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Thomas DeCoursey

Concepts (366)

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?
Ion Channels
83
2022
184
17.070
Why?
Protons
54
2022
83
12.160
Why?
Ion Channel Gating
53
2022
177
10.940
Why?
NADPH Oxidases
25
2020
44
4.520
Why?
Respiratory Burst
17
2016
27
3.220
Why?
Neutrophils
12
2016
96
2.710
Why?
Phagocytes
12
2016
21
2.630
Why?
Membrane Potentials
36
2019
167
2.340
Why?
Animals
75
2022
3390
2.320
Why?
Hydrogen-Ion Concentration
36
2022
128
2.240
Why?
Zinc
15
2020
35
2.230
Why?
Eosinophils
8
2006
42
1.630
Why?
Models, Molecular
9
2018
72
1.610
Why?
Pulmonary Alveoli
14
2004
23
1.600
Why?
Patch-Clamp Techniques
25
2019
97
1.490
Why?
Potassium Channels
14
2004
37
1.300
Why?
Mutation
11
2019
314
1.250
Why?
Humans
81
2020
26259
1.240
Why?
Aspartic Acid
4
2017
13
1.160
Why?
Electrophysiology
22
2010
95
1.140
Why?
Scientific Misconduct
2
2022
2
1.100
Why?
Proton Pumps
6
2008
12
1.080
Why?
Budgets
2
2019
2
1.030
Why?
Biomedical Research
2
2019
60
0.920
Why?
Kinetics
27
2010
166
0.900
Why?
Retraction of Publication as Topic
1
2022
1
0.840
Why?
Cell Membrane
5
2019
82
0.820
Why?
Potassium
21
2004
64
0.780
Why?
Monocytes
4
2011
60
0.770
Why?
Peer Review, Research
2
2015
7
0.760
Why?
Research Support as Topic
2
2013
12
0.750
Why?
HEK293 Cells
6
2019
57
0.740
Why?
Signal Transduction
7
2018
386
0.730
Why?
Protein Conformation
7
2019
64
0.710
Why?
National Institutes of Health (U.S.)
2
2011
23
0.700
Why?
Oocytes
1
2019
6
0.680
Why?
Tetradecanoylphorbol Acetate
11
2009
32
0.680
Why?
National Cancer Institute (U.S.)
1
2019
3
0.660
Why?
Emigration and Immigration
1
2019
12
0.660
Why?
Politics
1
2019
10
0.650
Why?
Mice
19
2020
1277
0.650
Why?
Molecular Dynamics Simulation
3
2019
9
0.650
Why?
Reactive Oxygen Species
8
2016
111
0.630
Why?
Potassium Channels, Voltage-Gated
5
2000
10
0.620
Why?
Water
2
2017
29
0.620
Why?
Point Mutation
1
2018
27
0.610
Why?
Protein Multimerization
3
2013
16
0.600
Why?
Electrons
5
2011
17
0.600
Why?
Rats
18
2018
599
0.600
Why?
Large-Conductance Calcium-Activated Potassium Channels
3
2007
4
0.590
Why?
Hydrogen
4
2004
7
0.590
Why?
Membrane Glycoproteins
3
2002
67
0.580
Why?
Phylogeny
3
2013
46
0.580
Why?
Dinoflagellida
2
2017
4
0.530
Why?
Microglia
5
2001
135
0.530
Why?
Neoplasms
1
2019
221
0.530
Why?
Molecular Sequence Data
7
2015
162
0.530
Why?
T-Lymphocytes
12
2002
90
0.510
Why?
Epithelial Cells
7
2004
76
0.510
Why?
Lipid Bilayers
1
2015
51
0.510
Why?
Amino Acid Sequence
6
2015
132
0.490
Why?
Models, Biological
9
2021
302
0.490
Why?
Periodicals as Topic
1
2015
35
0.470
Why?
Phagocytosis
4
2010
41
0.470
Why?
In Vitro Techniques
13
2009
157
0.470
Why?
Electric Conductivity
12
2013
67
0.460
Why?
Viral Matrix Proteins
1
2013
3
0.460
Why?
Electrophysiological Phenomena
1
2014
11
0.450
Why?
Aquaporins
1
2013
7
0.450
Why?
COS Cells
6
2015
34
0.440
Why?
Superoxides
7
2012
23
0.440
Why?
Economic Development
1
2013
3
0.440
Why?
Policy Making
1
2013
14
0.430
Why?
