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Mark Dumont

Concepts (252)

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 pubs Most recent pub Pubs by all authors Concept score Why?
Saccharomyces cerevisiae Proteins
20
1988
256
5.500
Why?
Saccharomyces cerevisiae
23
1987
370
5.040
Why?
Receptors, Mating Factor
13
1997
15
3.700
Why?
Receptors, Peptide
8
1997
12
2.790
Why?
Transcription Factors
10
1996
698
1.950
Why?
Cytochrome c Group
9
1984
37
1.350
Why?
Membrane Proteins
6
2000
560
1.220
Why?
Mutation
5
1996
1226
1.210
Why?
Fluorescent Dyes
2
2004
235
1.190
Why?
GTP-Binding Proteins
5
1997
146
1.160
Why?
Amino Acid Sequence
19
1984
1227
1.150
Why?
Receptors, G-Protein-Coupled
3
2004
79
1.100
Why?
Peptides
5
2000
293
1.070
Why?
Genes, Dominant
2
1999
82
0.910
Why?
Gene Expression Regulation, Fungal
2
1997
34
0.850
Why?
Signal Transduction
7
1999
1629
0.820
Why?
Apoproteins
5
1984
25
0.780
Why?
Protein Binding
8
1984
867
0.770
Why?
Mutagenesis, Site-Directed
8
1991
306
0.760
Why?
Molecular Sequence Data
18
1990
2046
0.760
Why?
Flow Cytometry
2
2004
603
0.750
Why?
Protein Conformation
7
1988
324
0.740
Why?
Eukaryota
1
2010
10
0.730
Why?
Crystallography, X-Ray
2
2008
131
0.730
Why?
Cell Membrane
7
1985
506
0.680
Why?
Pheromones
2
2003
5
0.650
Why?
Mutagenesis
3
2000
142
0.650
Why?
Mitochondria
6
1987
346
0.620
Why?
Amino Acids, Basic
1
2007
2
0.610
Why?
Fungal Proteins
8
1989
146
0.600
Why?
Mutation, Missense
2
2004
89
0.590
Why?
Aspartic Acid
1
2007
48
0.590
Why?
GTP-Binding Protein alpha Subunits
2
2001
19
0.580
Why?
Lyases
4
1987
30
0.540
Why?
Receptors, Pheromone
1
2004
1
0.490
Why?
Molecular Biology
1
2004
45
0.470
Why?
Intracellular Fluid
1
2003
42
0.450
Why?
Cytochromes c
6
1984
45
0.450
Why?
Amino Acid Substitution
5
2001
133
0.420
Why?
Heme
3
1988
93
0.420
Why?
Phenotype
1
2004
756
0.390
Why?
ATP-Binding Cassette Transporters
4
1998
60
0.390
Why?
Saccharomyces
1
2000
2
0.380
Why?
Peptide Fragments
4
1984
307
0.380
Why?
Chromatography, Gel
4
1994
113
0.330
Why?
Yeasts
2
2005
30
0.320
Why?
Plasmids
6
1987
361
0.310
Why?
Glutathione
3
1998
231
0.300
Why?
Ligands
2
2004
294
0.300
Why?
Adenosine Triphosphate
4
1998
415
0.290
Why?
Lipoproteins
2
1988
98
0.290
Why?
Spectrometry, Fluorescence
2
1994
162
0.260
Why?
Alleles
3
1990
206
0.260
Why?
Bacterial Proteins
3
1989
377
0.260
Why?
Base Sequence
11
1987
1721
0.260
Why?
Hydrophobic and Hydrophilic Interactions
2
2002
18
0.250
Why?
Cloning, Molecular
8
1987
494
0.250
Why?
Cysteine
2
2011
154
0.250
Why?
Sequence Deletion
4
1996
128
0.240
Why?
Immunoblotting
3
1990
225
0.240
Why?
Protein Structure, Tertiary
3
1999
382
0.220
Why?
