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(Click for frequent words.) 71 transcriptional regulation 70 alternatively spliced 70 tyrosine phosphorylation 69 chromatin structure 67 microRNAs miRNAs 67 gene expression 67 noncoding RNA 66 stem cell differentiation 66 RNA splicing 66 microRNAs 66 histone modifications 66 miRNA expression 66 miRNAs 66 gene transcription 66 microRNA expression 66 HOTAIR 65 epigenetic mechanisms 65 paralogs 65 non coding RNA 65 epigenetic 65 epigenetic regulation 65 Foxp3 65 Wnt signaling 65 melanocyte 64 ubiquitination 64 apoE 64 cell signaling pathways 64 epigenetic modification 64 transcriptional repressor 64 genomic instability 64 tumor suppressor gene 64 membrane fusion 64 RNA polymerases 64 Notch signaling 64 HMGA2 64 synaptogenesis 64 JAK STAT 64 FGF signaling 64 proteolysis 64 tumorigenesis 64 gene rearrangements 64 Kv#.# 64 micro RNAs 63 signaling pathway 63 Hedgehog signaling 63 ncRNA 63 intracellular signaling 63 SMN2 63 H#K#me# 63 sRNA 63 ncRNAs 63 neurite outgrowth 63 mtDNA mutations 63 tumor suppressor protein 63 noncoding 63 histone methylation 63 RNA transcripts 63 untranslated regions 63 PTPN# 63 splice variants 63 biogenesis 63 somatic mutations 63 transcriptional 63 Smad3 63 DNA methylation 63 miR #a [002] 63 cellular pathways 63 transgene expression 63 Notch signaling pathway 63 quantitative trait loci 63 signaling pathways 63 evolutionarily conserved 63 acetylation 62 prodynorphin 62 S#A# [002] 62 somatic mutation 62 5 hydroxymethylcytosine 62 Skp2 62 3'UTR 62 sequence homology 62 histone acetylation 62 intronic 62 SGK1 62 axon guidance 62 X inactivation 62 MAPK pathway 62 epigenetic modifications 62 pre mRNA splicing 62 TMEM#B 62 chromosomal instability 62 exons 62 noncoding RNAs 62 FOXO3a 62 protein phosphorylation 62 CHD7 62 transcription factors 62 micro RNA 62 synapse formation 62 chromatin remodeling 62 hypermethylation 62 Hox genes 62 protein conformation 62 PU.1 62 secretory pathway 62 DNA methylation patterns 62 DISC1 62 mechanotransduction 62 genes encoding 62 post transcriptional 62 methylation 62 regulates gene expression 62 epigenetic alterations 62 cell motility 62 SH2 B 62 methylation patterns 62 transcriptional repression 62 E#F# 62 neuronal differentiation 62 histone 62 gene locus 62 Sgk1 62 Wnt signaling pathway 62 segmental duplications 62 Prox1 61 eotaxin 61 gene amplification 61 subcellular localization 61 c Myb 61 GRP# 61 phenotypic variation 61 WT1 61 glycosylation 61 BMP signaling 61 PTEN gene 61 progranulin 61 intracellular proteins 61 Sox# 61 IRF6 61 mitogen activated protein kinase 61 Clusterin 61 cystic fibrosis transmembrane conductance 61 LIS1 61 KLF4 61 Alternative splicing 61 intergenic 61 rRNA 61 SCD1 61 embryogenesis 61 MALAT1 61 ribonucleic acids 61 5 methylcytosine 61 chromosome condensation 61 proto oncogene 61 RNAs 61 histone modification 61 chromosomal translocations 61 protein synthesis 61 polyadenylation 61 P cadherin 61 signal transduction 61 calpain 61 epigenetically 61 morphogen 61 miRNA genes 61 DNA demethylation 61 Hox gene 61 morphogenesis 61 morphogenetic 61 CHI#L# 61 beta catenin 61 presenilin 61 WNK1 61 transcriptional activation 61 MeCP2 61 activin 61 missense mutations 61 CNTNAP2 61 caspases 