Administrative Personnel
1
2013
9
0.430
Why?
Basophils
3
2010
7
0.430
Why?
Research
1
2013
35
0.430
Why?
Propaganda
1
2012
1
0.420
Why?
Public Opinion
1
2012
4
0.420
Why?
Climate Change
1
2012
13
0.420
Why?
Proton-Motive Force
4
2021
6
0.410
Why?
Neoplasm Proteins
3
1996
51
0.400
Why?
Research Personnel
2
2009
19
0.380
Why?
Glucose
1
2011
48
0.380
Why?
Hydrophobic and Hydrophilic Interactions
2
2021
11
0.360
Why?
Rubidium
4
1994
5
0.350
Why?
Membrane Proteins
3
2020
151
0.350
Why?
Threonine
1
2009
5
0.350
Why?
Snails
3
2018
5
0.340
Why?
Blood Bactericidal Activity
2
2007
5
0.340
Why?
Cells, Cultured
10
2011
473
0.340
Why?
Leukocytes
1
2009
31
0.340
Why?
Histidine
3
2018
6
0.340
Why?
Delivery of Health Care
1
2011
145
0.340
Why?
Enzyme Activation
6
2010
103
0.340
Why?
Endothelium, Vascular
4
1994
39
0.340
Why?
Cell Line
8
2012
246
0.330
Why?
B-Lymphocytes
5
2014
47
0.320
Why?
Immunoglobulin E
1
2008
11
0.310
Why?
Cation Transport Proteins
2
1998
3
0.310
Why?
Trans-Activators
2
1998
22
0.310
Why?
Cadmium
4
2018
11
0.310
Why?
Hypersensitivity
1
2008
39
0.300
Why?
Protein Kinase C
2
2014
47
0.300
Why?
Protein Domains
2
2018
7
0.300
Why?
Membrane Transport Modulators
1
2007
2
0.280
Why?
Phospholipases A
1
2006
5
0.280
Why?
Granulocytes
1
2006
15
0.280
Why?
Bacterial Infections
1
2007
50
0.280
Why?
Immunity, Innate
1
2007
58
0.280
Why?
Leukemia, Monocytic, Acute
2
1996
3
0.270
Why?
Gene Expression Regulation
1
2008
234
0.270
Why?
DNA-Binding Proteins
2
1998
254
0.270
Why?
Binding Sites
2
2020
65
0.260
Why?
Publishing
1
2006
36
0.250
Why?
Energy Metabolism
2
2000
32
0.250
Why?
Sodium-Hydrogen Exchangers
3
2022
6
0.250
Why?
Models, Theoretical
2
2003
77
0.250
Why?
Intracellular Membranes
1
2004
20
0.240
Why?
Cations, Divalent
3
1999
10
0.240
Why?
Chlorides
5
2006
25
0.240
Why?
Epithelium
9
1995
23
0.230
Why?
Rats, Sprague-Dawley
6
2004
318
0.220
Why?
Arachidonic Acid
2
2001
13
0.220
Why?
United States
3
2019
1989
0.220
Why?
Carbon Dioxide
2
2022
19
0.220
Why?
Species Specificity
4
2013
41
0.220
Why?
Static Electricity
2
2021
43
0.220
Why?
Receptors, Antigen, B-Cell
3
2012
4
0.210
Why?
Carcinogens
3
2009
8
0.200
Why?
Dimerization
2
2013
15
0.200
Why?
Electromagnetic Fields
1
2021
8
0.190
Why?
Phosphorylation
3
2014
133
0.190
Why?
Cricetinae
2
2018
35
0.190
Why?
Protein Binding
3
2015
113
0.190
Why?
Myocytes, Cardiac
1
2022
89
0.180
Why?
Lymphocyte Activation
8
1987
81
0.180
Why?
Microscopy, Confocal
3
2010
85
0.180
Why?
Potassium Channels, Inwardly Rectifying
2
2000
5
0.180
Why?
Temperature
3
2010
58
0.180
Why?
Muscles
4
1984
55
0.180
Why?
Chloride Channels
2
1997
7
0.170
Why?
Macrophages
3
1996
105
0.170
Why?
Pulmonary Gas Exchange
1
2000
7
0.170
Why?
Proton-Translocating ATPases
1
2000
4
0.170
Why?
Mice, Knockout
3
2010
262
0.170
Why?
Triple Negative Breast Neoplasms
1
2020
16
0.170
Why?
Gene Expression Regulation, Neoplastic
2
2020
95
0.170
Why?
