Header Logo

Jeanne Lawrence

Concepts (287)

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?
RNA, Long Noncoding
26
2024
170
5.400
Why?
Down Syndrome
7
2024
47
3.740
Why?
X Chromosome Inactivation
17
2024
60
3.730
Why?
Cell Nucleus
20
2025
626
3.710
Why?
RNA
9
2024
423
3.100
Why?
Chromatin
14
2023
610
2.950
Why?
RNA, Untranslated
14
2021
103
2.810
Why?
Heterochromatin
11
2025
89
2.480
Why?
Gene Silencing
11
2024
399
2.390
Why?
Chromosomes, Human, X
9
2017
36
1.950
Why?
Genome, Human
5
2025
237
1.470
Why?
Chromosomes
5
2022
135
1.350
Why?
Genome
3
2022
276
1.310
Why?
Dosage Compensation, Genetic
8
2020
22
1.180
Why?
X Chromosome
7
2023
46
1.180
Why?
Induced Pluripotent Stem Cells
5
2022
147
1.160
Why?
Euchromatin
5
2021
16
1.140
Why?
Karyotype
2
2025
18
1.110
Why?
Long Interspersed Nucleotide Elements
3
2025
18
1.100
Why?
RNA, Nuclear
2
2024
13
1.090
Why?
Interphase
4
2016
66
1.040
Why?
Repetitive Sequences, Nucleic Acid
2
2025
81
1.030
Why?
RNA-Binding Proteins
5
2022
434
1.030
Why?
Trisomy
3
2024
21
1.010
Why?
Cell Line
16
2021
2037
0.960
Why?
Cellular Senescence
3
2015
110
0.910
Why?
Alu Elements
1
2024
9
0.900
Why?
Sex Chromatin
5
2013
10
0.890
Why?
DNA, Satellite
3
2025
16
0.880
Why?
Epigenesis, Genetic
8
2017
388
0.860
Why?
Cell Differentiation
4
2020
1348
0.810
Why?
Nuclear Proteins
8
2021
780
0.800
Why?
Kruppel-Like Transcription Factors
1
2022
48
0.750
Why?
In Situ Hybridization, Fluorescence
10
2014
168
0.740
Why?
Nuclear Matrix
1
2021
28
0.730
Why?
Neurogenesis
2
2020
64
0.720
Why?
Humans
48
2025
63297
0.690
Why?
BRCA1 Protein
4
2017
58
0.680
Why?
Chromosomes, Human, Pair 21
3
2018
29
0.680
Why?
Mice
25
2024
10827
0.650
Why?
Neural Stem Cells
1
2020
48
0.640
Why?
Animals
29
2024
20634
0.610
Why?
Hematopoietic System
1
2018
10
0.610
Why?
Chromosomes, Human
2
2013
52
0.600
Why?
Transcription, Genetic
7
2021
879
0.570
Why?
Heterogeneous-Nuclear Ribonucleoprotein U
1
2017
1
0.570
Why?
Embryonic Stem Cells
2
2009
157
0.560
Why?
Chromosomes, Mammalian
3
2015
33
0.550
Why?
DNA Demethylation
1
2017
3
0.540
Why?
Intranuclear Inclusion Bodies
2
2009
8
0.540
Why?
Polycomb-Group Proteins
1
2017
21
0.540
Why?
Methyl-CpG-Binding Protein 2
1
2017
15
0.540
Why?
Ubiquitin-Protein Ligases
6
2017
220
0.530
Why?
RNA, Messenger
6
2017
1539
0.510
Why?
Neoplasms
3
2017
1359
0.480
Why?
RNA Splicing
4
2008
162
0.440
Why?
Progeria
1
2013
4
0.430
Why?
Ribonucleoproteins
2
2006
114
0.430
Why?
Neurons
1
2020
923
0.430
Why?
Protein Folding
1
2015
267
0.420
Why?
Epigenomics
1
2013
62
0.410
Why?
Histones
5
2015
483
0.390
Why?
Genes, X-Linked
2
2016
19
0.380
Why?
Genomic Instability
1
2012
56
0.370
Why?
Genetic Therapy
1
2018
789
0.370
Why?
Gene Expression Regulation
5
2013
1617
0.330
Why?
Genomic Imprinting
3
2012
49
0.320
Why?
Muscle Development
2
2015
53
0.320
Why?
Gene Expression Regulation, Developmental
3
2020
640
0.310
Why?
RNA, Small Nuclear
1
2009
25
0.310
Why?
Blood Cells
1
2008
17
0.300
Why?
Cells, Cultured
6
2020
2152
0.280
Why?
