Related by context. All words. (Click for frequent words.) 67 epistasis 63 pleiotropy 62 protein conformation 62 coexpression 61 genetic loci 61 genotypic 61 posttranslational modifications 61 CYP#D# gene 60 transgene expression 60 evolvability 60 miRNA expression 60 sequence homology 60 antibody antigen 60 PON1 gene 60 ADAMTS# 60 prion strains 60 linkage disequilibrium 60 stochasticity 60 multigenic 60 QTLs 59 Amino acid 59 phenotypic expression 59 KLF4 59 phenotypic traits 59 PDZ domain 59 ontogenetic 59 multigene 59 P cadherin 59 tyrosine phosphorylation 59 protein tyrosine phosphatase 59 Treg cell 59 inbred strains 59 H#K#me# 59 S. cerevisiae 59 metabolomic profiles 59 histone methylation 59 cis regulatory 59 bacterial virulence 59 microRNA expression 59 meiotic recombination 59 intraspecific 59 LPA gene 59 allelic 59 phenotypic variation 59 FGF2 59 mutational 58 oncogene addiction 58 glycolytic 58 missense mutations 58 Phenotypic 58 NKT cell 58 quasispecies 58 drug metabolizing enzymes 58 plasma lipid 58 sRNA 58 PTPN# 58 norepinephrine reuptake inhibition 58 stereochemical 58 DNA demethylation 58 Apobec3 58 ligand receptor 58 assortative mating 58 orthologous 58 nitrotyrosine 58 differential gene expression 58 homodimers 58 RAS RAF MEK 58 glycosylated 58 silico prediction 58 figs. 58 pathophysiological 58 genotype phenotype 58 C#BL/#J 58 histone acetylation 58 heterologous expression 58 TEP1 58 colorectal carcinogenesis 58 introgression 58 trans splicing 58 clinicopathological 58 5 hydroxymethylcytosine 58 neuropsychiatric diseases 58 GPx 58 quantitative trait loci 58 p# activation 58 APOE genotype 58 binding affinities 58 Mutational 58 ENPP1 58 etiologic 57 bivariate 57 spatial temporal 57 RRM1 57 T#M 57 genomewide 57 homochirality 57 monogenic 57 NKG2D 57 epigenetic regulation 57 Genetic variation 57 Leydig cell 57 modifier genes 57 JAK STAT 57 additively 57 selfing 57 transmembrane 57 ontogeny 57 CD1d 57 5 hmC 57 ploidy 57 depolarizing 57 DNA methylation patterns 57 monozygotic twins 57 putative biomarkers 57 heritable trait 57 incomplete penetrance 57 chromosomal rearrangement 57 conserved sequences 57 GABAB receptors 57 Sgk1 57 amino acid substitution 57 IRF5 57 pleiotropic 57 antiapoptotic 57 EBV infection 57 nucleic acid sequence 57 homologous chromosomes 57 mtDNA mutations 57 microsatellite instability 57 phenotypic 57 fluoroquinolone resistance 57 MLL gene 57 phenotypic plasticity 57 chemical reactivity 57 Fig. 3a 57 linear pharmacokinetics 57 extracellular proteins 57 paralogs 57 K#N 57 modulatory 57 intracellular bacteria 56 intracellular signal transduction 56 beta1 integrin 56 dimeric 56 M. pneumoniae 56 morphologic 56 cognitive affective 56 heritable variation 56 SMAD4 56 subcellular localization 56 occludin 56 Androgen receptor 56 fig. S1 56 structural rearrangements 56 PHD2 56 gene locus 56 PDZ domains 56 heterologous 56 clonal expansion 56 AMACR 56 virulence genes 56 Alternative splicing 56 NRF2 gene 56 chromosome condensation 56 histone modification 56 heterodimers 56 PTEN protein 56 fungal genomes 56 IgG4 56 TXNIP 56 hyperproliferative 56 haematopoietic 56 Fc receptor 56 FGFR3 56 outbred 56 epigenetic modification 56 splice variants 56 QTL mapping 56 #HT#A receptor 56 #β HSD1 56 vasopressin receptor 56 germline mutations 56 ABCB1 gene 56 abzymes 56 SIRT1 activation 56 #S rRNA 56 mitochondrial metabolism 56 mass spectrometric analysis 56 EBNA1 56 Genotypic 56 M1 muscarinic 56 #S rRNA gene 56 gene duplications 56 JNK1 56 quantitative PCR 56 allelic variation 56 