17
1.890
 Why?
Nerve Tissue Proteins
5
2018
529
1.760
 Why?
Muscle Proteins
15
2017
210
1.650
 Why?
Muscular Diseases
11
2016
104
1.410
 Why?
Malignant Hyperthermia
6
2023
7
1.340
 Why?
Neurons
8
2021
1281
1.270
 Why?
Membrane Potentials
23
2013
249
1.210
 Why?
Mice
76
2023
14916
1.110
 Why?
Cell Membrane
10
2021
680
1.090
 Why?
Cells, Cultured
39
2018
3890
1.060
 Why?
Animals
111
2023
31762
1.030
 Why?
Luminescent Proteins
10
2012
165
1.010
 Why?
Animals, Newborn
20
2018
777
0.970
 Why?
Mutation
13
2023
3350
0.870
 Why?
Action Potentials
16
2022
406
0.800
 Why?
Electrophysiology
24
2012
201
0.780
 Why?
Sarcoplasmic Reticulum
13
2017
43
0.770
 Why?
Calcium Channels, N-Type
1
2021
5
0.760
 Why?
Recombinant Fusion Proteins
12
2016
617
0.730
 Why?
Mutation, Missense
3
2013
295
0.730
 Why?
Caveolin 1
3
2017
20
0.720
 Why?
Motor Neurons
9
1999
212
0.710
 Why?
Endoplasmic Reticulum
1
2021
234
0.640
 Why?
Rabbits
19
2018
736
0.640
 Why?
Membrane Proteins
2
2022
1022
0.620
 Why?
Ion Channels
9
1988
123
0.570
 Why?
Myocardium
11
2012
908
0.560
 Why?
Cell Line
9
2021
2639
0.560
 Why?
Mice, Mutant Strains
17
2012
271
0.540
 Why?
Mutant Proteins
1
2016
95
0.510
 Why?
Calcium Channel Blockers
11
2009
115
0.500
 Why?
Amino Acid Sequence
15
2015
1988
0.480
 Why?
DNA, Complementary
14
2012
257
0.450
 Why?
Kinetics
15
2016
1550
0.440
 Why?
Myoblasts, Skeletal
2
2010
11
0.440
 Why?
Molecular Sequence Data
15
2015
2791
0.440
 Why?
Heart
5
2001
609
0.430
 Why?
Neuromuscular Junction
5
2009
53
0.430
 Why?
Dihydropyridines
9
2003
15
0.420
 Why?
Ryanodine
3
2009
13
0.410
 Why?
Protein Subunits
6
2016
201
0.410
 Why?
3-Pyridinecarboxylic acid, 1,4-dihydro-2,6-dimethyl-5-nitro-4-(2-(trifluoromethyl)phenyl)-, Methyl ester
7
2013
11
0.400
 Why?
Receptors, Nicotinic
10
1991
274
0.400
 Why?
Adaptor Proteins, Signal Transducing
4
2022
368
0.380
 Why?
Patch-Clamp Techniques
9
2010
241
0.370
 Why?
Muscle, Striated
1
2010
5
0.360
 Why?
Protein Binding
8
2018
1897
0.360
 Why?
Purkinje Cells
3
1999
66
0.350
 Why?
Sodium Channels
3
1999
62
0.340
 Why?
Microtubules
4
1999
237
0.330
 Why?
Protein Structure, Tertiary
6
2015
797
0.330
 Why?
HEK293 Cells
2
2022
594
0.330
 Why?
Myofibrils
1
2009
46
0.320
 Why?
Synaptic Transmission
4
2009
227
0.320
 Why?
Calcium Channel Agonists
4
2013
10
0.320
 Why?
Protein Conformation
9
2010
811
0.310
 Why?
Monomeric GTP-Binding Proteins
1
2008
5
0.300
 Why?
Streptavidin
1
2007
15
0.290
 Why?
Binding Sites
5
2018
1176
0.290
 Why?
Spinal Cord
3
1999
347
0.280
 Why?
