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(Click for frequent words.) 74 gene expression profiles 74 miRNA expression 73 DNA methylation patterns 72 methylation patterns 72 gene expression 72 histone modifications 70 microRNA expression 69 mRNA expression 67 phenotypes 67 microRNA molecules 66 proteomes 66 somatic mutations 65 epigenetic marks 65 epigenetically 65 missense mutations 65 telomere lengths 65 apoE 65 molecular pathways 65 chromatin structure 65 metabolomic profiles 65 histone modification 65 miRNAs 65 transcriptional regulation 65 chromosome rearrangements 65 epigenetic mechanisms 64 phenotype 64 HLA molecules 64 chromosomal regions 64 FGFs 64 genetic polymorphisms 64 quantitative trait loci 64 genetic variants 64 transcriptomes 64 cellular pathways 64 noncoding RNAs 64 SLC#A# [002] 64 Jhdm2a 64 DARPP 64 transcriptome 64 RNA sequences 64 genes 64 OCT4 64 epigenetic alterations 64 virulence genes 64 signaling pathways 64 Brd4 64 HOTAIR 63 circadian genes 63 paralogs 63 drug metabolizing enzymes 63 genetic variation 63 transgene expression 63 radial glia 63 beta1 integrin 63 splice variants 63 sporadic ALS 63 epigenetic markers 63 morphogens 63 genetic variations 63 subcellular localization 63 HLA genes 63 monozygotic twins 63 microglial 63 sequence homology 63 chromosomal DNA 63 genetic determinants 63 hypermethylation 63 gene polymorphisms 63 methylation 63 exomes 63 RUNX3 63 epigenetic changes 63 imprinted genes 63 epigenetic modification 63 #S rRNA gene 63 S. cerevisiae 63 gene sequences 63 trophoblasts 63 HepG2 cells 63 epigenomic 62 genetic loci 62 CEACAM1 62 ependymomas 62 clusterin 62 peripheral blood mononuclear 62 immunostaining 62 S#A# [002] 62 RRM1 62 miRNA genes 62 mitochondrial DNA mtDNA 62 MAPK pathway 62 non coding RNA 62 Prox1 62 tumor biopsies 62 hematopoietic cells 62 luminal cells 62 amino acid sequences 62 DNA rearrangements 62 genomewide 62 mRNA molecules 62 STAT4 62 WT1 62 genetic alterations 62 tyrosine phosphorylation 62 Wnts 62 haplotypes 62 telomere length 62 ncRNAs 62 polymorphisms 62 proto oncogene 62 cell signaling pathways 62 PTPN# 62 ERBB2 62 DNA methylation 62 biologic pathways 62 molecular pathway 62 vimentin 62 epigenome 62 transcriptomic 62 binding affinities 62 mammary cells 62 ERK1 2 62 genomic rearrangements 62 NSCLC tumors 62 ERK signaling 62 skin fibroblasts 61 multigene 61 protein kinases 61 histone acetylation 61 MLH1 61 p# activation 61 zebrafish embryos 61 proteins 61 H2AX 61 tumor suppressor protein 61 TMEM#B 61 micro RNA 61 epigenetic modifications 61 gene mutations 61 CNVs 61 FGFR3 61 VKORC1 61 acetylation 61 causative genes 61 miR #a [001] 61 chromosomal instability 61 phylogenetic analyzes 61 miRNA molecules 61 microarray experiments 61 micro RNAs 61 PKM2 61 CHD7 61 DNA sequences 61 PrPSc 61 mutations 61 breast cancer metastasis 61 GRP# 61 amyloid plaque formation 61 transcriptional activation 61 transgenic mice expressing 61 ribosomal proteins 61 axon guidance 61 Genetic variations 61 metabolite concentrations 61 gene expression profiling 61 differentially expressed genes 61 lung fibroblasts 61 overexpression 61 #S rRNA 61 gastric carcinomas 61 subcellular compartments 61 IGFBP2 61 primate genomes 61 neural cells 61 medulloblastomas 61 MTHFR 61 transgenic mouse models 61 embryonic tissues 61 molecular mechanisms underlying 61 mtDNA mutations 61 promoter hypermethylation 61 gene 61 Smad3 61 genetic markers 61 phenotypic variation 61 gene amplification 61 heterologous expression 61 iPS derived 61 