sarcosine 56 behavioral disinhibition 56 EML4 ALK 56 uncharacterized genes 56 rheological 56 adult neurogenesis 56 endophenotypes 56 recombination hotspots 56 substrate specificity 56 PPARg 56 psychobiological 56 PIK3CA 56 FKBP# 56 granzyme 56 antibody cytokine 56 alpha7 NNR 56 deleterious mutations 56 replicase 56 multiplicative 56 de novo mutations 56 cytokine signaling 56 histone H4 56 VNTR 56 siRNA knockdown 56 codon usage 56 #HT#A 56 nongenetic 56 microRNA molecule 56 neurite outgrowth 56 Dysregulation 56 operons 56 morphogen 55 TGFBR1 55 oncogenic transformation 55 vanA gene 55 #S rDNA 55 PKC delta 55 hepatocyte 55 Htt 55 epigenetic alterations 55 clade B 55 RT qPCR 55 focal adhesions 55 transcriptional activation 55 Angiotensin converting enzyme 55 myosin VI 55 fig. S4 55 resistant mutants 55 superantigens 55 eIF4E 55 homology modeling 55 p#NTR 55 STAT4 55 multinomial 55 transgenic mice expressing 55 antitumour 55 angiotensinogen 55 alexithymia 55 Fig. 2a 55 mitochondrial proteins 55 Fig. 1C 55 FLT3 55 oligomerization 55 adaptive immunity 55 CPEB 55 bacterial genomes 55 #ß 55 nonsynonymous 55 linkage disequilibrium LD 55 H#K# [002] 55 phenotypes 55 Pax6 55 clonally 55 polynucleotides 55 heritable traits 55 spermidine 55 Phylogenetic analysis 55 nonoverlapping 55 sequenced genomes 55 gut microbiota 55 dipolar 55 siRNA mediated 55 proinflammatory cytokine 55 osteoblastic 55 multivariate regression 55 aT cell 55 A. thaliana 55 odorant receptor 55 microwell plate 55 nucleic acid sequencing 55 experimentally validated 55 PB1 F2 55 comorbid disorders 55 kinesin motor 55 antisense RNA 55 mRNA expression 55 cAMP signaling 55 ligand binding 55 glutamatergic 55 convergent validity 55 glycan 55 polyploids 55 Genetic predisposition 55 H#Y 55 Clusterin 55 Neuroticism 55 N glycan 55 phenotypic differences 55 phylogenies 55 tumorigenic 55 chronicity 55 gene rearrangement 55 suppressor gene 55 GABRA2 55 genetic lineages 55 CEACAM1 55 miRs 55 gene rearrangements 55 polyploid 55 multiplexed assays 55 germline 55 N Myc 55 antibody mediated 55 chromosomal rearrangements 55 cytotoxicity assays 55 ribozyme 55 T. brucei 55 karyotypes 55 unmeasured confounders 55 agonism 55 amygdala reactivity 55 oscillatory 55 cyclin E 55 synovial cells 55 amino acid substitutions 55 rs# [004] 55 isoenzymes 55 glycolipids 55 qRT PCR 55 cholera toxin 55 hypervariable 55 histocompatibility 55 intracellular signaling 55 trans palmitoleate 55 L. pneumophila 55 Alu elements 55 covariate 55 Sonic hedgehog 55 chromatin structure 55 fermionic atoms 55 spontaneous mutations 55 histone modifications 55 telomere dysfunction 55 Pol IV 55 adipocyte 55 fluorescence intensity 55 Jhdm2a 54 biologic plausibility 54 homologies 54 methylated DNA 54 c MET 54 macromolecule 54 genetic susceptibilities 54 PTEN mutations 54 KRAS mutation 54 C. neoformans 54 lymphocyte activation 54 physicochemical 54 hydroxylation 54 nucleotide substitution 54 cdk5 54 serpin 54 tRNA synthetase 54 somatic motility 54 huntingtin gene 54 α KG 54 intestinal microflora 54 γ secretase 54 proline rich 54 KIAA# 54 untranslated regions 54 interparticle 54 aCGH 54 GABA receptor 54 oscillatory behavior 54 MMP# 54 rRNA 54 oligomeric 54 Mendelian 54 APOBEC3G 54 electron electron 54 noncoding RNA 54 glycan structures 54 retinoid X 54 endocytic 54 methyltransferase 54 binary opposites 54 nanomechanical devices 54 ligand induced 54 plasma lipoprotein 54 CagA 54 receptor kinase 54 orthologs 54 osteoclast 54 c Src 54 immunodominant 54 cytokine receptors 54 β amyloid 54 