61 MC4R gene 61 oncoprotein 61 peroxisome 61 TGF ß 61 experimentally validated 61 Six3 60 microRNA molecules 60 alpha synuclein protein 60 encodes protein 60 podocyte 60 mitochondrial gene 60 miRNA 60 neuroligins 60 protein kinases 60 neurofibromin 60 #S rRNA 60 HMGCR 60 Sox9 60 serine protease 60 sporadic ALS 60 proapoptotic 60 mRNA sequences 60 TGF β 60 NFAT 60 RNA sequences 60 FGFR3 60 radial glia 60 FGFs 60 Alu elements 60 RNA polymerase II 60 KLF# 60 Htt 60 metabolic enzymes 60 Drosha 60 constitutively 60 ubiquitylation 60 LKB1 60 subcellular 60 uPAR 60 neurexin 60 cellular metabolism 60 Cyclin D1 60 misregulation 60 piRNAs 60 pleiotropic 60 MicroRNA 60 Dysregulation 60 VHL gene 60 enzymatic activity 60 cis regulatory 60 MAPK 60 PML RARA 60 FGF2 60 genetic polymorphism 60 PALB2 60 DNMT1 60 BMP4 60 FoxO1 60 β catenin 60 CFTR gene 60 tau protein 60 ERK1 2 60 actin cytoskeleton 60 protein isoforms 60 podocytes 60 Nedd4 60 molecular signaling pathway 60 VIPR2 60 miR# 60 genetic loci 60 NKX#.# 60 ligand binding 60 deacetylation 60 coding sequences 60 costimulatory 60 c myb 60 XBP1 60 gene loci 60 RUNX3 60 mRNA expression 60 mitochondrial proteins 60 JAK2 60 E3 ubiquitin ligase 60 microarray experiments 60 estrogen receptor alpha 60 SH#B# 60 alpha synuclein 60 HSF1 60 protein encoded 60 SATB1 60 Runx2 60 COX2 60 gene expression patterns 60 centrosome 60 regulating gene expression 60 CARD# 60 ERK signaling 60 phosphorylation 60 exocytosis 60 splice junctions 60 Treg cell 60 calcineurin 60 ABCA1 60 adipogenic 60 tumor suppressor p# 60 p#/CBP 60 cyclin D1 60 RCAN1 60 transcriptomes 60 stem cell pluripotency 60 Hh pathway 60 cholesterol metabolism 60 Rb#/p# 60 sortilin 60 OPHN1 59 N myc 59 drug metabolizing enzymes 59 virulence genes 59 amyloid deposition 59 molecular pathway 59 TCF#L# 59 histone H3 59 signaling molecule 59 transduction 59 neuronal migration 59 isoforms 59 viral genomes 59 microRNA 59 GLI1 59 caveolin 59 MDM2 59 microcephalin 59 glucocorticoid receptor 59 Sonic hedgehog 59 neoplastic transformation 59 gamma H2AX 59 HBx 59 epigenetic silencing 59 ERK2 59 microglial 59 serine threonine kinase 59 Epigenetic 59 FGFR2 59 p# MAPK 59 Wnt1 59 IRS1 59 KCNQ1 59 Wnt proteins 59 DLC1 59 c MYC 59 osteocalcin 59 transcriptional regulators 59 Rap1 59 hypomethylation 59 neural cells 59 germline cells 59 nNOS 59 ERK1 59 homeobox gene 59 molecular pathways 59 immunoglobulin genes 59 genomic imprinting 59 H#K# methylation 59 cAMP signaling 59 presynaptic 59 mitochondrial dysfunction 59 heterochromatin 59 Cathepsin B 59 amyloid peptide 59 amyloidogenic 59 TCF#L# gene 59 RNA silencing 59 constitutively expressed 59 circadian genes 59 Rab5 59 antiapoptotic 59 p# activation 59 Dpp 59 Oct4 59 NF κB 59 small RNAs 59 hippocampal neurons 59 PPAR γ 59 Eg5 59 tyrosine kinases 59 LRP6 59 mesoderm 59 MSH2 59 mTOR signaling 59 intercellular communication 59 transmembrane 59 oxidative phosphorylation 59 huntingtin 59 DNA rearrangements 59 Methylation 59 mRNA transcripts 59 H#K# [002] 59 neuromuscular junction 59 HIF 1alpha 59 chromosomal rearrangement 59 cytosine methylation 59 transcriptional regulator 59 genes 59 neuregulin 59 protein kinase 59 hedgehog signaling 59 cytoskeletal 59 autophagic 59 splice variant 59 