Structure-Activity Relationship
7
2010
503
0.260
 Why?
Transfection
6
2012
870
0.260
 Why?
Green Fluorescent Proteins
6
2005
373
0.250
 Why?
Protein Structure, Secondary
6
2012
325
0.250
 Why?
omega-Conotoxins
2
1996
3
0.240
 Why?
Protein Isoforms
2
2021
339
0.240
 Why?
Models, Biological
8
2010
1630
0.230
 Why?
Potassium
5
2006
128
0.230
 Why?
Rats
14
2018
4943
0.230
 Why?
Halothane
1
2023
5
0.220
 Why?
Large-Conductance Calcium-Activated Potassium Channel alpha Subunits
1
2023
9
0.220
 Why?
Heat-Shock Response
1
2023
46
0.210
 Why?
Calcium Channels, T-Type
1
2003
16
0.210
 Why?
Myocardial Contraction
3
2012
312
0.210
 Why?
Sequence Homology, Amino Acid
6
2008
353
0.210
 Why?
Signal Transduction
9
2017
4522
0.210
 Why?
Sinoatrial Node
1
2022
27
0.210
 Why?
Fluorescence Resonance Energy Transfer
3
2012
169
0.200
 Why?
Microscopy, Confocal
4
2005
305
0.200
 Why?
Sodium
5
2011
182
0.200
 Why?
Electric Conductivity
10
1998
88
0.190
 Why?
Mice, Knockout
4
2016
2582
0.190
 Why?
Bacterial Proteins
4
2012
739
0.190
 Why?
Cytoplasm
3
2012
255
0.190
 Why?
Cerebellum
2
2018
200
0.170
 Why?
Lambert-Eaton Myasthenic Syndrome
2
1996
3
0.170
 Why?
Receptor Cross-Talk
1
1999
20
0.170
 Why?
Manganese
2
2009
55
0.160
 Why?
Biotinylation
2
2012
27
0.160
 Why?
Myocytes, Cardiac
1
2022
448
0.160
 Why?
Electric Stimulation
8
2004
252
0.160
 Why?
Prosencephalon
1
2018
45
0.160
 Why?
Mice, Neurologic Mutants
1
1998
19
0.160
 Why?
Humans
18
2022
114757
0.150
 Why?
Mice, Transgenic
4
2012
1951
0.150
 Why?
Blood Proteins
1
2000
232
0.150
 Why?
Alternative Splicing
1
1999
188
0.150
 Why?
Gene Expression Regulation
3
2016
2321
0.140
 Why?
Nervous System Diseases
1
2000
252
0.140
 Why?
Ions
2
2008
59
0.140
 Why?
Chimera
2
1996
59
0.140
 Why?
Subcellular Fractions
1
2016
78
0.140
 Why?
Recombinant Proteins
3
2014
1233
0.130
 Why?
Electrophysiological Phenomena
1
2016
48
0.130
 Why?
Oxadiazoles
2
1992
32
0.120
 Why?
Caffeine
5
2012
57
0.120
 Why?
Fluorescence
2
2012
148
0.120
 Why?
DNA
7
1993
1351
0.120
 Why?
Receptors, Purinergic P1
1
1994
23
0.120
 Why?
Hippocampus
1
2018
695
0.110
 Why?
Motor Endplate
3
1986
14
0.110
 Why?
Bone and Bones
1
1996
278
0.110
 Why?
Rats, Sprague-Dawley
1
2018
2209
0.110
 Why?
Plasmids
6
1994
345
0.110
 Why?
Cell Fusion
2
1990
50
0.110
 Why?
Triclosan
1
2012
9
0.100
 Why?
Adenosine
1
1994
202
0.100
 Why?
Time Factors
6
2010
6124
0.100
 Why?
Molecular Docking Simulation
1
2012
101
0.100
 Why?
Anti-Infective Agents, Local
1
2012
40
0.100
 Why?
Biotin
1
2012
20
0.100
 Why?
Barium
4
1998
25
0.100
 Why?
Cloning, Molecular
3
2001
524
0.100
 Why?