Transcriptome 54 TRIM# 54 EGF receptors 54 beta lactamases 54 overactivation 54 IFN γ 54 aetiological 54 Fig. 3b 54 SGK1 54 ACh 54 vitamin D receptors 54 hyperactivated 54 cell adhesion molecules 54 intergenic 54 TRIM5 54 antigenic 54 oseltamivir resistance 54 Rb#/p# 54 socioeconomic variables 54 subcellular compartments 54 nucleons 54 phylogeographic 54 cosmological models 54 delocalized 54 nucleosome positioning 54 mammary stem cells 54 impedance measurements 54 proteoglycan 54 physico chemical properties 54 oncogenesis 54 Chromosomal 54 recombinants 54 metabolizing enzymes 54 segmental duplications 54 vectorial 54 Apolipoprotein E 54 colocalization 54 antigenic shift 54 magnetization reversal 54 sociological theories 54 perturbation theory 54 gene polymorphisms 54 calmodulin 54 T. vaginalis 54 neoplastic transformation 54 gene loci 54 transcriptomes 54 IGFBP2 54 PCA3 gene 54 p#INK#a 54 effector function 54 homozygosity 54 synthases 54 genome rearrangements 54 transcriptional regulation 54 coevolution 54 clinicopathologic 54 vitamin D receptor VDR 54 #S rRNA genes 54 Haplotype 54 extracellular calcium 54 IntroductionThe 54 ab initio calculations 54 Th2 immune 54 MT1 MMP 54 microstructural 54 PPARγ 54 Stat1 54 LRP5 54 TEL AML1 54 hypothalamic pituitary 54 chromosomal anomalies 54 UCOE 54 TGF β 54 potentiating 54 lesional 54 Nod1 54 chimp genomes 54 epigenetic modifications 54 nonlinear optical 54 enterotypes 54 paxillin 54 eukaryotic genomes 54 disulfide bond 54 TGFß 54 PON1 54 potent inhibitors 54 maladaptive behaviors 54 TMPRSS2 ERG fusion 54 trophoblast cells 54 picomolar 54 Fig. 2b 54 myofibroblast 54 diffusible 54 conditional logistic regression 54 tetramers 54 Th2 54 S. typhimurium 54 E cadherin expression 54 neurobiological underpinnings 54 IgG1 54 chemosensitivity 54 reaction kinetics 54 IgE antibody 54 HOTAIR 54 penetrance 54 D. melanogaster 54 electron scattering 54 cellularity 54 immunohistochemical 54 site directed mutagenesis 54 xenobiotic 54 A3 adenosine receptor 54 #T# L1 54 binding affinity 54 Telomere length 54 BCL#A 54 indel 54 MTHFR gene 54 thermodynamic stability 54 adherens junctions 54 heterogeneous catalysts 54 pathophysiological effects 54 Virulence 54 C#T [002] 54 oligodendrocyte 54 constitutively expressed 54 MCF7 cells 54 lactis 54 allele frequencies 54 mitochondrial enzyme 54 pleiotropic effects 54 amplicon 54 olfactory receptor 54 transcriptomics 54 Bacteroides 54 2A receptor 54 hypocretin neurons 54 Hox gene 54 HBx 53 heterogeneities 53 metazoan 53 HLA gene 53 TGF ß 53 β lactamase 53 RNA polymerases 53 activin 53 Drosophila genome 53 act synergistically 53 indels 53 residual confounding 53 Th2 responses 53 ADRB2 53 neutrino oscillations 53 quantum criticality 53 chromatin immunoprecipitation ChIP 53 ribosomal DNA 53 multidrug resistance 53 receptor inhibitor 53 CYP#A# gene 53 S. maltophilia 53 transitivity 53 mitochondrial toxicity 53 symbiont 53 donor acceptor 53 electroencephalographic 53 Vps# 53 histone deacetylases 53 beta actin 53 allostatic load 53 K ras gene 53 LIS1 53 transcriptomic 53 K#R [002] 53 microcephalin 53 paternally inherited 53 immunoglobulin genes 53 breast cancer subtypes 53 eukaryotic cell 53 catalytic antibodies 53 V3 loop 53 comparative genomic hybridization 53 GLUT1 53 chromosomal regions 53 genomic variation 53 FSH receptor 53 ncRNA 53 nucleolar 53 Skeletal muscle 53 transcriptional repressor 53 morphogens 53 interconversion 53 leptin signaling 53 metacognitive 53 antitumor efficacy 53 p#/CBP 53 self directedness 53 polyploidy 53 EF