Amino Acids
1
2019
17
0.170
Why?
Verapamil
4
1995
26
0.170
Why?
Cryopreservation
1
2019
19
0.170
Why?
Cell Proliferation
1
2020
162
0.170
Why?
Mexico
1
2019
18
0.160
Why?
Benzopyrans
2
2009
6
0.160
Why?
Substrate Specificity
2
2011
19
0.160
Why?
HL-60 Cells
1
1998
13
0.160
Why?
Isotonic Solutions
2
2011
9
0.160
Why?
Maleimides
2
2009
6
0.160
Why?
Sequence Homology
1
2018
2
0.150
Why?
Indoles
2
2009
34
0.150
Why?
NADPH Oxidase 2
3
2002
5
0.150
Why?
Enzyme Inhibitors
2
2009
114
0.150
Why?
N-Formylmethionine Leucyl-Phenylalanine
2
2008
11
0.150
Why?
Conserved Sequence
1
2017
7
0.150
Why?
Amino Acid Motifs
1
2017
15
0.150
Why?
Deuterium Oxide
1
1997
1
0.140
Why?
Fluorescent Dyes
2
2009
35
0.140
Why?
Tetraethylammonium Compounds
6
1996
6
0.140
Why?
Vacuoles
1
2017
6
0.140
Why?
CHO Cells
1
1997
10
0.140
Why?
Protein Structure, Tertiary
2
2013
51
0.140
Why?
Potassium Channels, Calcium-Activated
1
1996
1
0.140
Why?
Permeability
3
2011
116
0.140
Why?
Sodium
5
2022
60
0.140
Why?
Dose-Response Relationship, Drug
3
2006
315
0.130
Why?
Potassium Channel Blockers
1
1995
4
0.130
Why?
Tryptophan
1
2015
9
0.130
Why?
Zinc Compounds
2
2006
4
0.130
Why?
Adult
5
2009
7447
0.130
Why?
Calcium Channel Blockers
1
1995
33
0.130
Why?
Mammals
3
2022
22
0.120
Why?
Drug Discovery
1
2015
13
0.120
Why?
Spermatozoa
2
2012
8
0.120
Why?
Electric Stimulation
4
2000
50
0.120
Why?
Leukemia, Lymphocytic, Chronic, B-Cell
1
2014
15
0.120
Why?
Ammonia
2
1991
3
0.120
Why?
Hematologic Neoplasms
1
2014
17
0.120
Why?
Cesium
2
1991
13
0.120
Why?
Ion Pumps
1
1994
1
0.120
Why?
Reproducibility of Results
2
2007
677
0.120
Why?
Binding, Competitive
2
2007
22
0.110
Why?
Mutation, Missense
2
2013
21
0.110
Why?
Algorithms
3
2003
363
0.110
Why?
Granulomatous Disease, Chronic
2
2005
5
0.110
Why?
Acids
2
2022
3
0.110
Why?
Structural Homology, Protein
1
2013
5
0.110
Why?
Homeostasis
1
2013
50
0.110
Why?
Calcium
8
2002
368
0.100
Why?
Oxygen Consumption
2
2003
35
0.100
Why?
Plankton
1
2012
1
0.100
Why?
Gene Expression Regulation, Enzymologic
1
2012
29
0.100
Why?
Open Reading Frames
1
2011
8
0.100
Why?
Mutant Proteins
1
2011
5
0.100
Why?
Osmolar Concentration
1
2011
17
0.100
Why?
Sucrose
1
2011
16
0.100
Why?
Lysine
1
2011
12
0.100
Why?
Leukocytes, Mononuclear
1
2011
54
0.100
Why?
Cell Membrane Permeability
2
2010
54
0.090
Why?
Cell Line, Tumor
2
2014
231
0.090
Why?
Protein Interaction Domains and Motifs
1
2010
5
0.090
Why?
Protein Subunits
1
2010
17
0.090
Why?
Male
10
2012
14123
0.090
Why?
Structure-Activity Relationship
1
2010
34
0.090
Why?
Magnesium
1
1990
36
0.090
Why?
Green Fluorescent Proteins
1
2010
22
0.090
Why?
Tetraethylammonium
3
1996
4
0.090
Why?
Protein Kinase C-delta
1
2009
6
0.090
Why?
Biophysical Phenomena
3
1996
27
0.090
Why?
Amino Acid Substitution
1
2009
18
0.090
Why?
Transfection
1
2010
104
0.090
Why?