mutant proteins 61 PARP inhibition 61 microRNAs miRNAs 61 microarray analysis 61 molecular biomarkers 61 ribosomal RNA 61 miRNA 61 alpha synuclein protein 61 de novo mutations 61 genomes 61 phenotypic traits 61 ZNF# 61 TGF beta pathway 61 podocytes 61 Hox gene 61 transgenic mouse model 61 chimpanzee genomes 61 single nucleotide polymorphism 61 micronuclei 61 C1q 61 mesenchymal cells 61 H#K#me# 61 GSTP1 61 lymphoid cells 61 splice junctions 61 ERK2 61 overexpressing 61 intracellular signaling 61 glycoproteins 61 Hsp# [001] 61 genes encoding 61 breast cancer subtypes 61 isotypes 61 viral genomes 60 amphioxus 60 genetic makeup 60 enterotypes 60 Genetic variants 60 hamartomas 60 nestin 60 cathepsins 60 Wnt signaling 60 antibody mediated 60 orthologs 60 p# MAPK 60 Notch signaling 60 neural progenitor 60 metabolomic 60 metabolic enzymes 60 cellular metabolism 60 gene rearrangements 60 LIS1 60 molecular markers 60 substrate specificity 60 ptau 60 maternally inherited 60 microcephalin 60 intracellular proteins 60 Hh 60 mutated genes 60 HBx 60 neurite outgrowth 60 pathogenic mutations 60 biopsied tissue 60 ciliated 60 genomic 60 mammary cancers 60 biochemical mechanisms 60 costimulatory 60 PON1 60 epigenetic silencing 60 STK# [002] 60 biological pathways 60 short hairpin RNAs 60 budding yeast 60 RNA polymerases 60 noncoding RNA 60 aneuploid cells 60 alpha synuclein 60 cAMP signaling 60 Xenopus laevis 60 mitochondrial genome 60 haematopoietic 60 gene variants 60 metazoan 60 atypical hyperplasia 60 quantitative RT PCR 60 glycosylation 60 transcriptomics 60 KIAA# 60 amino acid substitutions 60 Dpp 60 hypermethylated 60 proteins secreted 60 clefting 60 morphologically 60 phenotypic expression 60 sortilin 60 TMPRSS2 ERG 60 human leukocyte antigens 60 protein isoforms 60 alternative splicing 60 genomic alterations 60 cDNA libraries 60 CD# expression [001] 60 biochemical markers 60 Clusterin 60 microbiota 60 hippocampal neurons 60 methylation markers 60 genetic aberrations 60 endothelial progenitor cells 60 MSH2 60 SIRT3 60 Western blotting 60 epithelial tissues 60 cardiac myocytes 60 Wnt pathway 60 karyotypes 60 chromosomal aberrations 60 ribonucleic acid RNA 60 CagA 60 c MYC 60 molecular subtypes 60 morphologic 60 SPINK1 60 neuroanatomical 60 Rap1 60 isoforms 60 receptor gene 60 NF1 gene 60 APOE genotype 60 HCV replication 60 phenotypically 60 lymphangiogenesis 60 Wnt proteins 60 biochemical assays 60 palladin 60 enolase 59 inbred strains 59 fungal genomes 59 genes CYP#C# 59 prion gene 59 mutational status 59 differentially expressed proteins 59 melanocyte 59 nucleotide sequence 59 beta catenin 59 RNA splicing 59 allelic 59 glomerular 59 autism susceptibility genes 59 microsatellite markers 59 chimp genomes 59 cypin 59 MEF2D 59 cadherins 59 cultured cells 59 vitamin D receptors 59 underlying pathophysiology 59 chromosome aberrations 59 RNA transcripts 59 siRNA knockdown 59 gene locus 59 chromosomal rearrangements 59 MYH9 59 chromosomal anomalies 59 IKZF1 59 LRRK2 gene 59 breast epithelial cells 59 podocyte 59 genome rearrangements 59 polymerases 59 regulates gene expression 59 heterozygous 59 neuronal dysfunction 59 alleles 59 TOP2A 59 loci 59 karyotype 59 microRNAs 59 proteome 59 uPAR 59 adaptive immunity 59 serine threonine kinase 59 signaling cascades 59 phenotypic 59 MMPs 59 heterozygote 59 GPR# [002] 59 biochemical pathways 59 germline mutations 59 pathogenic mechanisms 59 neural progenitor cells 59 GBM tumors 59 β amyloid 59 chromosomal abnormalities 59 mammalian genomes 59 HbF 