Tu 53 catenin 53 transgenic mouse model 53 methylation patterns 53 BMPR2 53 HLA DR 53 visceral adiposity 53 neuroligins 53 dispersive 53 coagulation cascade 53 immunomodulation 53 MDR1 53 quantum correlations 53 DNMT1 53 NS4A 53 multiple linear regression 53 germline cells 53 neurofibrillary 53 assortative 53 vertebrate embryos 53 functional annotation 53 exonuclease 53 neural substrates 53 zebrafish Danio rerio 53 CpG rich 53 eIF2 53 lymphoid cells 53 hypothalamic pituitary gonadal HPG 53 mutagenesis 53 costimulatory 53 chi squared 53 chemokine receptor 53 mesenchymal cell 53 quantitative PCR qPCR 53 particle morphology 53 mammalian genomes 53 eotaxin 53 druggable targets 53 paraneoplastic 53 mRNA transcripts 53 neuronal plasticity 53 oligosaccharide 53 neuroanatomical 53 molecularly targeted therapies 53 TRPV4 53 effector protein 53 serum antibodies 53 MSH2 53 PKCi 53 heterozygotes 53 CHI#L# 53 ADAM# 53 cystatin 53 E1A 53 TGF beta1 53 receptor ligand 53 TCF#L# 53 epigenetic inheritance 53 transcriptome sequencing 53 IVIVC 53 Gag polymorphisms 53 Dictyostelium 53 ERK signaling 53 Haptoglobin 53 interleukin 1beta 53 gene deletions 53 inferential statistics 53 sexual dimorphism 53 S. Typhimurium 53 biologies 53 intramolecular 53 FGFs 53 clonogenic 53 humanin 53 asymptotic 53 nonparametric 53 eusociality 53 intercellular signaling 53 toxicogenomic 53 nucleotide substitutions 53 susceptibility gene 53 genomic instability 53 Prefrontal 53 ABL kinase 53 metaplasia 53 familial clustering 53 spatio temporal 53 bimodal distribution 53 ataxias 53 molecular determinants 53 microglial 53 Symadex 53 epigenomics 53 phospholipid membranes 53 Typhi 53 cyclization 53 fig. S# 53 messenger ribonucleic acid 53 guanosine 53 DHPLC 53 MTHFD1L gene 53 trans isomer 53 IL6 53 neuropathologic 53 karyotype 53 Morphological 53 glycogen synthase 53 immunological synapse 53 Th2 cytokines 53 MAOA 53 CYP #D# 53 immunostimulatory 53 Fig. 1D 53 Purkinje cell 53 bacterial ribosome 53 carcinoids 53 pairwise 53 mesoscopic 53 NKX#.# 53 kidney allograft 53 pseudogene 53 ultracold molecules 53 posttranslational modification 53 prodynorphin 53 granulocyte 53 opioid receptor 53 evolutionarily distant 53 p# Shc 53 axon guidance 53 martensite 53 Supplementary Fig 53 Hsp# [001] 53 SLC#A# [002] 53 genetic polymorphism 53 premorbid 53 pathogenetic 53 S nitrosylation 53 single stranded oligonucleotides 53 Saccharomyces 53 HER2 neu 53 neuronal dysfunction 53 apoE 53 cytoplasmic tail 53 bioinformatic approaches 53 molecular abnormalities 53 overactivated 53 eicosanoid 53 thyrotropin 53 neuronal progenitor cells 53 ERBB2 53 cardiac myocyte 53 proteomic analyzes 53 autosomes 53 hypoxia inducible 53 prokaryote 53 muscarinic 53 PDGF receptor 53 primary cilia 53 extramedullary 53 hemagglutinin gene 53 Vpr 53 TP# gene 53 cadherin 53 NOD2 53 lymphangiogenesis 53 mutualistic 53 innate immune responses 53 neuro endocrine 53 HMGA2 53 genetic relatedness 53 post translational modifications 53 NNRTI resistance 53 neurotrophic 53 nucleosides 53 perilipin 53 effector molecules 53 genomic imprinting 53 cyclin B1 53 cortical excitability 53 flavopiridol 53 stochastic simulation 53 HIF 1alpha 53 SNP rs# [002] 53 CNTNAP2 53 gamma oscillations 53 gastric carcinomas 53 negative affectivity 53 biogenesis 53 insertional mutagenesis 53 mRNA decay 53 MLH1 53 aneuploid 53 copulatory 53 glycosyltransferase 53 chromosomal aberrations 53 Helicobacter 53 pharmacodynamic markers 53 HbF levels 53 transcriptome analysis 53 somatic mutation 53 prostaglandin E2 PGE2 