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Robert Eoff

Concepts (282)

Concept scores are derived automatically based on a person's publications. Keywords in the their attributed publications are matched to keywords from the National Library of Medicine's controlled vocabulary thesaurus, MeSH (Medical Subject Headings). The strength of a person's concept scores is based not only on the number of corresponding publications, but also how relevant the concepts are to the overall topics of the publications, how long ago the publications were written, whether the person was the first or senior author, and how many other people have written about the topic.Concepts cannot be directly edited. You can help ensure your concepts are accurate by making sure your attributed publications are correct and up-to-date. We recommend checking over your attributed publications list every three to four months.

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?
DNA-Directed DNA Polymerase
29
2021
87
7.080
Why?
DNA
21
2021
543
4.640
Why?
DNA Replication
16
2021
151
2.920
Why?
G-Quadruplexes
7
2021
76
2.450
Why?
Sulfolobus solfataricus
13
2013
21
2.400
Why?
Enzyme Inhibitors
6
2020
378
1.780
Why?
Deoxyguanosine
8
2021
27
1.590
Why?
DNA Damage
10
2019
300
1.560
Why?
Models, Molecular
10
2021
334
1.510
Why?
Indoles
6
2019
273
1.500
Why?
Nucleotidyltransferases
3
2021
13
1.320
Why?
DNA Polymerase beta
8
2020
13
1.290
Why?
Kinetics
26
2017
634
1.260
Why?
Kynurenine
2
2016
14
1.070
Why?
Archaeal Proteins
5
2009
15
1.050
Why?
DNA Repair
7
2019
186
1.020
Why?
Genomic Instability
2
2016
91
1.020
Why?
Glioblastoma
4
2022
90
1.000
Why?
DNA Helicases
7
2012
144
0.990
Why?
DNA, Single-Stranded
4
2017
89
0.960
Why?
RecQ Helicases
2
2014
21
0.890
Why?
DNA Adducts
9
2016
79
0.880
Why?
Antineoplastic Agents
8
2021
1176
0.810
Why?
Nucleotides
3
2012
24
0.750
Why?
DNA, Archaeal
4
2012
12
0.750
Why?
Guanine
4
2013
40
0.750
Why?
Signal Transduction
3
2017
1612
0.730
Why?
Exodeoxyribonucleases
3
2014
20
0.640
Why?
Nucleic Acid Synthesis Inhibitors
3
2013
15
0.640
Why?
Nuclear Proteins
3
2016
242
0.630
Why?
Escherichia coli Proteins
2
2017
56
0.630
Why?
Substrate Specificity
11
2015
192
0.620
Why?
Nucleic Acid Conformation
5
2012
85
0.600
Why?
Magnesium
3
2014
36
0.590
Why?
Small Molecule Libraries
3
2018
67
0.580
Why?
Thiobarbiturates
2
2018
22
0.580
Why?
Werner Syndrome
1
2017
15
0.560
Why?
Mitochondrial Proteins
1
2017
88
0.560
Why?
DNA, Mitochondrial
1
2017
110
0.530
Why?
Crystallography, X-Ray
9
2012
148
0.520
Why?
DNA Polymerase II
2
2015
9
0.520
Why?
Humans
42
2022
50201
0.520
Why?
Cisplatin
1
2018
275
0.520
Why?
Base Pairing
5
2010
27
0.520
Why?
Glioma
1
2016
76
0.510
Why?
Manganese
2
2014
23
0.500
Why?
Biocatalysis
2
2014
14
0.500
Why?
Viral Proteins
3
2006
156
0.500
Why?
Deoxyribonucleotides
2
2012
4
0.490
Why?
DNA Primase
1
2014
8
0.480
Why?
DNA-Binding Proteins
1
2017
424
0.470
Why?
Molecular Docking Simulation
6
2018
72
0.460
Why?
Promoter Regions, Genetic
1
2015
466
0.440
Why?
Neoplasms
3
2018
1233
0.430
Why?
Lipoxygenase Inhibitors
1
2013
4
0.430
Why?
Leukotrienes
1
2013
9
0.430
Why?
Malondialdehyde
2
2010
50
0.420
Why?
Protein Structure, Tertiary
8
2015
249
0.420
Why?
Up-Regulation
1
2014
446
0.420
Why?
Stilbenes
4
2018
54
0.410
Why?
Cell Line, Tumor
10
2022
1390
0.410
Why?
Structure-Activity Relationship
9
2020
394
0.400
Why?
Catalysis
8
2012
88
0.400
Why?
