Colorado PROFILES, The Colorado Clinical and Translational Sciences Institute (CCTSI)
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Last Name
Institution

Arthur Zaug

Concepts (180)

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?
Telomerase
24
2025
233
3.290
Why?
Telomere-Binding Proteins
11
2024
102
2.030
Why?
Telomere
12
2024
232
1.610
Why?
DNA, Single-Stranded
5
2022
114
0.940
Why?
Replicon
1
2022
14
0.790
Why?
Tetrahymena
20
1995
157
0.740
Why?
DNA Replication
2
2022
227
0.720
Why?
RNA, Ribosomal
17
1995
161
0.590
Why?
RNA, Catalytic
10
1995
185
0.510
Why?
DNA Primase
3
2024
45
0.440
Why?
Telomere Homeostasis
4
2020
29
0.430
Why?
Introns
8
1995
251
0.420
Why?
Tetrahymena thermophila
3
2008
65
0.420
Why?
DNA Polymerase I
2
2024
29
0.410
Why?
RNA
9
2025
880
0.410
Why?
Mutation
13
2025
3710
0.400
Why?
RNA Splicing
13
1999
260
0.400
Why?
RNA Precursors
8
1994
147
0.330
Why?
RNA, Fungal
5
2003
67
0.330
Why?
Nucleic Acid Conformation
14
2025
706
0.320
Why?
Base Sequence
25
2005
2146
0.310
Why?
Saccharomyces cerevisiae
6
2016
530
0.270
Why?
Anabaena
2
1994
18
0.220
Why?
Protein Binding
7
2021
2120
0.220
Why?
HEK293 Cells
3
2021
696
0.210
Why?
G-Quadruplexes
1
2022
17
0.200
Why?
Kinetics
10
2008
1644
0.180
Why?
Multiprotein Complexes
2
2020
155
0.170
Why?
Protein Structure, Tertiary
4
2012
841
0.170
Why?
Cell Line
4
2016
2779
0.170
Why?
RNA, Protozoan
3
1995
58
0.160
Why?
DNA Primers
4
2008
510
0.150
Why?
DNA-Binding Proteins
2
2005
1446
0.150
Why?
Kluyveromyces
1
1997
9
0.140
Why?
Poly A
1
1997
48
0.140
Why?
Nucleic Acid Precursors
6
1986
24
0.140
Why?
Binding Sites
7
2008
1250
0.130
Why?
Cell Nucleus
3
2016
586
0.130
Why?
DNA
5
2008
1396
0.130
Why?
Models, Molecular
5
2024
1487
0.130
Why?
Molecular Sequence Data
9
1997
2835
0.130
Why?
RNA Editing
1
2015
20
0.120
Why?
RNA, Transfer, Leu
1
1994
7
0.120
Why?
Humans
19
2025
129266
0.120
Why?
Oligoribonucleotides
5
1995
52
0.120
Why?
CRISPR-Cas Systems
1
2015
108
0.110
Why?
RNA, Bacterial
1
1994
182
0.110
Why?
Transcription, Genetic
8
1997
1416
0.100
Why?
Enzyme Activation
2
2015
812
0.100
Why?
Nuclear Proteins
2
2014
659
0.100
Why?
Urinary Bladder Neoplasms
1
2015
226
0.100
Why?
Substrate Specificity
7
2005
368
0.100
Why?
Animals
24
2010
35309
0.100
Why?
Adaptor Proteins, Signal Transducing
1
2014
399
0.090
Why?
Dyskeratosis Congenita
1
2011
4
0.090
Why?
Cryoelectron Microscopy
2
2024
177
0.090
Why?
Sulfuric Acid Esters
2
2025
10
0.090
Why?
Oryzias
1
2010
8
0.080
Why?
HeLa Cells
3
2016
611
0.080
Why?
Induced Pluripotent Stem Cells
1
2011
221
0.070
Why?
Endoribonucleases
1
1988
73
0.070
Why?
Biomarkers, Tumor
1
2015
1173
0.070
Why?
Leucine
1
2008
108
0.070
Why?
Catalytic Domain
1
2008
218
0.070
Why?
Recombinant Fusion Proteins
1
2010
648
0.070
Why?
Protein Domains
2
2020
253
0.070
Why?
Acid Phosphatase
1
1986
20
0.070
Why?
Temperature
2
2008
634
0.060
Why?
Coiled Bodies
2
2016
8
0.060
Why?
DNA-Directed RNA Polymerases
1
1986
55
0.060
Why?
Recombinant Proteins
2
2005
1304
0.060
Why?
Macromolecular Substances
1
2005
216
0.060
Why?
RNA Folding
1
2025
36
0.060
Why?
Genome, Human
2
2016
392
0.050
Why?
In Vitro Techniques
1
2005
1085
0.050
Why?
Mutagenesis, Site-Directed
2
1994
361
0.050
Why?
Sequence Analysis, RNA
1
2025
428
0.050
Why?
Molecular Chaperones
2
2014
182
0.050
Why?
Fungal Proteins
1
2002
130
0.050
Why?
Models, Chemical
1
1983
263
0.050
Why?
Models, Genetic
2
1994
593
0.050
Why?
Promoter Regions, Genetic
2
2015
1204
0.040
Why?
Electrophoresis, Polyacrylamide Gel
4
1985
327
0.040
Why?
Replication Protein A
1
2020
12
0.040
Why?
Ribonucleoproteins, Small Nuclear
1
1999
22
0.040
Why?
Phosphorylation
1
2024
1710
0.040
Why?
Saccharomyces cerevisiae Proteins
2
2002
383
0.040
Why?
Protein Multimerization
1
2020
178
0.040