Biophysics
3
1996
33
0.090
Why?
Naphthols
1
2009
3
0.090
Why?
Rhodamines
1
2009
4
0.090
Why?
Arginine
2
2022
16
0.080
Why?
Bronchi
1
1989
11
0.080
Why?
Lymphocytes
3
2002
59
0.080
Why?
Financing, Government
1
2009
10
0.080
Why?
Career Mobility
1
2009
20
0.080
Why?
Cattle
3
1994
117
0.080
Why?
Antibodies, Anti-Idiotypic
1
2008
6
0.080
Why?
Histamine
1
2008
7
0.080
Why?
Proton Pump Inhibitors
1
2008
11
0.080
Why?
Transcriptional Regulator ERG
2
1998
2
0.080
Why?
ERG1 Potassium Channel
2
1998
2
0.080
Why?
Ether-A-Go-Go Potassium Channels
2
1998
3
0.080
Why?
Rats, Wistar
2
1998
31
0.080
Why?
Buffers
2
1999
10
0.080
Why?
Ions
2
2015
53
0.080
Why?
Trachea
1
1989
46
0.080
Why?
Mitogens
2
1987
5
0.080
Why?
Arachidonic Acids
1
2006
6
0.070
Why?
Okadaic Acid
1
2006
5
0.070
Why?
Group IV Phospholipases A2
1
2006
5
0.070
Why?
Cell Adhesion
1
2007
32
0.070
Why?
Electrodes
1
2007
11
0.070
Why?
Mice, SCID
1
2006
39
0.070
Why?
Mice, Inbred BALB C
1
2006
97
0.070
Why?
Tumor Cells, Cultured
2
1996
116
0.070
Why?
Staphylococcus aureus
1
2006
62
0.070
Why?
Research Design
1
2007
183
0.060
Why?
Cell Differentiation
2
1996
124
0.060
Why?
Mice, Inbred C57BL
1
2006
370
0.060
Why?
Computer Simulation
2
1998
193
0.060
Why?
Fluoresceins
1
2004
5
0.060
Why?
Disease Models, Animal
1
2007
565
0.060
Why?
Barium
1
1984
13
0.060
Why?
Charybdotoxin
2
1996
2
0.060
Why?
Electron Transport
1
2003
4
0.060
Why?
Diffusion
2
1996
24
0.060
Why?
Female
1
2019
14516
0.050
Why?
Cytosol
1
2022
43
0.050
Why?
Bicarbonates
1
2022
2
0.050
Why?
Pulmonary Artery
2
1994
36
0.050
Why?
Dogs
1
2022
176
0.050
Why?
Stimulation, Chemical
1
2001
8
0.050
Why?
Transgenes
1
2001
13
0.050
Why?
Biological Transport, Active
2
1991
12
0.050
Why?
Brain Chemistry
1
2001
42
0.050
Why?
Myotonia Congenita
1
1981
1
0.050
Why?
Extracellular Space
1
1981
10
0.050
Why?
Kv1.3 Potassium Channel
2
2000
2
0.050
Why?
Gene Knockout Techniques
1
2020
5
0.040
Why?
Heterografts
1
2020
13
0.040
Why?
Metals, Heavy
1
2000
6
0.040
Why?
CRISPR-Cas Systems
1
2020
7
0.040
Why?
Electrochemistry
1
2000
42
0.040
Why?
Hydrogen Peroxide
1
2020
43
0.040
Why?
Gene Knockdown Techniques
1
2020
42
0.040
Why?
RNA, Small Interfering
1
2020
68
0.040
Why?
Acid-Base Equilibrium
1
2000
6
0.040
Why?
Proteins
1
2000
54
0.040
Why?
Solubility
1
1999
25
0.040
Why?
Transforming Growth Factor beta
1
2000
92
0.040
Why?
Cell Movement
1
2020
77
0.040
Why?
Up-Regulation
1
2000
150
0.040
Why?
RNA, Messenger
2
2000
264
0.040
Why?
Immunohistochemistry
1
2020
337
0.040
Why?
Electrolytes
2
1994
13
0.040
Why?
Ion Transport
2
2000
28
0.040
Why?
Sarcolemma
1
1978
6
0.040
Why?
Colchicine
1
1978
11
0.040
Why?
Motor Neurons
1
1978
17
0.040
Why?
4-Aminopyridine
2
1996
2
0.040
Why?
Time Factors
3
2002
1382
0.040
Why?
Concanavalin A
2
1987
2
0.040
Why?