59 AMACR 59 myocyte 59 miRNA expression patterns 59 neuroligins 59 fibrocytes 59 monogenic 59 histone H4 59 normal prion protein 59 MAPCs 59 N Myc 59 MC1R gene 59 Sertoli cell 59 pDCs 59 laforin 59 neuroendocrine 59 promoter methylation 59 genetic sequences 59 molecular underpinnings 59 HER2 expression 59 p# mutations 59 coding exons 59 Notch signaling pathway 59 array CGH 59 cell signaling pathway 59 aneuploid 59 homodimers 59 transgenic rats 59 mycobacterial 59 synaptic function 59 glycan 59 APOL1 59 cellularity 59 P cadherin 59 alpha synuclein gene 59 coding genes 59 causal variants 59 BMAL1 59 odorant receptor 59 embryonal 59 segmental duplications 59 clinicopathological 59 mRNAs 59 histone deacetylases 59 epithelia 59 p#INK#a 59 Cx# [001] 59 SNP rs# [001] 59 procaspase 3 59 glucocorticoid receptor GR 59 ADPKD 59 Foxp3 59 rs# [002] 59 beta globin gene 59 mosaicism 59 chromatin immunoprecipitation ChIP 59 FGFR2 gene 59 genetic abnormalities 59 Treg cell 59 PTEN gene 59 cystatin C 59 MDM2 59 RASSF1A 59 ultrastructure 59 differential gene expression 59 K ras mutations 59 DLX5 59 cohesin 59 eukaryotic cells 59 rs# [001] 59 HER2 neu 59 Wnt signaling pathway 59 constitutively expressed 59 HLA DQ2 59 VHL gene 59 osteoclast 59 progranulin 59 pRb 59 adipogenic 59 estrogen receptor 59 BDNF gene 59 roundworm C. elegans 59 evolutionarily conserved 59 brain lesions 59 motor neuron degeneration 59 susceptibility genes 59 colorectal tumor 59 striated muscle 59 anterior pituitary 59 epigenetic 59 Id1 59 cis regulatory 59 oncogenic transformation 59 neuronal differentiation 59 epigenomes 59 secreted protein 59 sRNA 59 genomic variation 59 KLF4 59 tenascin C 59 TAp# 59 p# INK4a 59 genetic variants associated 59 metazoans 59 tyrosine kinases 59 N glycan 59 5 hydroxymethylcytosine 59 Her2/neu 59 molecular signaling pathways 59 granule cells 59 Fibroblasts 59 neuronal circuits 59 TOP2A gene 59 amino acid sequence 59 VEGF expression 59 TXNIP 59 heparan sulfate 59 Androgen receptor 59 GATA4 58 allele frequencies 58 Leydig cell 58 BMP signaling 58 functional polymorphism 58 mtDNA 58 deacetylation 58 amyloid fibrils 58 MMP# 58 myocytes 58 Drosophila genome 58 bronchial epithelial cells 58 Eg5 58 qRT PCR 58 genotypes 58 biochemical abnormalities 58 miRs 58 bacterial genomes 58 constitutively 58 epigenetic regulation 58 transferrin receptor 58 prefrontal cortical 58 metabolizing enzymes 58 modifier genes 58 ribosomal RNA rRNA 58 morphogen 58 P. patens 58 fission yeast 58 CCR3 58 cerevisiae 58 DNA demethylation 58 HAR1 58 zebrafish 58 microdeletions 58 pDC 58 lipid metabolism 58 Immunohistochemical analysis 58 homozygosity 58 C. elegans 58 prognostic markers 58 serum biomarkers 58 S. pombe 58 chromosomal translocations 58 spontaneous mutations 58 mitogen activated protein kinase 58 Hox genes 58 androgen receptor AR 58 metabolites 58 BMP4 58 genomic loci 58 bioluminescent imaging 58 Wnt#b 58 protein conformation 58 orthologous 58 CD# expression [002] 58 transgenic mice 58 cytogenetic 58 biomarkers 58 physiological mechanisms 58 metabolomic profiling 58 molecular abnormalities 58 DNMT1 58 LRP5 58 FGF signaling 58 hypomethylation 58 polyamines 58 Cyclin E 58 TRAIL induced apoptosis 58 PDGFR 58 transfected 58 molecular mechanism 58 Fibroblast Growth Factor Receptor 58 outer membrane proteins 58 COL#A# 58 proteolysis 58 EGFR protein 58 antisense inhibition 58 oncoproteins 58 C EBP alpha 58 NFkB 58 GnRH neurons 58 HLA antigens 58 gut microbes 58 microglial activation 58 mesothelin 58 nucleotide