DNA
1
2013
832
0.280
Why?
Myotonic Dystrophy
1
2007
13
0.280
Why?
DNA Replication
2
2006
235
0.270
Why?
Base Sequence
4
2017
1329
0.270
Why?
Chromosome Painting
2
2003
6
0.270
Why?
Fibroblasts
5
2008
387
0.260
Why?
Centromere
1
2006
41
0.260
Why?
S Phase
1
2006
77
0.260
Why?
Dinucleotide Repeats
1
2006
7
0.250
Why?
Ovarian Neoplasms
1
2007
148
0.250
Why?
RNA Precursors
1
2006
76
0.240
Why?
Chromosomes, Human, Pair 4
1
2004
17
0.230
Why?
Ubiquitins
1
2004
41
0.230
Why?
Female
17
2024
32791
0.220
Why?
Telomere
1
2004
52
0.220
Why?
Evolution, Molecular
2
2007
322
0.220
Why?
Muscular Dystrophy, Facioscapulohumeral
1
2004
43
0.220
Why?
Transcription Factors
5
2015
1514
0.220
Why?
Biological Specimen Banks
1
2024
23
0.220
Why?
Cell Nucleolus
1
2004
70
0.220
Why?
Proto-Oncogene Proteins c-myc
1
2004
108
0.220
Why?
Ventricular Myosins
1
2003
6
0.220
Why?
Myogenin
1
2003
16
0.210
Why?
Chromosome Structures
1
2003
7
0.210
Why?
Protein Structure, Tertiary
4
2007
671
0.210
Why?
Multigene Family
1
2003
100
0.200
Why?
Myoblasts
1
2003
63
0.200
Why?
Translocation, Genetic
1
2002
71
0.200
Why?
Male
12
2024
29821
0.190
Why?
RNA Interference
4
2013
618
0.190
Why?
Protein-Arginine N-Methyltransferases
1
2022
35
0.180
Why?
Breast Neoplasms
2
2007
1199
0.180
Why?
DNA Transposable Elements
1
2022
140
0.170
Why?
Endothelial Cells
1
2022
185
0.170
Why?
Chromatin Assembly and Disassembly
3
2015
232
0.170
Why?
Cell Cycle
2
2015
389
0.170
Why?
Genes, BRCA1
2
2012
16
0.170
Why?
Cell Line, Tumor
3
2017
1465
0.160
Why?
HEK293 Cells
1
2022
620
0.160
Why?
Models, Biological
2
2017
1177
0.160
Why?
Binding Sites
1
2022
903
0.160
Why?
Receptors, Notch
1
2020
103
0.160
Why?
Proteins
1
2004
751
0.150
Why?
Hematopoiesis
1
2018
124
0.150
Why?
Mouse Embryonic Stem Cells
1
2017
27
0.140
Why?
In Situ Hybridization
3
2010
216
0.140
Why?
Polycomb Repressive Complex 1
1
2017
31
0.130
Why?
Protein Aggregates
1
2017
20
0.130
Why?
Microscopy, Fluorescence
3
2003
400
0.130
Why?
Genetic Loci
1
2017
115
0.130
Why?
Models, Molecular
3
2010
1148
0.130
Why?
Gene Expression Regulation, Neoplastic
2
2017
524
0.130
Why?
DNA Methylation
3
2013
292
0.120
Why?
Brain
1
2024
1555
0.120
Why?
Serine-Arginine Splicing Factors
2
2006
14
0.120
Why?
Regulatory Elements, Transcriptional
1
2015
38
0.110
Why?
Germ Layers
1
2014
10
0.110
Why?
Hybrid Cells
1
2014
18
0.110
Why?
Heterozygote
2
2004
169
0.110
Why?
ras Proteins
1
2013
77
0.100
Why?
Mutagenesis, Insertional
1
2013
88
0.100
Why?
Microfilament Proteins
2
2004
111
0.100
Why?
Collagen Type I
2
2003
41
0.100
Why?
DNA Probes
1
2013
34
0.100
Why?
Oligonucleotide Probes
1
2013
42
0.100
Why?
Indicators and Reagents
1
2013
52
0.100
Why?
Repressor Proteins
2
2015
347
0.100
Why?
Gene Expression
3
2004
839
0.100
Why?
Oxidative Stress
1
2013
297
0.090
Why?
Mammary Glands, Animal
1
2012
79
0.090
Why?
Cell Proliferation
2
2013
985
0.090
Why?
alpha-Globins
1
2010
5
0.090
Why?
Chromosomes, Human, Pair 16
1
2010
25
0.090
Why?
Transgenes
2
2009
187
0.090
Why?
