Related by context. All words. (Click for frequent words.) 68 cm ^ sup 67 FEV ^ sub 67 ^ sup + 67 mm ^ sup 64 cell adhesion molecule 62 Supplemental Figure 62 Supplementary Fig 62 ^ sup -1 62 ^ ^ sup 61 cytokeratin 61 ^ [002] 61 Fig. 2C 61 m ^ sup 61 Supplementary Table 61 polycystin 60 yl 60 interleukin IL 60 transferase 60 ω 60 isoenzyme 59 γ 59 Fig. 3b 59 TIMP 59 λ 59 kcal mol 59 catenin 59 chi ^ sup 59 acyltransferase 59 ERalpha 59 MEK1 59 Bcl 59 transmembrane protein 59 Fig. 3c 59 deoxy 59 matrix metalloproteinase 59 ligand receptor 59 intercellular adhesion molecule 59 Catenin 59 kD 59 cytoplasmic tail 59 pmol 58 ^ [001] 58 protein phosphatase 58 ^ sup #m 58 metalloproteinase 58 Figs. 58 Fig. 3B 58 ε 58 Î ¼ 58 58 plasminogen activator inhibitor 58 Fig. 1E 58 Fig. 2B 58 isoprostane 58 cadherin 58 Fig. 1D 58 Fig. 1C 58 TIMP 1 58 constitutively active 58 PTPN# 58 Rab5 58 α 58 null mice 58 IGFBP 58 radioligand 58 methoxy 58 retinol binding protein 57 caveolin 57 Fig. 2b 57 β 57 phospholipase 57 threonine 57 glucose transporter 57 ERK1 2 57 Eq. 57 glutamyl 57 Fig. 3a 57 acyl CoA 57 Fig. 4a 57 matrix metalloproteinase MMP 57 hydroxylase 57 kinase domain 57 = argv 57 heterozygotes 57 Fig. 1c 57 μg ml 57 adrenoceptor 57 cells transfected 57 p# MAPK 57 Fig. 3d 57 ,#,# [002] 57 lipoxygenase 57 Alanine 57 amino terminal 57 1alpha 57 N acetyl 57 tyrosine residues 57 ß 57 Figure 1A 56 alveolar epithelial cells 56 uM 56 mRNA expression 56 phosphatidylinositol 56 glyceraldehyde 3 56 Fig. 1A 56 Gly 56 EphB4 56 colocalization 56 ^ F FDG 56 subcellular localization 56 Fig. 4B 56 downregulated 56 nicotinic receptor 56 phospho 56 F FLT 56 cm -2 56 COL#A# 56 palmitate 56 caveolin 1 56 Caspase 56 5 hydroxytryptamine 56 VEGFR1 56 thrombospondin 56 phosphoprotein 56 Supplementary Figs 56 transcriptional repressor 56 Fig. 4b 56 wildtype 56 mol L 56 serine 56 η 56 = -#.# 56 Interferon gamma 56 hydroxylation 56 HepG2 cells 56 Rb#/p# 56 upregulates 56 cm -3 56 sequence homology 56 fig. S2 56 telopeptide 56 ß1 56 Foxp3 + 56 #S #S [003] 56 constitutively expressed 56 c fos 56 MLH1 56 mediated inhibition 56 homodimer 56 homozygotes 56 integrin alpha 55 glycogen synthase kinase 55 claudin 55 Fig. 2A 55 pN 55 τ 55 thymidine kinase 55 homolog 55 hTERT 55 cyclin dependent kinase 55 Caveolin 1 55 thymosin 55 SGLT 55 = null 55 GAPDH 55 substrate specificity 55 inducible 55 θ 55 pyridyl 55 Fig. 1B 55 genes encoding 55 angiopoietin 55 VEGF receptor 55 fig. S3 55 rh 55 TROP 55 σ 55 Fig. 4A 55 mRNA encoding 55 TUNEL 55 casein kinase 55 Fig. 3A 55 gene polymorphism 55 carcinoembryonic antigen 55 Fig. 2c 55 melanocyte 55 glucans 55 iNOS 55 cytochrome c oxidase 55 mu m 55 Å -1 55 cytosol 55 homeobox 55 monocyte chemotactic protein 55 HT 2A 55 unmutated 55 EGFP 55 RNase H 55 LRP6 55 K + ATPase 55 transduced 55 