CaM kinase II 59 synaptic transmission 59 cytosolic 59 neuroendocrine 59 downregulation 59 chromatin remodeling complex 59 NFKBIA 59 Cx# [001] 59 Cdc7 59 mRNA molecules 59 SMAD4 59 SLC#A# [002] 59 overexpression 59 imprinted genes 59 mRNA decay 59 neuroligin 59 calcium homeostasis 59 cypin 59 neural crest 59 IL 1beta 59 signaling cascades 59 gliosis 59 polyploidy 59 X chromosome inactivation 59 SIRT3 59 Phosphorylation 59 medulloblastomas 59 cyclic AMP 59 ADAM# 59 KIAA# 59 synaptic proteins 59 X. laevis 59 cytochrome P# 59 isoenzymes 59 NRG1 59 CXCR2 59 synaptic function 59 mRNAs 59 Wnt pathway 59 transcriptome 59 beta1 integrin 59 nucleotide sequence 59 epigenetic changes 59 STAT4 59 recombination hotspots 58 V#F mutation 58 collagen VI 58 gene polymorphisms 58 cell adhesion molecule 58 cortical neurons 58 epigenome 58 kinase pathway 58 PrPC 58 beta amyloid peptide 58 condensin 58 phenotypic expression 58 progranulin gene 58 lipoxygenase 58 Cdc# 58 procaspase 3 58 genomic alterations 58 posttranslational modifications 58 spontaneous mutation 58 BMAL1 58 MAPKs 58 trans splicing 58 orthologs 58 Hfq 58 palmitoylation 58 nicotinic receptor 58 Neuregulin 1 58 nonlinear optical 58 Nrf2 58 oncogenesis 58 Sox2 58 protein p# 58 post translational modifications 58 cyclic AMP cAMP 58 MEF2 58 proteolytic cleavage 58 genetic alterations 58 SIRT1 58 transgenic mouse model 58 dentate gyrus 58 tumor suppressive 58 meiotic recombination 58 EAAT2 58 OCT4 58 malignant transformation 58 BubR1 58 axon outgrowth 58 CPEB 58 RAR beta 58 neuroepithelial cells 58 Aβ 58 lipid metabolism 58 beta globin gene 58 phosphatases 58 casein kinase 58 neuroanatomical 58 synuclein 58 modulatory 58 NF1 gene 58 FGFR1 58 Ago2 58 MyoD 58 chromosomal regions 58 dynamin 58 tropomyosin 58 cyclins 58 sphingolipid 58 adipokines 58 chromosomal rearrangements 58 MAP kinase 58 γ secretase 58 neuronal plasticity 58 vimentin 58 neurotransmitter receptor 58 postsynaptic 58 Fas ligand 58 GPC5 58 telomeric 58 orthologous genes 58 mitochondrial fusion 58 LRRK2 gene 58 ER alpha 58 QTLs 58 zebrafish embryos 58 caveolin 1 58 DGAT1 58 epigenetic inheritance 58 protein misfolding 58 adipocyte 58 MMP9 58 chromosome segregation 58 mRNA 58 receptor kinase 58 ERBB2 58 Jhdm2a 58 Id1 58 TGF beta pathway 58 Chk1 58 miRs 58 ubiquitin ligases 58 neurotransmission 58 alpha synuclein gene 58 magnetization reversal 58 Smoothened 58 SIRT2 58 FOXP3 58 centromeres 58 Pten 58 connexin 58 DARPP 58 molecular abnormalities 58 receptor gamma 58 hTERT 58 vascular endothelial 58 ras gene 58 TACI 58 MECP2 gene 58 lymphangiogenesis 58 adipogenesis 58 phosphorylates 58 substrate specificity 58 NFkB 58 BRAF protein 58 Wnts 58 genomic rearrangements 58 noncoding DNA 58 EBNA1 58 SRY gene 58 PrP 58 myogenesis 58 melanocortin receptors 58 primary cilia 58 miR #a [001] 58 protein kinase C 58 secretory cells 58 Akt 58 beta globin 58 operon 58 gastrulation 58 TAp# 58 TNFalpha 58 hypocretin neurons 58 eIF4E 58 dedifferentiation 58 cDNAs 58 ERK pathway 58 serine threonine 58 A. thaliana 58 catenin 58 cellular prion protein 58 de novo mutations 58 ESR1 58 LRRK2 58 germ cells 58 NR2B 58 chondrocyte 58 proteins encoded 58 homodimer 58 apoE4 58 caspase activation 58 ACE2 58 pyrrolysine 58 Akt3 