Cell Survival
1
2012
569
0.080
Why?
MyoD Protein
2
2015
45
0.080
Why?
Aurora Kinase B
1
2009
4
0.080
Why?
Aurora Kinases
1
2009
12
0.080
Why?
Protein Phosphatase 1
1
2009
16
0.080
Why?
Mediator Complex
1
2009
13
0.080
Why?
Leukemia, Promyelocytic, Acute
1
2009
20
0.080
Why?
CpG Islands
1
2010
216
0.080
Why?
Chloroplast Proteins
1
2009
3
0.080
Why?
Down-Regulation
2
2014
319
0.080
Why?
Indoles
1
2009
110
0.080
Why?
Immunoprecipitation
1
2009
126
0.080
Why?
Globins
1
2008
25
0.080
Why?
Endoribonucleases
1
2009
56
0.070
Why?
Pluripotent Stem Cells
1
2009
74
0.070
Why?
Enzyme Activation
1
2009
380
0.070
Why?
Chromosome Mapping
2
2007
289
0.070
Why?
Sulfonamides
1
2009
127
0.070
Why?
Gene Knockdown Techniques
1
2009
201
0.070
Why?
Cyclin-Dependent Kinase Inhibitor p16
1
2008
52
0.070
Why?
Chromosomal Proteins, Non-Histone
1
2009
172
0.070
Why?
Myotonin-Protein Kinase
1
2007
3
0.070
Why?
Myoblasts, Skeletal
1
2007
12
0.070
Why?
RNA Transport
1
2007
31
0.070
Why?
Mutation
2
2007
2607
0.070
Why?
Macrophages
1
2013
1038
0.070
Why?
Trinucleotide Repeat Expansion
1
2007
32
0.070
Why?
Enzyme Inhibitors
1
2009
373
0.070
Why?
Mothers
1
2010
275
0.070
Why?
Immunity, Innate
1
2013
796
0.070
Why?
Kinetochores
1
2006
26
0.070
Why?
DNA, Complementary
2
2007
165
0.060
Why?
Inflammation
1
2013
1146
0.060
Why?
Child
2
2024
4522
0.060
Why?
Tumor Suppressor Protein p53
1
2008
304
0.060
Why?
Spliceosomes
1
2006
42
0.060
Why?
Mice, Knockout
2
2014
2107
0.060
Why?
Leupeptins
1
2004
14
0.060
Why?
Diploidy
1
2004
11
0.060
Why?
Promyelocytic Leukemia Protein
1
2004
15
0.060
Why?
Proteasome Inhibitors
1
2004
31
0.060
Why?
Chromosomes, Human, Pair 17
1
2004
24
0.060
Why?
Homozygote
1
2004
124
0.060
Why?
Basic-Leucine Zipper Transcription Factors
1
2004
39
0.060
Why?
Basic Helix-Loop-Helix Leucine Zipper Transcription Factors
1
2004
39
0.060
Why?
Muscle, Skeletal
2
2015
738
0.050
Why?
Cryopreservation
1
2024
29
0.050
Why?
Chick Embryo
1
2003
44
0.050
Why?
Chromosome Banding
1
2003
13
0.050
Why?
Carcinoma, Embryonal
1
2003
5
0.050
Why?
Dactinomycin
1
2003
10
0.050
Why?
Specimen Handling
1
2024
62
0.050
Why?
NIH 3T3 Cells
1
2003
99
0.050
Why?
Muscles
1
2004
179
0.050
Why?
Tumor Suppressor Proteins
1
2004
199
0.050
Why?
HeLa Cells
1
2004
535
0.050
Why?
Eukaryotic Cells
1
2003
57
0.050
Why?
Fluorescent Antibody Technique
1
2003
233
0.050
Why?
Protein Subunits
1
2003
166
0.050
Why?
Alleles
1
2004
447
0.050
Why?
Klinefelter Syndrome
1
2002
4
0.050
Why?
Mitosis
1
2004
215
0.050
Why?
Turner Syndrome
1
2002
9
0.050
Why?
Karyotyping
1
2002
48
0.050
Why?
Neoplasm Proteins
1
2004
281
0.050
Why?
Transfection
1
2004
692
0.050
Why?
Ribonucleoproteins, Small Nuclear
1
2002
20
0.050
Why?
Nucleic Acid Hybridization
1
2002
98
0.050
Why?
RNA Polymerase II
1
2023
85
0.050
Why?
Cytoskeleton
1
2003
138
0.050
Why?
Regulatory Sequences, Nucleic Acid
1
2023
101
0.050
Why?
Acetylation
1
2002
122
0.050
Why?