β1 55 tropomyosin 55 alpha2 55 antitrypsin 55 CD1d 55 mol 55 ^ sup ^ 55 transmembrane domain 55 Ca2 + 54 db db mice 54 Fig. 1d 54 aggrecan 54 thrombin receptor 54 galactosidase 54 ER alpha 54 immunoreactivity 54 cyclooxygenase 54 neurotrophin 54 prostaglandin E 54 Tie2 54 g cm 54 δ 54 desaturase 54 fig. S6 54 ^ À 54 phosphate dehydrogenase 54 ALT elevation 54 Fas ligand 54 ^ sup 54 phosphatase 54 Figure 1C 54 dehydrogenase 54 1α 54 virulence genes 54 Fig. 54 Ser# 54 Kinesin 54 Fig. 1a 54 endocytic 54 fig. S1 54 monocyte 54 P selectin 54 hypothalamic pituitary 54 Drosophila embryos 54 p# NTR 54 TNF α 54 globin genes 54 histone H3 lysine 54 cytochromes 54 thymocyte 54 Î ² 54 epithelia 54 #,# dihydroxyvitamin D 54 plastid 54 Monocyte 54 κ 54 cytidine 54 Fig. 4c 54 thioredoxin 54 beta subunit 54 proteolysis 54 annexin 54 quinone 54 5' monophosphate 54 ectodomain 54 TMEM#B 54 adenylate cyclase 54 ρ 54 2' 54 tyrosine kinase receptor 54 #p# [003] 54 regulated kinase 54 nM 54 1beta 54 β2 54 χ 54 proto oncogene 54 fig. S4 54 histone H3 54 μM 54 succinate dehydrogenase 54 transcriptional regulator 54 antiapoptotic 54 constitutively 54 ^ sub 54 3' UTR 54 nmol 54 HIF 1a 54 Smad3 54 cytokine receptor 54 rs# [004] 54 astrocytic 54 serine protease 54 PPARg 53 diphosphate 53 Eur Urol 53 operon 53 VE cadherin 53 cyclooxygenase COX 53 MT1 MMP 53 argc 53 immunoreactive 53 carboxylic acid 53 protein tyrosine phosphatase 53 SOCS3 53 t6 53 heterochromatic 53 -# mV [002] 53 synthases 53 HT 1A 53 sqrt 53 decarboxylase 53 Ann Intern Med 53 #,# OH 53 miR #a [001] 53 cysteines 53 MAP kinase 53 CD# CD# 53 lysine residues 53 suppl. 53 homozygote 53 E#F# 53 synthetase 53 peptidase 53 uPAR 53 μmol 53 neurofilament 53 myc 53 carboxyl terminal 53 esterase 53 micromolar 53 GlcNAc 53 transmembrane 53 HMGA2 53 nmol liter 53 telomeric 53 Notch1 53 serine threonine 53 Nat Biotechnol 53 #OHD 53 Cytochrome 53 Interleukin IL 53 Rap1 53 CagA 53 cm -1 53 tetramer 53 -5 -6 53 COOH terminal 53 Mice deficient 53 dynamin 53 cytochrome 53 CD# + [001] 53 glycosylated 53 PDGFR 53 mitogen activated protein kinase 53 TNF IL 53 meV 53 erythroid 53 #m Tc 53 budding yeast 53 transgene expression 53 methyltransferase 53 Nedd4 53 ß = 53 53 #β estradiol 53 z = 53 1 [002] 53 FGFR3 53 Frizzled 53 transmembrane domains 53 receptor gene 53 rs# [001] 53 deoxyglucose 53 secretory 53 miRNAs miR 53 kDa 53 yr -1 53 heterodimers 53 occludin 53 cyclin dependent kinase inhibitor 53 ataxin 53 suppl 53 methylenetetrahydrofolate reductase 53 MSH2 53 TNF alpha IL 53 receptor kinase 53 biotinylated 53 log# copies mL 53 mCi 53 Overexpression 53 lysates 53 thymidylate synthase TS 53 ERK pathway 53 epsilon 53 oligomerization 53 receptor signaling 53 receptor CD# 53 ν 53 EF Tu 53 μmol L 53 PaO 2 53 eotaxin 53 lymph node metastasis 53 glomerular 53 