variations 58 IRS1 58 apoE4 58 bisulfite sequencing 58 circadian clock genes 58 telomere shortening 58 genotypic 58 somatic mutation 58 organogenesis 58 ubiquitylation 58 HSPCs 58 enzymatic activity 58 HLA G 58 FGFR4 58 genetic polymorphism 58 Lambris 58 vasopressin receptors 58 mitochondrial dysfunction 58 exosome 58 mutant genes 58 A. thaliana 58 genetic mutations 58 cell nuclei 58 metabolic pathways 58 gene loci 58 caveolin 1 58 hyperactivation 58 indels 58 transcriptionally 58 cDNAs 58 UVB induced 58 TGF β 58 B7 H3 58 neuropilin 58 phytochrome 58 immunohistochemical analysis 58 ChIP chip 58 FGFR1 58 ADAM# 58 synuclein 58 stromal cells 58 intronic 58 eukaryotic 58 serotonin receptor 58 enzymatic pathways 58 Oct4 58 GABRA2 58 aneuploidies 58 MetaChip 58 cardiac progenitor cells 58 MDR1 58 SH2 B 58 hedgehog signaling pathway 58 tumorigenicity 58 MLL2 58 miR# 58 JAK STAT 58 malignant prostate 58 BRAF V#E 58 striatal 58 histone code 58 fatty acid metabolism 58 myopathies 58 rs# [003] 58 immunohistochemical 58 heterozygotes 58 PML RARA 58 genetic makeups 58 dedifferentiation 58 colocalization 58 precancerous stem cells 58 X chromosome inactivation 58 dizygotic twins 58 embryogenesis 58 PPARγ 58 chromosomal alterations 58 KRAS mutations 58 KLF# 58 metagenomes 58 BCL#A 58 transthyretin 58 inherited mutations 58 tumor suppressor gene 58 flavopiridol 58 cultured neurons 58 subcellular structures 58 IL 1β 58 yeast genome 58 receptor proteins 58 mitochondrial gene 58 Phenotypic 58 TLE3 58 causative gene 58 TSLP 58 hematopoietic progenitor cells 58 cisplatin resistant 58 zebrafish larvae 58 calcium homeostasis 58 tumor subtype 58 genes encode proteins 58 NF kB pathway 58 glioblastoma cells 58 histone 58 protein phosphorylation 58 fruitfly Drosophila 58 CYP#B# 58 IFN gamma 58 biochemical processes 58 neural crest cells 58 molecular mechanisms 58 phosphatases 58 p tau 58 Tie2 58 atherosclerotic lesions 58 odorant receptors 58 STK# gene 58 rs# [004] 58 cortical neurons 58 vasopressin receptor 58 MHC genes 58 NF κB activation 58 Transcription factors 58 Htt 58 KCNQ1 58 RT qPCR 58 Igf2 58 FGF# 58 genetic alteration 58 putative biomarkers 58 SCD1 58 huntingtin protein 58 mucins 58 MIF protein 58 transcriptional profiles 58 C. neoformans 58 autophagic 58 MAPK 58 genetic underpinnings 58 pancreatic adenocarcinoma 58 SMAD4 58 ALDH 58 microdeletion 58 mammary epithelial cells 58 MAP kinase 58 netrin 1 57 mutated protein 57 CIB1 57 adipokines 57 endoglin 57 ultrastructural 57 HERV K 57 inhibitory receptor 57 causative mutation 57 genetic variant 57 antigenic epitopes 57 induce pluripotency 57 mutant allele 57 transmembrane protein 57 metabolome 57 synaptic transmission 57 signaling molecules 57 transfected cells 57 TTR gene 57 LXRs 57 nucleated cells 57 tumorigenesis 57 mitochondrial proteins 57 IDH1 mutation 57 nucleotide substitution 57 susceptibility loci 57 MT1 MMP 57 operons 57 transcriptional machinery 57 LKB1 57 cDNA microarray 57 ligand binding 57 neuronal function 57 spontaneous mutation 57 Rab5 57 CYP#D# gene 57 CD1d 57 TET2 57 Sox2 57 signaling pathway 57 Karayiorgou 57 QTLs 57 CXCL5 57 doublecortin 57 iNOS 57 mutant alleles 57 Olig2 57 GFP gene 57 cysteines 57 pro angiogenic 57 morphological traits 57 hormone secretion 57 PALB2 57 underlying molecular mechanisms 57 vascular endothelial cells 57 histologic subtypes 57 folate metabolism 57 chemokine receptors 57 extramedullary 57 HLA DRB1 57 leucocytes 57 mice lacking 57 subventricular zone 57 calcineurin 57 binding affinity 57 