Mutagenesis, Site-Directed
3
2005
345
0.090
 Why?
Fibroblasts
3
1990
838
0.090
 Why?
Polymerase Chain Reaction
2
2004
994
0.090
 Why?
Sarcomeres
2
2009
90
0.090
 Why?
Muscle Development
4
1993
98
0.080
 Why?
Dantrolene
1
2009
5
0.080
 Why?
Nifedipine
1
2009
29
0.080
 Why?
Neuromuscular Diseases
1
1990
89
0.080
 Why?
Point Mutation
2
2001
216
0.080
 Why?
Hindlimb
1
1989
130
0.080
 Why?
Night Blindness
1
2008
6
0.080
 Why?
Calmodulin
1
2008
71
0.080
 Why?
Ataxia
1
2008
35
0.080
 Why?
Muscular Dystrophies
1
1988
36
0.080
 Why?
In Vitro Techniques
3
1997
1013
0.070
 Why?
Cytosol
1
2008
208
0.070
 Why?
Embryo, Nonmammalian
1
1988
173
0.070
 Why?
Embryo, Mammalian
1
1988
214
0.070
 Why?
Heterozygote
1
2008
251
0.070
 Why?
Mice, Inbred C57BL
3
2012
4710
0.070
 Why?
Protein Interaction Mapping
1
2007
101
0.070
 Why?
Biophysical Phenomena
2
1997
63
0.070
 Why?
Temperature
3
1985
575
0.070
 Why?
Biophysics
2
1997
70
0.070
 Why?
Receptors, Cholinergic
4
1990
41
0.070
 Why?
Genes, Lethal
1
1986
26
0.070
 Why?
Chick Embryo
3
1991
122
0.070
 Why?
Taste
1
1988
209
0.070
 Why?
Analysis of Variance
2
2012
1226
0.060
 Why?
Reference Values
2
1996
742
0.060
 Why?
Xanthenes
2
1994
11
0.060
 Why?
Repetitive Sequences, Nucleic Acid
2
1997
104
0.060
 Why?
Ganglia, Spinal
2
1996
41
0.060
 Why?
Age Factors
3
2012
2890
0.060
 Why?
Aniline Compounds
2
1994
70
0.060
 Why?
Genetic Predisposition to Disease
1
2012
2099
0.060
 Why?
Potassium Channels
2
1997
121
0.060
 Why?
Carrier Proteins
1
2007
696
0.050
 Why?
Rats, Inbred Strains
4
1985
354
0.050
 Why?
Light
1
2005
336
0.050
 Why?
Magnesium
1
2003
145
0.050
 Why?
Fluorescent Dyes
2
1994
300
0.050
 Why?
RNA, Messenger
3
1998
2557
0.050
 Why?
Isradipine
2
1995
4
0.050
 Why?
Models, Structural
3
1997
37
0.050
 Why?
Receptors, Adrenergic, beta
1
2022
124
0.050
 Why?
Allosteric Regulation
1
2001
82
0.050
 Why?
Restriction Mapping
2
1999
77
0.050
 Why?
Amiloride
2
1992
23
0.050
 Why?
Cyclic GMP
2
1978
78
0.050
 Why?
Culture Techniques
2
1991
78
0.050
 Why?
Two-Hybrid System Techniques
1
2000
52
0.040
 Why?
Tetrodotoxin
3
1990
39
0.040
 Why?
Microscopy, Electron
3
2012
410
0.040
 Why?
Peptides
2
1996
849
0.040
 Why?
NAV1.6 Voltage-Gated Sodium Channel
1
1999
9
0.040
 Why?
Tetraethylammonium Compounds
2
1990
9
0.040
 Why?
Phosphodiesterase Inhibitors
1
2000
82
0.040
 Why?
Heart Failure
1
2012
1952
0.040
 Why?
Protein Folding
1
2001
239
0.040
 Why?
Conserved Sequence
2
1997
218
0.040
 Why?
Mice, Inbred Strains
1
2000
396
0.040
 Why?