downregulation 53 angstrom resolution 53 amino acid valine 53 Sgk1 53 sizeof 53 eNOS 53 human beta defensin 53 replicase 53 Adrenergic 53 #degreesC 53 uracil 53 ERK signaling 53 heme oxygenase 1 52 Upregulation 52 aminopeptidase 52 SMase 52 muscarinic 52 #S : 52 endonuclease 52 matrix metalloproteinases 52 polyadenylation 52 eIF4E 52 modulatory 52 myofibroblast 52 aspartate 52 # endif 52 receptor tyrosine kinase 52 Estrogen receptor 52 nitrotyrosine 52 Fig. 2d 52 COX2 52 inhibitory receptor 52 adenylyl cyclase 52 HCT# 52 triphosphate 52 mH 52 r2 = 52 carboxy terminal 52 Annexin 52 dephosphorylation 52 tubule 52 memset 52 ebx 52 myocyte enhancer factor 52 tyrosine phosphatase 52 caspase activation 52 serpin 52 NFκB 52 erythrocytes 52 Suppl 52 cytochrome c 52 APOC3 52 ORFs 52 rRNA 52 MDA MB 52 ectopic expression 52 GNAQ 52 extracellular signal 52 CD8 + 52 heterodimer 52 immunostaining 52 regulated kinase ERK 52 AUC0 52 tyrosine phosphorylation 52 proteinase 52 cytoplasmic domain 52 ribosomal 52 3'UTR 52 lactate dehydrogenase 52 upregulated 52 fibulin 52 prolyl 52 chemokine receptor 52 NKG2D 52 GFAP 52 MBq 52 mL sec 52 mediated phosphorylation 52 LRAT 52 fig. S5 52 glycosyltransferase 52 degranulation 52 pulvinar 52 hematoxylin 52 induced apoptosis 52 proteoglycan 52 P2X 52 valine 52 evolutionarily conserved 52 CEACAM1 52 TrkB 52 Fig. 2a 52 dependent protein kinase 52 p# mitogen activated 52 ribosomal protein 52 glucosidase 52 TGF beta1 52 proapoptotic 52 LNCaP cells 52 intact parathyroid hormone 52 leucine zipper 52 synthase 52 guanosine 52 MMP9 52 microRNAs miR 52 forkhead 52 BMAL1 52 proline 52 upregulation 52 Phenylalanine 52 cytokine IL 52 metaplasia 52 homodimers 52 Schematic representation 52 cytokine interleukin 52 overexpress 52 tyrosine kinase 52 transfected 52 proximal tubule 52 coexpression 52 overexpressing 52 sulfur dioxide SO 52 len = 52 mimetic peptide 52 Fig. 1b 52 hyperintensity 52 acetyl CoA 52 IFN alpha 52 ,3 52 interferon pathway 52 functional polymorphism 52 figs. 52 CDK4 52 Klf4 52 amino acid substitutions 52 Suppl. 52 endothelial nitric oxide synthase 52 photolysis 52 TRAF1 52 pDC 52 ENaC 51 glutamate receptor 51 chemoattractant 51 diene 51 ciliary 51 ìg 51 ChR2 51 monomeric 51 min -1 51 amino acid residue 51 adduct 51 adipocyte 51 transduction 51 epithelial cells lining 51 junctional adhesion molecule 51 HOTAIR 51 MEFs 51 NFkappaB 51 FDG uptake 51 glucan 51 demethylase 51 amino acid residues 51 TGF ß 51 Vps# 51 mitogen activated protein kinases 51 p# mutation 51 muscarinic receptors 51 hepatocyte 51 imidazole 51 S#A# [002] 51 glycogen synthase 51 exon 51 laminin 51 Prostaglandin 51 pRb 51 Activating mutations 51 LPS induced 51 tetragonal 51 baseline FEV 51 syntaxin 51 e = mc 51 colony stimulating factor 51 miR# 51 hepatoma 51 lactamases 51 Macrophage 51 