Adenosine Triphosphate
2
2012
230
0.390
Why?
Protein Binding
8
2021
655
0.390
Why?
Nucleosides
1
2010
5
0.360
Why?
DNA Primers
5
2015
207
0.360
Why?
Binding Sites
6
2017
375
0.360
Why?
Base Sequence
10
2014
653
0.340
Why?
Molecular Structure
6
2021
293
0.340
Why?
Inhibitory Concentration 50
3
2020
71
0.320
Why?
Bacteriophage T4
3
2009
29
0.310
Why?
Brain Neoplasms
2
2022
286
0.310
Why?
Catalytic Domain
4
2014
57
0.300
Why?
DNA, Viral
3
2009
133
0.300
Why?
Models, Chemical
2
2008
64
0.290
Why?
Organoids
3
2022
36
0.290
Why?
Cytosine
1
2006
30
0.270
Why?
Cell Line
4
2021
1010
0.250
Why?
Pyrimidines
3
2021
192
0.250
Why?
Drug Screening Assays, Antitumor
7
2021
131
0.250
Why?
Oligonucleotides
2
2021
81
0.250
Why?
Drug Discovery
2
2021
83
0.230
Why?
Mutation
3
2021
1288
0.230
Why?
Templates, Genetic
3
2014
14
0.220
Why?
Base Pair Mismatch
3
2015
22
0.220
Why?
STAT2 Transcription Factor
1
2021
6
0.200
Why?
Induced Pluripotent Stem Cells
1
2022
40
0.200
Why?
STAT1 Transcription Factor
1
2021
25
0.200
Why?
Li-Fraumeni Syndrome
1
2021
12
0.190
Why?
Inositol
1
2021
19
0.190
Why?
Mutation, Missense
2
2016
104
0.190
Why?
AMP-Activated Protein Kinases
1
2021
28
0.190
Why?
Mitochondrial Dynamics
1
2021
21
0.190
Why?
Biological Specimen Banks
1
2021
21
0.190
Why?
Molecular Sequence Data
4
2013
795
0.190
Why?
Pyrans
1
2021
16
0.190
Why?
Nucleotide Motifs
1
2021
23
0.180
Why?
Benzopyrans
1
2020
11
0.180
Why?
Genes, myc
1
2021
40
0.180
Why?
Antibiotics, Antineoplastic
1
2021
77
0.180
Why?
Germ-Line Mutation
2
2021
61
0.180
Why?
Neoplastic Stem Cells
1
2021
100
0.180
Why?
Cytoplasmic Dyneins
1
2019
1
0.170
Why?
Fluorescence Polarization
2
2016
17
0.170
Why?
Alkylation
1
2019
10
0.170
Why?
Cell Proliferation
5
2018
987
0.170
Why?
HIV Reverse Transcriptase
2
2010
3
0.160
Why?
DNA Breaks, Double-Stranded
1
2019
66
0.160
Why?
Amino Acid Substitution
4
2014
81
0.160
Why?
Tubulin Modulators
2
2016
27
0.150
Why?
Recombinant Proteins
3
2014
480
0.150
Why?
Cytochrome P-450 CYP1A2
2
2008
38
0.150
Why?
Breast Neoplasms
2
2021
1187
0.150
Why?
HeLa Cells
2
2016
256
0.140
Why?
Stress, Physiological
2
2021
174
0.140
Why?
Animals
8
2021
13141
0.140
Why?
Protein Multimerization
1
2017
50
0.140
Why?
Mass Spectrometry
2
2009
285
0.140
Why?
Naphthalenes
1
2018
117
0.140
Why?
Protein Conformation
4
2009
165
0.140
Why?
Molecular Targeted Therapy
1
2017
121
0.140
Why?
Receptors, Opioid, delta
1
2016
25
0.140
Why?
Calcium
2
2010
400
0.130
Why?
Morphine Derivatives
1
2016
28
0.130
Why?
Cytoplasmic Granules
1
2016
24
0.130
Why?
Receptors, Opioid, mu
1
2016
46
0.130
Why?
Dioxanes
1
2016
10
0.130
Why?
Acetonitriles
1
2016
7
0.130
Why?
Morphine
1
2016
101
0.130
Why?
Cytoplasm
1
2016
91
0.130
Why?
Barbiturates
1
2015
17
0.130
Why?
Analgesics
1
2016
103
0.130
Why?
Peptide Nucleic Acids
2
2006
17
0.130
Why?
Benzodioxoles
1
2016
41
0.130
Why?
Tumor Cells, Cultured
1
2015
462
0.120
Why?