Heart Rate
1
2022
704
0.040
 Why?
Oligopeptides
1
2000
234
0.040
 Why?
omega-Agatoxin IVA
1
1998
1
0.040
 Why?
Microscopy, Fluorescence
1
2000
398
0.040
 Why?
Amino Acid Substitution
1
1999
262
0.040
 Why?
Zebrafish
1
2022
411
0.040
 Why?
Microelectrodes
2
2012
32
0.040
 Why?
Spider Venoms
1
1998
12
0.040
 Why?
Cell Nucleus
1
2001
554
0.040
 Why?
Cell Compartmentation
1
1998
51
0.040
 Why?
Mice, Inbred C3H
1
1998
241
0.040
 Why?
Saccharomyces cerevisiae
1
2001
477
0.040
 Why?
Cyclic AMP-Dependent Protein Kinases
1
1998
130
0.040
 Why?
Gene Expression
1
2003
1420
0.040
 Why?
Shaker Superfamily of Potassium Channels
1
1997
2
0.040
 Why?
Mutagenesis, Insertional
1
1997
61
0.040
 Why?
Electrochemistry
1
1997
79
0.040
 Why?
Macromolecular Substances
1
1997
200
0.040
 Why?
Sequence Alignment
1
1997
325
0.030
 Why?
Nimodipine
1
1996
7
0.030
 Why?
Protein Multimerization
1
2017
159
0.030
 Why?
Leucine
1
1997
102
0.030
 Why?
Papillary Muscles
1
1996
14
0.030
 Why?
Peptide Fragments
1
2000
668
0.030
 Why?
Gap Junctions
1
1997
58
0.030
 Why?
Protein Transport
1
2017
396
0.030
 Why?
Blood
1
1996
96
0.030
 Why?
Molecular Structure
1
1997
438
0.030
 Why?
Snakes
2
1986
20
0.030
 Why?
Models, Molecular
1
2000
1378
0.030
 Why?
Cadmium Chloride
1
1995
4
0.030
 Why?
Barium Compounds
1
1995
7
0.030
 Why?
Lanthanum
1
1995
8
0.030
 Why?
Cadmium
1
1995
58
0.030
 Why?
Reaction Time
1
1996
376
0.030
 Why?
omega-Conotoxin GVIA
1
1994
2
0.030
 Why?
Adenosine-5'-(N-ethylcarboxamide)
1
1994
9
0.030
 Why?
8-Bromo Cyclic Adenosine Monophosphate
1
1994
17
0.030
 Why?
Cell Membrane Permeability
1
1994
83
0.030
 Why?
Cell Culture Techniques
1
1997
343
0.030
 Why?
Chlorides
1
1995
127
0.030
 Why?
Phosphorylation
1
1998
1571
0.030
 Why?
Membranes
1
1994
18
0.030
 Why?
Egtazic Acid
1
1994
44
0.030
 Why?
Heterocyclic Compounds, 3-Ring
1
1994
28
0.030
 Why?
Swine
1
1996
700
0.030
 Why?
Synapses
2
1996
330
0.030
 Why?
3T3 Cells
1
1993
140
0.030
 Why?
Mathematics
2
1983
101
0.030
 Why?
Nicotinic Acids
1
1992
6
0.030
 Why?
Water Pollutants
1
2012
18
0.030
 Why?
Protein Structure, Quaternary
1
2012
115
0.030
 Why?
Cyprinidae
1
2012
19
0.030
 Why?
Algorithms
1
1999
1468
0.030
 Why?
Organ Specificity
1
1993
268
0.030
 Why?
Genes, Dominant
1
2012
94
0.030
 Why?
Mutagenesis
1
1992
170
0.020
 Why?
Anesthetics
1
2012
54
0.020
 Why?
Sequence Homology, Nucleic Acid
1
1991
152
0.020
 Why?
Body Temperature
1
2012
208
0.020
 Why?
Cell Death
1
1992
322
0.020
 Why?