53 hypothalamic pituitary adrenal HPA 53 aptamers derives 53 KRAS oncogene 53 non coding RNA 53 multivariate analyzes 53 ERK1 53 fission yeast 53 CALHM1 53 5 methylcytosine 53 DNA rearrangements 53 proteomes 53 androgen signaling 53 ENaC 53 regression equations 53 granzyme B 53 isomeric 53 construal 52 dose proportionality 52 multiplex assay 52 CNTNAP2 gene 52 RhoA 52 etiological 52 endosymbiosis 52 nonequilibrium 52 gastric carcinoma 52 moderately heritable 52 glomerular 52 TOP2A gene 52 microsaccades 52 fermionic 52 serotonin transporter 52 androgen receptor signaling 52 HGF c Met 52 postsynaptic 52 Wnt signaling pathway 52 C. jejuni 52 antigen antibody 52 alpha synuclein gene 52 replicative 52 guanine nucleotide exchange 52 BCR ABL mutations 52 FUS protein 52 intercellular communication 52 chromosomal instability 52 noradrenergic 52 erythropoiesis 52 H pylori 52 BAC clones 52 tau aggregates 52 avoidant personality disorder 52 mammary cancers 52 diathesis 52 c MYC 52 Signal transduction 52 NFκB 52 PCR primer 52 magnetosomes 52 pyrimidines 52 supersolid 52 nucleolar dominance 52 DNA methyltransferases 52 hermaphroditism 52 comparative genomics 52 IgG antibody 52 peptidoglycan 52 interferon γ 52 pharmaceutically relevant 52 Fig. 1a 52 adipogenic 52 n cofilin 52 microRNA molecules 52 aggregated Abeta 52 striated muscle 52 methylenetetrahydrofolate reductase 52 phenotypic variability 52 rhizobia 52 MAPK pathway 52 maturational 52 neurosteroid 52 chromosomal DNA 52 nucleotide sequence 52 DRD2 gene 52 schizotypal 52 acetylation 52 normal prion protein 52 somatic mutations 52 polyglutamine 52 N. gonorrhoeae 52 TGF beta signaling 52 cardiac fibroblasts 52 synthetic siRNAs 52 #BP# 52 nodulation 52 synaptogenesis 52 genomic alterations 52 stem cell pluripotency 52 CDK4 52 BARD1 52 hydrophobicity 52 histone code 52 microRNA profiling 52 thymocyte 52 cDNA synthesis 52 eNOS 52 neutralizing antibody responses 52 vascular endothelial 52 tumor necrosis 52 tumor subtypes 52 alpha7 52 mimetics 52 macroscopic quantum 52 BMAL1 52 glycosylation profile 52 alpha defensins 52 Bayesian methods 52 coactivators 52 atherogenesis 52 previously uncharacterized 52 COX enzymes 52 GABRA2 gene 52 heterozygote 52 RNA synthesis 52 cortical activation 52 transcriptional coactivator 52 KRAS BRAF 52 iRGD 52 excision repair 52 proton pump 52 metabolic enzymes 52 Genetic variants 52 p#Kip# 52 cell lysis 52 HDAC enzyme 52 recombinant protein expression 52 cDNA libraries 52 Prox1 52 evolutionarily conserved 52 tropomyosin 52 SiMoA 52 p# MAPK 52 chimeric protein 52 serum homocysteine 52 p# mutations 52 Vpu 52 mucosal immune 52 prognostic markers 52 3'UTR 52 metabolizing enzyme 52 gp# protein [002] 52 MDSCs 52 protein ligand 52 rifamycins 52 Nernst 52 hematopoietic progenitors 52 Cyclin E 52 comparative genomic 52 HPA axis 52 methanogenesis 52 C. albicans 52 FGFR2 52 protein filaments 52 receptor subtypes 52 neurohormonal 52 TGF ß1 52 roundworm C. elegans 52 Cathepsin B 52 MYH9 52 major histocompatibility complex 52 non taxane microtubule 52 LPA1 receptor 52 light scattering DLS 52 mutant allele 52 fatty acid biosynthesis 52 ultrastructural 52 BMP signaling 52 X inactivation 52 P. falciparum parasites 52 SUMOylation 52 posttranslational 52 androgenic 52 tumorigenicity 52 β1 52 synthetic peptides 52 autoreactive 52 motion parallax 52 selective antagonists 52 ERK activation 52 phenotype 52 CD# expression [001] 52 calcium homeostasis 52 COL#A# 52 primate genomes 52 B7 H4 52 stoichiometry 52 tissue microenvironment 52 antiparallel