HMGA2 57 IGF2 57 fascin 57 Caenorhabditis elegans 57 ribosomal protein 57 HSCs 57 phosphorylates 57 bile acid metabolism 57 mononuclear cells 57 situ hybridization 57 miR #b [002] 57 exocytosis 57 RIP1 57 N myc 57 ipRGCs 57 activin 57 CYP#C# [002] 57 tumor suppressor genes 57 distantly related species 57 neuronal cell 57 hepatocyte 57 metabolizing enzyme 57 PI3K AKT 57 CCL#L# 57 protein tyrosine kinase 57 defensin 57 Transcriptome 57 tumor histology 57 SAPAP3 57 SGK1 57 SMN2 gene 57 Cathepsin B 57 aneuploidy 57 lateral ventricle 57 PIK3CA 57 metabolic parameters 57 Dictyostelium 57 pharmacodynamic biomarkers 57 survivin expression 57 cellular organelles 57 Ki# 57 BRCA1 gene 57 IDH mutations 57 immunodominant 57 TNFalpha 57 serine proteases 57 chromosomal 57 microarray datasets 57 chromosomal mutations 57 microbiomes 57 MicroRNA 57 heterodimers 57 troponins 57 IL #p# 57 basal cells 57 X inactivation 57 linkage disequilibrium 57 Rb gene 57 estrogen receptor alpha 57 leukaemic stem cells 57 presynaptic 57 TERT 57 glycan structures 57 SIRT2 57 vascular endothelial 57 biochemical signaling pathway 57 untranslated regions 57 monocyte 57 PGC 1α 57 synapse formation 57 myelination 57 tau aggregates 57 ErbB4 57 cyclin E 57 transcriptome analysis 57 Sanger sequencing 57 circulating endothelial cells 57 amino acid residues 57 SLC#A# gene [001] 57 #S rDNA 57 CGG repeats 57 downregulation 57 biochemically 57 carcinoembryonic antigen 57 primary cilia 57 familial clustering 57 chaperone proteins 57 mouse ESCs 57 perilipin 57 centromeres 57 TRIM5 57 Pten 57 splice variant 57 PPARg 57 epigenetic inheritance 57 mitochondrial metabolism 57 HDACs 57 synaptogenesis 57 gonadal hormones 57 Skp2 57 prion proteins 57 misfolded protein 57 TIMP 57 3'UTR 57 caveolae 57 orthologous genes 57 #T# L1 57 granzyme B 57 syngeneic 57 osteopontin 57 matrix metalloproteinase 57 synaptic proteins 57 mutant SOD1 57 PICALM 57 ncRNA 57 prodynorphin 57 stem cell differentiation 57 IGF 1R 57 microRNA miR 57 c Myb 57 Runx2 57 S#K# 57 regulate gene expression 57 cytokine 57 mRNA transcripts 57 cryptochromes 57 osteoblast 57 antigen receptor 57 telomere dysfunction 57 astrocyte cells 57 bone marrow mesenchymal stem 57 constitutively active 57 MHC molecules 57 kinase gene 57 EGFR mutations 57 aldehyde dehydrogenase 57 neuronal circuitry 57 genomic imprinting 57 lung adenocarcinomas 57 neural crest stem cells 57 fatty acid synthase 57 primordial germ cells 57 methylated DNA 57 prion infection 57 eukaryotic cell 57 IL 7R 57 nephron 57 PAK1 57 ectopic expression 57 DISC1 57 protein encoded 57 capillary density 57 transgenic mouse 57 cellular prion protein 57 plasma kallikrein 57 gastric carcinoma 57 immunoblotting 57 trophoblast cells 57 Logistic regression 57 inhibitory receptors 57 Genetic variation 57 mutant huntingtin protein 57 ubiquitin ligases 57 pathophysiological 57 FOXO3a 57 carotid artery thickness 57 non coding RNAs 57 CCR5 delta# 57 NF1 57 cell motility 57 dopamine receptor gene 57 transcriptional profiling 57 Alu elements 57 FGFR2 57 chromatin immunoprecipitation 57 intracellular bacteria 57 RT PCR assay 57 Akt1 57 transcription factors 57 colonic mucosa 57 receptor gamma 57 shRNAs 57 Dr. Victor Velculescu 57 generalized vitiligo 57 TCF#L# gene 57 RNAs 57 membrane fusion 57 glutamate signaling 57 mRNA 57 Wnt1 57 HER2 HER3 57 glial tumors 57 recessive mutation 57 encode proteins 57 multivariate analyzes 57 lymphoid 57 genotyping arrays 57 BCL2 57 gut microflora 57 neuropathologic 57 nucleotide substitutions