58 nicotinic receptors 58 androgen receptor gene 58 Myc 58 TMPRSS2 ERG fusion 58 eukaryotic cells 58 6S RNA 58 primate genomes 58 messenger RNAs mRNAs 58 p# gene 58 IGF2 58 LMNA 58 circadian clock genes 58 Mcl 1 58 gene inactivation 57 selective inhibition 57 C. elegans 57 allelic 57 riboswitches 57 non coding RNAs 57 BDNF gene 57 folate metabolism 57 Signal transduction 57 E1A 57 heterologous expression 57 FKBP# 57 GTPase 57 autism susceptibility genes 57 microdeletions 57 spermatogenesis 57 CpG island 57 tRNA synthetase 57 beta subunit 57 CCR3 57 p# protein 57 Genetic variation 57 NF kB 57 telomere dysfunction 57 neuronal signaling 57 MEK1 57 CYP#C# [002] 57 COMT 57 intracellular signal transduction 57 misfolded protein 57 lysosomal 57 cytokine signaling 57 PIK3CA 57 arginase 57 Arp2 3 57 S nitrosylation 57 signaling cascade 57 RhoA 57 Nup# 57 DLX5 57 HMG CoA reductase 57 tumorigenicity 57 SCN5A 57 druggable target 57 forkhead 57 phenotypic differences 57 MAP kinase pathway 57 regulate gene expression 57 JAK2 enzyme 57 pro angiogenic 57 HMGA2 gene 57 granzyme B 57 TGF b 57 telomere maintenance 57 morphogens 57 GPx 57 hepatic stellate cells 57 tumor suppressor genes 57 coactivator 57 GRK2 57 NADPH oxidase 57 GSTP1 57 chromosomal deletions 57 ErbB2 57 epithelial tissue 57 Runx1 57 synapse maturation 57 estrogen receptor 57 conformational changes 57 misfolding 57 HCV replication 57 homologous recombination 57 morphologic 57 monogenic 57 chromatin modification 57 Stat3 57 amyloid beta peptides 57 oncogenic 57 acyl CoA 57 allelic variation 57 transcriptionally 57 ataxin 57 vascular endothelial cells 57 eNOS 57 Upregulation 57 biochemical pathway 57 pluripotency 57 Wnt 57 glutamatergic 57 neuronal 57 phagocytosis 57 Pax6 57 TCF4 57 phosphorylated 57 Hh 57 previously uncharacterized 57 LRAT 57 conformational 57 Akt1 57 differential gene expression 57 Notch1 57 perilipin 57 neuronal dysfunction 57 intron 57 pRb 57 neurogenesis 57 CYP#E# 57 STAT3 57 meiotic 57 dysregulation 57 protein acetylation 57 thymocyte 57 familial ALS 57 NS5A 57 sumoylation 57 CXCL# 57 zebrafish embryo 57 P#X# 57 RIP1 57 #T# L1 57 TGF ß1 57 Cyclin E 57 histone H4 57 ubiquitin ligase 57 Mre# 57 neuropathologic 57 miR #b [002] 57 proteins 57 amino acid substitutions 57 SOX9 57 coexpression 57 Wnt beta catenin 57 Cytochrome 57 IRAK1 57 intergenic regions 57 transcription factor 57 kinase domain 57 glycolipids 57 methyltransferases 57 FTLD 57 HIF 1α 57 GPR# [002] 57 UGT#B# 57 IRF5 57 hypermethylated 57 lincRNA 57 granule cells 57 colocalization 57 MAP kinases 57 microglial activation 57 mutations 57 molecular mechanism 57 β1 57 ACh 57 TMPRSS2 ERG 57 subcellular structures 57 demyelination 57 gene 57 proteoglycan 57 promoter methylation 57 FOXO 57 IDH1 57 antisense RNA 57 airway remodeling 57 mRNA encoding 57 neurites 57 inducible 57 cyclin E 57 chromosome #p#.