Why?
Models, Biological
2
2005
1722
0.040
Why?
RNA-Binding Proteins
1
2002
387
0.040
Why?
Pancreatitis-Associated Proteins
1
1997
6
0.040
Why?
Telomeric Repeat Binding Protein 2
1
2017
8
0.040
Why?
G1 Phase
1
1997
70
0.040
Why?
Electrophoretic Mobility Shift Assay
1
2017
83
0.030
Why?
Endonucleases
1
2016
28
0.030
Why?
Cell Adhesion Molecules
1
2017
173
0.030
Why?
Clustered Regularly Interspaced Short Palindromic Repeats
1
2016
28
0.030
Why?
S Phase
1
2016
75
0.030
Why?
Active Transport, Cell Nucleus
1
2016
113
0.030
Why?
Gene Editing
1
2016
67
0.030
Why?
Genetic Techniques
1
1996
63
0.030
Why?
Catalysis
2
1994
308
0.030
Why?
DNA, Complementary
1
1996
271
0.030
Why?
RNA, Small Nuclear
1
1995
35
0.030
Why?
Chromosomes
1
2015
100
0.030
Why?
Genes
2
1987
227
0.030
Why?
Microscopy, Electron
1
1995
426
0.030
Why?
Urothelium
1
2015
37
0.030
Why?
Co-Repressor Proteins
1
2014
18
0.030
Why?
Methylation
1
1995
230
0.030
Why?
Gene Expression Regulation
2
2015
2537
0.030
Why?
Plasmids
2
1993
358
0.030
Why?
Point Mutation
1
2015
224
0.030
Why?
Anticodon
1
1993
24
0.030
Why?
In Situ Hybridization, Fluorescence
1
2014
313
0.030
Why?
DNA Helicases
1
2014
149
0.030
Why?
Templates, Genetic
2
2003
61
0.030
Why?
Mice
1
2010
16915
0.030
Why?
RNA Interference
1
2014
450
0.030
Why?
Imaging, Three-Dimensional
1
2016
529
0.030
Why?
RNA, Transfer, Met
1
1992
6
0.020
Why?
Thermodynamics
1
1994
406
0.020
Why?
Carboxylic Ester Hydrolases
1
1992
20
0.020
Why?
Structure-Activity Relationship
2
2005
548
0.020
Why?
Exons
1
1993
341
0.020
Why?
Magnesium
2
1988
153
0.020
Why?
History, 20th Century
1
1992
291
0.020
Why?
Cellular Reprogramming
1
2011
95
0.020
Why?
Bacterial Proteins
1
2016
833
0.020
Why?
Cells, Cultured
1
2017
4077
0.020
Why?
Cell Division
1
2011
796
0.020
Why?
Formamides
1
1988
6
0.020
Why?
Magnesium Chloride
1
1988
7
0.020
Why?
Calcium Chloride
1
1988
12
0.020
Why?
Cations, Divalent
1
1988
54
0.020
Why?
Urea
1
1988
76
0.020
Why?
Cell Cycle Proteins
1
2011
584
0.020
Why?
RNA, Messenger
1
2015
2703
0.020
Why?
Cell Line, Tumor
1
2015
3202
0.020
Why?
Structural Homology, Protein
1
2007
25
0.020
Why?
Nucleic Acid Hybridization
3
1982
189
0.020
Why?
Fibroblasts
1
2011
948
0.020
Why?
Protein Subunits
1
2007
234
0.020
Why?
Binding, Competitive
1
1986
206
0.020
Why?
Crystallography, X-Ray
1
2007
435
0.020
Why?
Hemagglutinins
1
2005
9
0.020
Why?
Hydrolysis
1
1985
186
0.020
Why?
Repetitive Sequences, Nucleic Acid
1
2005
111
0.010
Why?
Crystallization
1
2005
138
0.010
Why?
Cyclization
1
1984
16
0.010
Why?
Xenopus
1
1984
86
0.010
Why?
Hydrogen-Ion Concentration
1
1985
541
0.010
Why?
Oligonucleotides
1
2005
140
0.010
Why?
Molecular Structure
1
2005
481
0.010
Why?
Genetic Complementation Test
1
2003
63
0.010
Why?
Alternative Splicing
1
2005
216
0.010
Why?
Cytosine
1
2003
46
0.010
Why?
Cloning, Molecular
1
2003
525
0.010
Why?
Dimerization
1
2002
191
0.010
Why?
Sequence Deletion
1
2002
179
0.010
Why?
Enzyme Inhibitors
1
2005
827
0.010
Why?
Polymers
1
1985
477
0.010
Why?
Adenine
1
2003
256
0.010
Why?
snRNP Core Proteins
1
1999
5
0.010
Why?
Genes, Fungal
1
1999
50
0.010
Why?
RNA Caps
1
1999
33
0.010
Why?
Guanosine
1
1999
42
0.010
Why?
Alleles
1
2002
845
0.010
Why?
Autoantigens
1
1999
419
0.010
Why?
RNA, Transfer, Phe
1
1995
9
0.010
Why?
RNA, Transfer, Amino Acyl
1
1992
9
0.010
Why?
Models, Structural
1
1992
39
0.010
Why?
Phosphorus Radioisotopes
1
1990
29
0.010
Why?
Radioisotope Dilution Technique
1
1990
13
0.010
Why?
Enzymes
1
1987
65
0.000
Why?
Base Composition
1
1986
76
0.000
Why?
DNA Restriction Enzymes
1
1982
53
0.000
Why?
Lac Operon
1
1982
45
0.000
Why?
Guanine Nucleotides
1
1981
15
0.000
Why?
DNA Transposable Elements
1
1982
118
0.000
Why?
Zaug's Networks
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