Tetraethylammonium
1
1990
15
0.020
 Why?
4-Aminopyridine
1
1990
21
0.020
 Why?
Male
5
2008
55579
0.020
 Why?
Peptides, Cyclic
1
1992
253
0.020
 Why?
Phylogeny
1
1993
794
0.020
 Why?
beta-Galactosidase
1
1989
62
0.020
 Why?
Extremities
1
1990
113
0.020
 Why?
Gestational Age
1
1992
759
0.020
 Why?
Tropomyosin
1
1989
12
0.020
 Why?
Freeze Fracturing
2
2002
7
0.020
 Why?
DNA Probes
1
1989
59
0.020
 Why?
Sarcolemma
1
1989
29
0.020
 Why?
Verapamil
1
1989
32
0.020
 Why?
Muscular Dystrophy, Animal
1
1989
8
0.020
 Why?
Creatine Kinase
1
1989
75
0.020
 Why?
Embryonic and Fetal Development
1
1989
94
0.020
 Why?
Nucleic Acid Hybridization
1
1989
187
0.020
 Why?
Myosins
1
1989
126
0.020
 Why?
Base Sequence
1
1992
2118
0.020
 Why?
Necturus
1
1988
14
0.020
 Why?
Stem Cell Transplantation
1
1990
149
0.020
 Why?
Genetic Markers
1
1989
321
0.020
 Why?
Dystrophin
1
1988
30
0.020
 Why?
Stereoisomerism
1
1988
91
0.020
 Why?
Amino Acid Motifs
1
2008
198
0.020
 Why?
Brain
2
1997
2374
0.020
 Why?
Genes
1
1988
224
0.020
 Why?
Motor Activity
1
2012
640
0.020
 Why?
Dimerization
1
2008
176
0.020
 Why?
Chromosome Mapping
1
1988
489
0.020
 Why?
Actins
1
1989
381
0.020
 Why?
Transcription, Genetic
1
1993
1316
0.020
 Why?
Female
2
2008
59507
0.020
 Why?
Histological Techniques
1
1986
40
0.020
 Why?
Tissue Distribution
1
1986
285
0.020
 Why?
Stem Cells
1
1990
546
0.020
 Why?
Cations
1
2005
79
0.020
 Why?
Biological Transport, Active
1
1985
71
0.020
 Why?
Tendons
1
1986
120
0.020
 Why?
Cysteine
1
2005
171
0.010
 Why?
Rubidium
1
1983
12
0.010
 Why?
Kidney
1
1989
1184
0.010
 Why?
Evoked Potentials
1
1983
108
0.010
 Why?
Cell Differentiation
1
1989
1699
0.010
 Why?
Liver
1
1989
1631
0.010
 Why?
Pregnancy
1
1992
5525
0.010
 Why?
Rana pipiens
2
1978
16
0.010
 Why?
Tumor Cells, Cultured
2
1993
854
0.010
 Why?
Thoracica
1
1977
3
0.010
 Why?
Potassium Chloride
1
1977
32
0.010
 Why?
Glutamates
1
1977
58
0.010
 Why?
Ethylamines
1
1976
4
0.010
 Why?
Organ Culture Techniques
1
1996
141
0.010
 Why?
Lidocaine
1
1976
41
0.010
 Why?
Methylamines
1
1976
30
0.010
 Why?
Gene Targeting
1
1996
75
0.010
 Why?
Ca(2+) Mg(2+)-ATPase
1
1989
2
0.010
 Why?
Calsequestrin
1
1989
7
0.010
 Why?
Calcium-Transporting ATPases
1
1989
34
0.010
 Why?
Polymorphism, Restriction Fragment Length
1
1988
65
0.000
 Why?
Molecular Weight
1
1989
331
0.000
 Why?
Pheochromocytoma
1
1989
54
0.000
 Why?
Cell Communication
1
1989
279
0.000
 Why?
Anura
1
1978
42
0.000
 Why?
Cyclic AMP
1
1978
225
0.000
 Why?
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Physical Neighbors Expand Description
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