Molecular Imaging
1
2012
3
0.220
Why?
Molecular Weight
3
1984
372
0.220
Why?
Chromatography, Affinity
2
2007
92
0.220
Why?
Lac Operon
2
2000
62
0.210
Why?
Nanoparticles
1
2012
28
0.210
Why?
Isoenzymes
2
1990
448
0.200
Why?
Genetic Vectors
3
2003
349
0.200
Why?
Lysine
2
1998
75
0.200
Why?
Detergents
2
2006
31
0.200
Why?
Recombinant Proteins
3
1998
770
0.200
Why?
Membrane Transport Proteins
1
2011
70
0.190
Why?
Receptors, Cell Surface
2
2002
217
0.190
Why?
Protozoan Proteins
2
2004
28
0.190
Why?
Phenylalanine
1
2010
35
0.190
Why?
Apoenzymes
1
1990
2
0.190
Why?
X-Rays
1
2010
28
0.180
Why?
Gene Expression
5
1990
764
0.180
Why?
Solubility
2
2006
114
0.180
Why?
Endocytosis
1
2010
59
0.180
Why?
Carrier Proteins
1
1993
446
0.170
Why?
Hydrogen-Ion Concentration
2
1988
611
0.170
Why?
Adenosine Triphosphatases
2
2006
125
0.170
Why?
Gene Library
4
1990
79
0.160
Why?
Open Reading Frames
2
2004
97
0.160
Why?
Trypanosomatina
1
2008
3
0.160
Why?
Plasmodium
1
2008
4
0.160
Why?
Diphtheria Toxin
1
1988
37
0.160
Why?
Malaria
1
1988
22
0.160
Why?
Genes
2
1987
164
0.160
Why?
Multidrug Resistance-Associated Proteins
1
2007
6
0.150
Why?
Protein Processing, Post-Translational
1
1989
141
0.150
Why?
Genomics
1
2008
49
0.150
Why?
Proteomics
2
2004
71
0.150
Why?
Micelles
1
2006
7
0.150
Why?
Titrimetry
1
2006
15
0.150
Why?
GTP-Binding Protein alpha Subunits, Gq-G11
2
2001
14
0.150
Why?
Genes, Viral
1
1987
86
0.150
Why?
Fluorescence Resonance Energy Transfer
1
2006
28
0.140
Why?
Luciferases
1
2006
126
0.140
Why?
Dimerization
1
2006
167
0.130
Why?
Proteins
1
1989
470
0.130
Why?
Bacteriorhodopsins
1
1985
2
0.130
Why?
Carotenoids
1
1985
5
0.130
Why?
Proteome
1
2005
53
0.130
Why?
Biological Transport
4
1989
399
0.130
Why?
Norleucine
1
2004
1
0.130
Why?
4-Chloro-7-nitrobenzofurazan
1
2004
13
0.130
Why?
Gene Dosage
1
2004
29
0.130
Why?
Restriction Mapping
3
1990
109
0.120
Why?
Glycoproteins
1
2005
208
0.120
Why?
Kinetics
5
1991
1471
0.120
Why?
Kidney
1
1988
589
0.120
Why?
Liposomes
1
1984
72
0.120
Why?
Fluorescence
1
2004
74
0.120
Why?
Microscopy, Fluorescence
1
2004
277
0.120
Why?
Static Electricity
1
2003
23
0.110
Why?
Liver
1
1988
884
0.110
Why?
Models, Molecular
2
2001
366
0.110
Why?
DNA Mutational Analysis
1
2003
192
0.110
Why?
Databases, Genetic
1
2002
25
0.110
Why?
Mitochondrial Proteins
2
1993
44
0.100
Why?
Receptors, Vasopressin
1
2001
8
0.100
Why?
DNA, Fungal
2
1990
81
0.100
Why?
Genes, Fungal
2
1990
83
0.100
Why?