Collagen
1
2002
123
0.050
Why?
MicroRNAs
1
2008
685
0.050
Why?
Tumor Cells, Cultured
1
2002
453
0.050
Why?
Rats
1
2004
1977
0.040
Why?
Embryo, Mammalian
2
2014
156
0.040
Why?
Image Processing, Computer-Assisted
1
2004
659
0.040
Why?
Antibodies, Monoclonal
1
2004
863
0.040
Why?
Child, Preschool
1
2024
1988
0.040
Why?
DNA-Binding Proteins
1
2004
1184
0.040
Why?
Signal Transduction
1
2008
3033
0.040
Why?
Mutant Proteins
1
2017
105
0.030
Why?
Anti-Bacterial Agents
1
2003
784
0.030
Why?
Membrane Proteins
1
2003
894
0.030
Why?
Cell Culture Techniques
1
2017
182
0.030
Why?
Adult
2
2024
16784
0.030
Why?
Sequence Analysis, RNA
1
2016
174
0.030
Why?
Histone Deacetylase 2
1
2015
17
0.030
Why?
Embryo Implantation
1
2014
21
0.030
Why?
Lysine
1
2014
83
0.030
Why?
Methylation
1
2014
129
0.030
Why?
Young Adult
1
2024
4683
0.030
Why?
Heterogeneous-Nuclear Ribonucleoproteins
1
2013
8
0.030
Why?
Cyclooxygenase 2
1
2013
75
0.030
Why?
Models, Immunological
1
2013
85
0.030
Why?
DNA Helicases
1
2015
190
0.030
Why?
Adolescent
1
2024
6238
0.030
Why?
Macrophage Activation
1
2013
119
0.030
Why?
Transcriptional Activation
1
2013
190
0.020
Why?
Cytosol
1
2013
179
0.020
Why?
Promoter Regions, Genetic
1
2015
676
0.020
Why?
Toll-Like Receptors
1
2013
431
0.020
Why?
Animals, Congenic
1
2010
4
0.020
Why?
K562 Cells
1
2010
58
0.020
Why?
Embryo Loss
1
2010
12
0.020
Why?
Fathers
1
2010
22
0.020
Why?
MutL Protein Homolog 1
1
2010
27
0.020
Why?
Microsatellite Repeats
1
2010
41
0.020
Why?
Intercellular Adhesion Molecule-1
1
2010
54
0.020
Why?
Blastocyst
1
2010
72
0.020
Why?
Nucleic Acid Conformation
1
2010
239
0.020
Why?
Cytokines
1
2013
934
0.020
Why?
Reverse Transcriptase Polymerase Chain Reaction
1
2010
542
0.020
Why?
Proto-Oncogene Proteins
1
2010
325
0.020
Why?
Genome-Wide Association Study
1
2010
359
0.020
Why?
Ribonuclease III
1
2008
87
0.020
Why?
Adaptor Proteins, Signal Transducing
1
2010
429
0.020
Why?
Fibrosarcoma
1
2007
13
0.020
Why?
Doxycycline
1
2007
46
0.020
Why?
Subcellular Fractions
1
2007
68
0.020
Why?
Gene Deletion
1
2008
308
0.020
Why?
Mice, Transgenic
1
2010
1276
0.020
Why?
Middle Aged
1
2024
17553
0.020
Why?
Gene Expression Profiling
1
2010
771
0.020
Why?
Chromatin Immunoprecipitation
1
2007
146
0.020
Why?
DNA Primers
1
2007
291
0.020
Why?
Introns
1
2007
111
0.020
Why?
DNA Damage
1
2008
280
0.020
Why?
Models, Genetic
1
2007
260
0.020
Why?
Oligonucleotide Array Sequence Analysis
1
2007
297
0.020
Why?
Sequence Analysis, DNA
1
2007
413
0.020
Why?
Immunohistochemistry
1
2007
893
0.010
Why?
Pregnancy
1
2012
2330
0.010
Why?
Sarcolemma
1
2003
10
0.010
Why?
Isomerism
1
2003
28
0.010
Why?
Cattle
1
2003
308
0.010
Why?
Rabbits
1
2003
332
0.010
Why?
Cloning, Molecular
1
2003
382
0.010
Why?
Amino Acid Sequence
1
2003
1592
0.010
Why?
Molecular Sequence Data
1
2003
1990
0.010
Why?
Lawrence's Networks
Click the
Explore
buttons for more information and interactive visualizations!
Concepts (287)
Explore
_
Co-Authors (20)
Explore
_
Similar People (60)
Explore
_
Same Department Expand Description
Explore
_
Physical Neighbors
_