# 57 CEACAM1 57 RKIP 57 downstream effectors 57 epithelial mesenchymal transition 57 eukaryotic cell 57 budding yeast 57 eIF2 57 mutagenesis 57 pathophysiological 57 endostatin 57 ribosomal proteins 57 mitochondrial metabolism 57 dopamine transporter 57 serotonin transporter 57 SIRT1 gene 57 VKORC1 57 viral genome 57 PHLPP 57 pathogenic mechanisms 57 immunoregulatory 57 FasL 57 osteogenic differentiation 57 SMN2 gene 57 oligodendrocyte 57 PKC isoforms 57 E3 ligase 57 causative genes 57 axonal 57 p# mutations 57 IGFBP2 57 mesenchymal cell 57 transgenic mice expressing 57 siRNA mediated 57 HIF 1a 57 EMBL scientists 57 cytokinesis 57 MAPK signaling pathway 57 demethylation 57 inherited mutations 57 receptor subtypes 57 fatty acid synthesis 57 Hedgehog pathway 57 phenotype 57 MDR1 57 genes CYP#C# 57 BCL#A 57 Pin1 57 Sir2 57 LXRs 57 MDSCs 57 rDNA 57 p# pathway 57 SREBP 57 astrocytic 57 insertions deletions 57 HER2 neu 57 RNA molecule 57 coding RNA 57 matrix metalloproteinase 57 ENaC 57 synaptic plasticity 57 genotoxic stress 57 cohesin 57 transgenic mouse models 57 macrophage activation 57 BCR ABL 57 protein alpha synuclein 57 protein tau 57 Caenorhabditis elegans 57 uPA 57 receptor gene 57 miR 57 GAPDH 57 transcription elongation 57 mice lacking 57 demethylase 56 histone deacetylases 56 IL 1β 56 ChIP seq 56 Math1 56 c fos 56 RNA binding 56 microRNA miR 56 alpha7 NNR 56 genomic loci 56 KRAS oncogene 56 polycystin 56 mutational analysis 56 tumor suppressor 56 PARP inhibition 56 glucocorticoid receptor GR 56 COL#A# 56 photoreceptor 56 miR #b [001] 56 MMP# 56 c myc 56 Chd1 56 PDE#A 56 ZNF# 56 apoptotic pathway 56 IFRD1 56 neurotrophin 56 PPARγ 56 fission yeast 56 CagA 56 TORC2 56 #q#.# [002] 56 ribosomal protein 56 transmembrane protein 56 TSC1 56 #p#.# [001] 56 molecular mechanisms 56 kinase 56 vacuolar 56 CD# ligand 56 transdifferentiation 56 adhesion molecule 56 Arabidopsis genes 56 amyloid fibrils 56 dystroglycan 56 TP# gene 56 cell adhesion 56 glycogen metabolism 56 CYP#D# gene 56 calpastatin 56 apoptotic 56 glutamate receptor 56 neuronal activity 56 matrix metalloproteinases MMPs 56 fluorescence intensity 56 eukaryotic 56 Akt activation 56 adult neurogenesis 56 metalloproteinases 56 glucose transporter 56 upregulation 56 enzymatic pathways 56 ligases 56 GNAQ 56 hematopoiesis 56 IL 1ß 56 polyamine 56 Arabidopsis 56 Foxp2 56 chloroplast 56 induce apoptosis 56 alpha subunit 56 PDZ domains 56 Transcriptional 56 gene encoding 56 GABAergic 56 protein tyrosine phosphatases 56 PAK1 56 MTHFR 56 RT qPCR 56 iNOS 56 P2X 56 GluR1 56 thrombospondin 56 DNA methyltransferases 56 Pol IV 56 Nf1 56 protein tyrosine phosphatase 56 FOXP2 56 Pichia pastoris 56 cyclin dependent kinases 56 nucleosome positioning 56 β amyloid 56 telomerase reverse transcriptase 56 ribonucleic acid RNA 56 structural rearrangements 56 Caspase 56 Stat1 56 homology 56 lysophosphatidic acid 56 MAPCs 56 uncharacterized genes 56 neuronal circuits 56 constitutively active 56 neuregulin 1 56 homodimers 56 signal transduction cascade 56 FGF# 56 CHD5 56 CNVs 56 miRNA molecules 56 FUS1 56 phylogenetic analyzes 56 overactivation 56 S#K# 56 carcinogenesis 56 C1q 56 mesenchymal transition 56 subcellular compartments 56 nitric oxide synthase 56 glycolytic 56 desmosomes 56 HGPS 56 Neuronal 56 PIP3 56 evolutionary conserved 56 TRP channels 56 NMDA receptors 56 epigenetic marks 56 MiRNAs 56 intracellular protein 56 NEDD9 56 KCNE2 56 metabolic pathways 56 MLL2 56 neural precursor 56 SORL1 56 TG2 56 metazoan 56 primary cilium 56 Huntingtin 56 RRM1 56 dystrophin gene 56 DICER1 56 Apc 56 serotonin receptor 56 clusterin 56 messenger RNAs