Arginine Vasopressin
1
2001
36
0.100
Why?
Structure-Activity Relationship
1
2002
316
0.100
Why?
Heterotrimeric GTP-Binding Proteins
1
2001
26
0.100
Why?
RNA, Messenger
3
1988
1893
0.100
Why?
Animals
10
1984
16416
0.100
Why?
Chromatography, High Pressure Liquid
3
1985
209
0.100
Why?
Horses
2
1984
51
0.090
Why?
Electrophoresis, Polyacrylamide Gel
3
1985
387
0.090
Why?
Circular Dichroism
2
1994
51
0.090
Why?
Intracellular Membranes
3
1991
76
0.090
Why?
Genes, Reporter
1
2000
209
0.090
Why?
Genotype
2
1990
473
0.090
Why?
Point Mutation
1
2000
178
0.090
Why?
Vacuolar Proton-Translocating ATPases
1
1998
9
0.090
Why?
Thermodynamics
2
1990
240
0.080
Why?
P-Glycoprotein
1
1998
66
0.080
Why?
Poly A
1
1998
38
0.080
Why?
Adrenal Medulla
1
1998
32
0.080
Why?
Genetic Variation
1
1998
147
0.080
Why?
Hydrolysis
2
2006
153
0.070
Why?
Chromosomes, Human, Pair 13
1
1996
14
0.070
Why?
Histones
1
1998
173
0.070
Why?
Oligonucleotides
2
1991
89
0.070
Why?
Binding, Competitive
2
1998
210
0.070
Why?
Codon
2
1990
69
0.060
Why?
Escherichia coli
3
1998
523
0.060
Why?
Neoplasm Proteins
1
1996
190
0.060
Why?
Ribonucleases
1
1994
70
0.060
Why?
Amino Acids
2
1984
230
0.060
Why?
Iron
1
1994
148
0.060
Why?
Temperature
1
1993
247
0.060
Why?
Genetic Linkage
2
1987
158
0.050
Why?
Submitochondrial Particles
1
1991
15
0.050
Why?
Oxalobacter formigenes
1
2011
3
0.050
Why?
Protein Multimerization
1
2011
21
0.050
Why?
3-Hydroxysteroid Dehydrogenases
1
1990
8
0.050
Why?
DNA, Complementary
2
1998
264
0.050
Why?
Fluorine
1
2010
23
0.050
Why?
Mass Spectrometry
2
1998
113
0.050
Why?
Polyribosomes
1
1990
18
0.050
Why?
Mammary Glands, Human
1
2010
7
0.050
Why?
Quaternary Ammonium Compounds
1
2010
21
0.050
Why?
Pyridinium Compounds
1
2010
13
0.050
Why?
Anion Transport Proteins
1
2010
6
0.050
Why?
Monosaccharide Transport Proteins
1
2010
24
0.050
Why?
Polymerase Chain Reaction
3
1990
597
0.050
Why?
Isoquinolines
1
2010
63
0.050
Why?
Amino Acid Motifs
1
2010
94
0.040
Why?
Mice
3
1988
6206
0.040
Why?
Oligopeptides
1
2010
91
0.040
Why?
Magnetic Resonance Spectroscopy
2
1998
242
0.040
Why?
Humans
7
1989
37165
0.040
Why?
Cyanogen Bromide
1
1988
8
0.040
Why?
Cattle
2
1998
560
0.040
Why?
Photolysis
1
1988
23
0.040
Why?
Affinity Labels
1
1988
28
0.040
Why?
Microvilli
1
1988
39
0.040
Why?
Golgi Apparatus
1
1988
31
0.040
Why?
Kidney Tubules, Proximal
1
1988
36
0.040
Why?
Trypsin
1
1988
98
0.040
Why?
Crystallization
1
2008
82
0.040
Why?
Pichia
1
2007
11
0.040
Why?
DNA Primers
2
1996
422
0.040
Why?