Mass Spectrometry
1
2017
37
0.040
Why?
Sequence Homology, Nucleic Acid
1
1996
6
0.030
Why?
Apamin
1
1996
3
0.030
Why?
RNA, Neoplasm
1
1996
12
0.030
Why?
Base Sequence
1
1996
89
0.030
Why?
Mice, Inbred Strains
3
2000
24
0.030
Why?
Polymerase Chain Reaction
1
1996
106
0.030
Why?
Egtazic Acid
1
1995
11
0.030
Why?
Tritium
1
2015
7
0.030
Why?
Molecular Conformation
1
2015
10
0.030
Why?
Protein Isoforms
1
2014
44
0.030
Why?
Amphibians
1
1994
1
0.030
Why?
Vertebrates
1
1994
1
0.030
Why?
Amiloride
1
1994
4
0.030
Why?
Muscle Relaxation
1
1994
3
0.030
Why?
Rana temporaria
2
1984
7
0.030
Why?
Rana catesbeiana
2
1984
9
0.030
Why?
Half-Life
1
1994
9
0.030
Why?
Muscle, Smooth, Vascular
1
1994
4
0.030
Why?
Rana pipiens
2
1984
51
0.030
Why?
Carrier Proteins
1
1994
79
0.030
Why?
NADPH Oxidase 5
1
2012
1
0.030
Why?
Sperm Motility
1
2012
3
0.030
Why?
Cell Separation
1
1991
26
0.020
Why?
Phencyclidine
1
1990
1
0.020
Why?
Tacrine
1
1990
1
0.020
Why?
Chlorpromazine
1
1990
4
0.020
Why?
Quinidine
1
1990
2
0.020
Why?
Gallopamil
1
1990
8
0.020
Why?
Scorpion Venoms
1
1990
4
0.020
Why?
Nifedipine
1
1990
6
0.020
Why?
Capsaicin
1
1990
8
0.020
Why?
Cations
2
1987
16
0.020
Why?
Mice, Mutant Strains
2
1987
25
0.020
Why?
Oncogene Protein v-akt
1
2010
8
0.020
Why?
Syk Kinase
1
2010
9
0.020
Why?
Protein-Tyrosine Kinases
1
2010
15
0.020
Why?
Action Potentials
2
1988
87
0.020
Why?
Immunoblotting
1
2010
55
0.020
Why?
Calcium Channels
1
1990
107
0.020
Why?
Intracellular Signaling Peptides and Proteins
1
2010
45
0.020
Why?
Mitochondria
1
2010
57
0.020
Why?
Cystic Fibrosis
1
1989
9
0.020
Why?
Phosphines
1
1988
1
0.020
Why?
Rats, Inbred Strains
1
1988
16
0.020
Why?
Phytohemagglutinins
2
1984
4
0.020
Why?
Lupus Erythematosus, Systemic
2
1987
191
0.020
Why?
Lanthanum
1
1985
2
0.020
Why?
Cell Division
1
1984
79
0.010
Why?
Jurkat Cells
1
2002
10
0.010
Why?
Intercostal Muscles
1
1982
2
0.010
Why?
Cytotoxicity, Immunologic
3
1987
17
0.010
Why?
Azacosterol
1
1981
1
0.010
Why?
Goats
1
1981
7
0.010
Why?
Delayed Rectifier Potassium Channels
1
2000
1
0.010
Why?
Neurotoxins
1
2000
14
0.010
Why?
Animals, Newborn
1
2000
38
0.010
Why?
Reverse Transcriptase Polymerase Chain Reaction
1
2000
119
0.010
Why?
Depression, Chemical
1
1978
5
0.010
Why?
Anions
1
1987
5
0.000
Why?
Drosophila
1
1986
8
0.000
Why?
Killer Cells, Natural
1
1985
48
0.000
Why?
Osmosis
1
1985
6
0.000
Why?
Cations, Monovalent
1
1985
11
0.000
Why?
Aminopyridines
1
1984
1
0.000
Why?
Thymidine
1
1984
7
0.000
Why?
Lymphocyte Culture Test, Mixed
1
1984
3
0.000
Why?
Leucine
1
1984
11
0.000
Why?
Protein Biosynthesis
1
1984
18
0.000
Why?
Electrophoresis, Polyacrylamide Gel
1
1984
24
0.000
Why?
Interleukin-2
1
1984
23
0.000
Why?
Diltiazem
1
1984
8
0.000
Why?
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