Extracellular 51 polypeptide 51 enterocytes 51 epididymal 51 PKC delta 51 = 0 51 # XN 51 Tubulin 51 proviral 51 p#Kip# 51 cathepsin B 51 PDE#A 51 receptor blocker 51 C3b 51 μV 51 ‰ ¥ 51 phosphoinositide 51 #ß 51 uPA 51 uL 51 Proc Am 51 selectively binds 51 exonuclease 51 mRNA transcripts 51 acetylated 51 cx 51 proline rich 51 lysosomal 51 c myc 51 epithelial cell 51 3' 51 hydroxy 51 Polymorphism 51 ultrastructure 51 Histone 51 Secretase 51 dinucleotide 51 DNMT1 51 leptin receptor 51 -#.# ± [002] 51 metalloprotease 51 hydroxyphenyl 51 cyclins 51 phosphorylate 51 proteolytic cleavage 51 Cx# [001] 51 isoforms 51 mM NaCl 51 0 & 51 adsorbate 51 blb 51 IL 1beta 51 meiotic recombination 51 S. cerevisiae 51 ≈ 51 SiO 2 51 MDCK cells 51 sizeof struct 51 Kupffer cells 51 inhomogeneity 51 mu opioid receptor 51 phosphorylase 51 dI dV 51 = strlen 51 MiR 51 reductase 51 Immunohistochemical analysis 51 Nat Genet 51 cystic fibrosis transmembrane conductance 51 tPSA 51 splenocytes 51 monocyte chemoattractant protein 51 DNase 51 transcriptional activity 51 protein tyrosine kinase 51 opioid receptor 51 dimer 51 Integrin 51 striatal 51 indel 51 gag pol 51 promoter polymorphism 51 Pearson correlation coefficient 51 alveolar 51 VSV G 51 downregulate 51 HepG2 51 aquaporin 51 Transgenic Mice 51 Schematic diagram 51 = sizeof 51 thymidine 50 ortholog 50 JNK1 50 pyrimidine 50 lacZ 50 isoenzymes 50 transcriptional coactivator 50 variant allele 50 ERK2 50 noncoding 50 FLT3 kinase 50 wunderground block line 50 gene encodes protein 50 5alpha 50 Src 50 ornithine 50 MTHFR gene 50 dorsal root ganglion 50 α β 50 midgut 50 actin polymerization 50 nanomolar 50 phospholipase C 50 cytosolic 50 μg d 50 str = 50 polyamine 50 document.getElementById 50 phosphorylated tau 50 homologs 50 interconversion 50 NKX#.# 50 plasminogen activator 50 N cadherin 50 leukotriene 50 Abstract Number 50 aspartate aminotransferase 50 villous 50 poly ADP ribose polymerase 50 membrane proximal 50 SMN1 50 alanine 50 hnRNP 50 receptor subunit 50 β catenin 50 ATP hydrolysis 50 kinase pathway 50 gB 50 Irs2 50 hamartomas 50 DRD2 50 unsigned int 50 F actin 50 nucleotide sequences 50 intergenic 50 coactivator 50 z ^ 50 Western blotting 50 erythrocyte 50 apoptosis pathway 50 Rac1 50 eIF2 50 document.write sline 50 transiently transfected 50 GFP fluorescence 50 mosaicism 50 myometrial 50 IL 1ß 50 estrogen receptor alpha 50 stomatal 50 caveolae 50 microRNA miR 50 microglial 50 diffusivity 50 JAK STAT 50 MDR1 50 E cadherin 50 isoleucine 50 Yb 50 mM 50 + sizeof 50 acetylcholine receptor 50 -# mV [001] 50 ZrO 2 50 FLT3 50 N acetylglucosamine 50 Phosphorylation 50 dioxygenase 50 BoNT 50 mmol 50 pro brain natriuretic 50 integrin 50 CD#b 50 Dysregulation 50 COOH 50 NFAT 50 Rho GTPase 50 kBq 50 At#g# 50 linewidth 50 Purkinje cell 50 F FDG 50 mesenchyme 