Microscopy, Electron
1
1988
395
0.040
Why?
Endoplasmic Reticulum
1
1988
96
0.040
Why?
Sterols
1
2006
2
0.040
Why?
Protein Biosynthesis
1
1988
257
0.040
Why?
Endonucleases
1
2006
18
0.040
Why?
Protein Structure, Quaternary
1
2006
28
0.040
Why?
Models, Biological
1
1991
1029
0.030
Why?
Cell Growth Processes
1
2005
28
0.030
Why?
Nuclear Proteins
1
2010
335
0.030
Why?
Binding Sites
1
1988
742
0.030
Why?
Halobacterium
1
1985
1
0.030
Why?
Endopeptidase K
1
1985
7
0.030
Why?
X-Ray Diffraction
1
1985
32
0.030
Why?
Endopeptidases
1
1985
59
0.030
Why?
Female
4
1988
20222
0.030
Why?
Antibodies, Monoclonal
1
1989
748
0.030
Why?
Software
1
1985
129
0.030
Why?
Nitrogen
1
2003
18
0.030
Why?
Protein Sorting Signals
1
2003
24
0.030
Why?
Biophysical Phenomena
1
2003
52
0.030
Why?
Biophysics
1
2003
61
0.030
Why?
Cytoplasm
1
2003
204
0.030
Why?
Myocardium
1
1984
319
0.030
Why?
Protein Structure, Secondary
1
2001
92
0.020
Why?
Oligodeoxyribonucleotides
1
2001
141
0.020
Why?
Protein Subunits
1
2001
100
0.020
Why?
Sequence Homology, Amino Acid
1
2001
293
0.020
Why?
Sequence Alignment
1
2001
193
0.020
Why?
Taurocholic Acid
1
1998
11
0.020
Why?
Uncoupling Agents
1
1998
16
0.020
Why?
Vacuoles
1
1998
23
0.020
Why?
Cell Line
2
1990
1623
0.020
Why?
Biological Transport, Active
1
1998
142
0.020
Why?
Nucleotides
1
1998
41
0.020
Why?
Cytoplasmic Granules
1
1998
66
0.020
Why?
Alkalies
1
1998
8
0.020
Why?
Spectrophotometry, Ultraviolet
1
1998
35
0.020
Why?
Electron Spin Resonance Spectroscopy
1
1998
40
0.020
Why?
Methylation
1
1998
48
0.020
Why?
Electrochemistry
1
1998
45
0.020
Why?
Sequence Homology, Nucleic Acid
1
1998
144
0.020
Why?
Proton-Translocating ATPases
1
1998
133
0.020
Why?
Chickens
1
1998
310
0.020
Why?
Blotting, Northern
1
1998
304
0.020
Why?
Time Factors
1
1985
3234
0.020
Why?
Sequence Analysis, DNA
1
1998
169
0.020
Why?
Haploidy
1
1996
9
0.020
Why?
Diploidy
1
1996
14
0.020
Why?
Breast Neoplasms, Male
1
1996
6
0.020
Why?
BRCA2 Protein
1
1996
12
0.020
Why?
Blotting, Western
1
1998
672
0.020
Why?
Protein Folding
1
1996
48
0.020
Why?
Exons
1
1996
170
0.020
Why?
Ovarian Neoplasms
1
1996
106
0.020
Why?
Polymorphism, Genetic
1
1996
200
0.020
Why?
TATA Box
1
1990
13
0.010
Why?
Oligonucleotide Probes
1
1990
58
0.010
Why?
Rats
1
1998
4389
0.010
Why?
HeLa Cells
1
1990
299
0.010
Why?
Placenta
1
1990
143
0.010
Why?
Leukocytes
1
1990
192
0.010
Why?
Transfection
1
1990
887
0.010
Why?
Pregnancy
1
1990
1941
0.010
Why?
Male
1
1996
20139
0.000
Why?

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