Tubulin
1
2014
20
0.120
Why?
Triazoles
1
2015
112
0.120
Why?
Heterocyclic Compounds
1
2014
29
0.120
Why?
Protein Biosynthesis
1
2016
251
0.110
Why?
Deoxycytidine Monophosphate
1
2013
5
0.110
Why?
Deoxyadenosines
1
2013
5
0.110
Why?
Hydrogen Bonding
3
2009
31
0.110
Why?
Dose-Response Relationship, Drug
5
2018
1356
0.110
Why?
Molecular Conformation
2
2010
66
0.110
Why?
Deoxycytosine Nucleotides
2
2014
3
0.110
Why?
DNA Repair Enzymes
1
2013
42
0.110
Why?
Carbohydrate Conformation
1
2012
4
0.110
Why?
Deoxyadenine Nucleotides
1
2012
4
0.110
Why?
RNA, Messenger
1
2016
1097
0.110
Why?
Gene Expression Regulation, Neoplastic
2
2021
824
0.100
Why?
Nucleic Acids
1
2012
13
0.100
Why?
Amino Acid Sequence
2
2013
576
0.100
Why?
Diphosphates
2
2014
6
0.100
Why?
Oxidative Stress
1
2016
763
0.100
Why?
HIV-1
1
2010
53
0.090
Why?
Macromolecular Substances
1
2009
36
0.080
Why?
Magnesium Chloride
1
2009
1
0.080
Why?
African Swine Fever Virus
1
2009
1
0.080
Why?
Purine Nucleotides
1
2009
1
0.080
Why?
Deuterium
1
2009
43
0.080
Why?
Disulfides
1
2009
16
0.080
Why?
Uridine
1
2009
6
0.080
Why?
Protein Structure, Secondary
1
2009
71
0.080
Why?
Sulfhydryl Compounds
1
2009
15
0.080
Why?
Escherichia coli
2
2009
191
0.080
Why?
Cyanides
1
2008
5
0.080
Why?
Mutagenesis, Site-Directed
3
2014
96
0.080
Why?
Phenyl Ethers
1
2008
5
0.080
Why?
Bacterial Proteins
2
2011
372
0.080
Why?
Peptides
1
2009
221
0.080
Why?
Pyrenes
1
2008
4
0.080
Why?
Toluene
1
2007
5
0.070
Why?
DNA, Bacterial
1
2007
187
0.070
Why?
Nucleic Acid Denaturation
1
2006
13
0.070
Why?
Biopolymers
1
2006
14
0.070
Why?
Nitriles
2
2021
52
0.070
Why?
Least-Squares Analysis
1
2006
42
0.070
Why?
Stereoisomerism
2
2016
101
0.060
Why?
Mice, Knockout
2
2021
840
0.060
Why?
Enzyme Stability
1
2005
20
0.060
Why?
Static Electricity
1
2005
21
0.060
Why?
Oxygen
1
2008
321
0.060
Why?
Phosphorylation
2
2021
525
0.060
Why?
Organophosphorus Compounds
1
2005
15
0.060
Why?
Electrophoresis, Polyacrylamide Gel
1
2005
102
0.060
Why?
Hot Temperature
1
2005
205
0.060
Why?
DNA Polymerase I
2
2013
8
0.050
Why?
Monensin
1
2022
9
0.050
Why?
Mice, Inbred C57BL
2
2021
1782
0.050
Why?
Female
4
2021
26829
0.050
Why?
Mutagens
2
2013
51
0.050
Why?
Janus Kinase 1
1
2021
16
0.050
Why?
Janus Kinase 2
1
2021
25
0.050
Why?
Phosphoric Monoester Hydrolases
1
2021
21
0.050
Why?
Spheroids, Cellular
1
2021
24
0.050
Why?
Tissue Culture Techniques
1
2021
37
0.050
Why?
MCF-7 Cells
1
2021
62
0.050
Why?
Phenol
1
2020
6
0.050
Why?
Chemistry Techniques, Synthetic
1
2020
20
0.050
Why?
Pyrazoles
1
2021
111
0.050
Why?
Sequence Homology, Amino Acid
2
2013
145
0.050
Why?
Chromatography, Liquid
1
2021
229
0.050
Why?
Neoplasm Invasiveness
1
2021
269
0.040
Why?
Tumor Microenvironment
1
2022
222
0.040
Why?
Cell Division
1
2021
293
0.040
Why?
Tandem Mass Spectrometry
1
2021
231
0.040
Why?
Cell Movement
1
2021
245
0.040
Why?
Vitamin E
1
2020
77
0.040
Why?
Drug Design
1
2020
119
0.040
Why?
Temperature
1
2020
165
0.040
Why?
Rats
2
2016
3277
0.040
Why?
BRCA1 Protein
1
2019
30
0.040
Why?
Transcriptome
1
2021
316
0.040
Why?
Cations, Divalent
2
2010
6
0.040
Why?
Radiation, Ionizing
1
2019
97
0.040
Why?
Male
4
2021
25572
0.040
Why?
Chromatin
1
2019
138
0.040
Why?
Mitochondria
1
2021
398
0.040
Why?
Mice
2
2021
5673
0.040
Why?
Ligands
2
2008
203
0.040
Why?
Oxidation-Reduction
2
2009
317
0.040
Why?
Rabbits
2
2008
376
0.040
Why?
Cricetulus
1
2016
107
0.030
Why?
CHO Cells
1
2016
121
0.030
Why?
Receptors, Opioid, kappa
1
2016
39
0.030
Why?
Drug Tolerance
1
2016
59
0.030
Why?
Cricetinae
1
2016
211
0.030
Why?
Adult
2
2022
13486
0.030
Why?
Models, Biological
2
2009
722
0.030
Why?
Diabetes Mellitus, Experimental
1
2016
129
0.030
Why?
Guanosine
1
2014
7
0.030
Why?
Mutagenicity Tests
1
2013
42
0.030
Why?
Pain
1
2016
373
0.030
Why?
DNA End-Joining Repair
1
2013
13
0.030
Why?
Mice, 129 Strain
1
2013
37
0.030
Why?
DNA Mismatch Repair
1
2013
16
0.030
Why?
Mice, Mutant Strains
1
2013
71
0.030
Why?
Mutant Proteins
1
2013
37
0.030
Why?
Meiosis
1
2013
64
0.030
Why?
Acrolein
1
2012
3
0.030
Why?
Terpenes
1
2012
16
0.030
Why?
Biphenyl Compounds
1
2012
31
0.030
Why?
Ultraviolet Rays
1
2012
49
0.030
Why?
Cell Line, Transformed
1
2012
73
0.030
Why?
Rats, Sprague-Dawley
1
2016
1581
0.030
Why?
Tetrazoles
1
2012
40
0.030
Why?
Benzimidazoles
1
2012
49
0.030
Why?
Drug Evaluation, Preclinical
1
2012
145
0.020
Why?
Young Adult
1
2021
4052
0.020
Why?
DNA Polymerase III
1
2011
5
0.020
Why?
Peroxides
1
2010
4
0.020
Why?
Analgesics, Opioid
1
2016
562
0.020
Why?
Structural Homology, Protein
1
2010
9
0.020
Why?
Cell Survival
1
2012
590
0.020
Why?
Adolescent
1
2021
6459
0.020
Why?
Apoptosis
1
2015
1093
0.020
Why?
Sulfolobus
1
2009
1
0.020
Why?
X-Ray Diffraction
1
2009
10
0.020
Why?
Guanosine Triphosphate
1
2009
19
0.020
Why?
Nuclear Magnetic Resonance, Biomolecular
1
2009
30
0.020
Why?
Child
1
2021
6862
0.020
Why?
Polynucleotide 5'-Hydroxyl-Kinase
1
2009
1
0.020
Why?
Purine Nucleosides
1
2009
3
0.020
Why?
Uracil-DNA Glycosidase
1
2009
7
0.020
Why?
Purines
1
2009
38
0.020
Why?
Enzyme Activation
1
2009
270
0.020
Why?
Ferrous Compounds
1
2008
8
0.020
Why?
Ferric Compounds
1
2008
11
0.020
Why?
Fungal Proteins
1
2009
124
0.020
Why?
RNA
1
2009
166
0.020
Why?
Spectrometry, Fluorescence
1
2008
47
0.020
Why?
Thymine
1
2007
10
0.020
Why?
Virus Replication
1
2009
138
0.020
Why?
Hydrophobic and Hydrophilic Interactions
1
2007
35
0.020
Why?
Microsomes, Liver
1
2008
182
0.020
Why?
Magnetic Resonance Spectroscopy
1
2008
246
0.020
Why?
Exodeoxyribonuclease V
1
2006
2
0.020
Why?
Models, Genetic
1
2006
174
0.020
Why?
Models, Statistical
1
2006
225
0.020
Why?
Oligodeoxyribonucleotides
1
2002
31
0.010
Why?
Time Factors
1
2006
2909
0.010
Why?
Eoff's Networks
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