50 tubulin 50 struct * 50 RASSF1A 50 mU liter 50 Galectin 50 echogenicity 50 covalently linked 50 fig. S# 50 UCP2 50 palytoxin 50 dpa kr 50 #,# bis 50 mitogenic 50 homeobox gene 50 Fig. 1e 50 mK 50 transactivation 50 NS3 50 phenotype 50 intramolecular 50 5HT 50 receptor binding 50 cytochrome b 50 Figure 2C 50 cyclin dependent kinases 50 CaM 50 umbilical vein 50 % Confidence Interval 50 transferrin receptor 50 metastable 50 activating mutation 50 actinin 50 intronic 50 ribonucleoprotein 50 TGF Beta 50 PrP 50 t1 50 hydrolase 50 cm ² 50 ribonuclease 50 PC3 cells 50 interferon α 50 PTP1B 50 kilobases 50 p# p# 50 M1 muscarinic 50 serum TSH 50 PECAM 1 50 beta actin 50 C. reinhardtii 50 jrw 50 mannose 50 phosphatidylinositol 3 50 cytokinesis 50 untranslated regions 50 ß catenin 50 Serum concentrations 49 dimeric 49 gene encodes 49 glutamine synthetase 49 phosphorylates 49 Hh 49 metalloproteinases 49 specific alkaline phosphatase 49 Bmp 49 TLR2 49 globin 49 superoxide dismutase 49 + + className 49 enolase 49 Ù 49 Phylogenetic analysis 49 IC# = 49 LDL receptor 49 Kir#.# 49 Tg mice 49 folate receptor 49 C#Y 49 FOXO 49 karyotype 49 anthracene 49 cyclin B1 49 Banania Brittney 49 IGFBP2 49 adipogenic 49 adhesion molecule 49 Nanog 49 GSK 3ß 49 site directed mutagenesis 49 calpain 49 PAX5 49 Leukotriene 49 beta tubulin 49 mPGES 1 49 END FOOTNOTE FOOTNOTE 49 pjg 49 depolarization 49 Î ± 49 intraventricular 49 ALT elevations 49 fibronectin 49 ubiquitylation 49 KLF4 49 cathepsin 49 + ATPase 49 H#K# methylation 49 ERK1 49 lambda 49 Sp1 49 EndoTAG ® 49 BMP receptor 49 homozygosity 49 Vpr 49 rho 49 dsRNA 49 Gln 49 H#K#me# 49 telomerase reverse transcriptase 49 proteolytic 49 histidine 49 metaphase 49 selective inhibitor 49 cysteine protease 49 intracellular Ca 2 49 myofibroblasts 49 conductance 49 Mice lacking 49 isoform 49 CR nPR 49 argv 49 NTx 49 capillary endothelial cells 49 alkenes 49 plasma membrane 49 int int 49 Myosin 49 RecA 49 RNA polymerases 49 apo AI 49 SDS PAGE 49 Homozygous 49 HLA DRB1 * 49 rostral 49 Phosphodiesterase 49 NHEJ 49 49 stoichiometry 49 fluorescence intensity 49 φ 49 Myb 49 cis 49 sortilin 49 fig. 49 channel ENaC 49 6S RNA 49 inhibitory activity 49 Dehydrogenase 49 recombinase 49 Hypoxia Inducible Factor 49 cytoplasmic 49 GATA1 49 TSC1 49 UTRs 49 scb 49 mitotic 49 histone 49 isomerase 49 mononuclear 49 μ opioid receptor 49 transgene 49 CdS 49 DU# [002] 49 Tramiprosate 49 fluorodeoxyglucose 49 vacuolar 49 #/#/à = I 49 homogenates 49 TRAIL induced apoptosis 49 plasmacytoid dendritic cells 49 ClC 49 fprintf stderr 49 alanine aminotransferase 49 inhibin 49 hydrogenase 49 ref. 49 HIF 1alpha 49 CXCL# 49 N. benthamiana 49 TNFα 49 cyclin 49 murine 49 Tf 49 microg 49 dimerization 49 MeV 49 CpG 49 actin binding 49 = NULL [002] 49 centromeric 49 microtubule associated 49 4E BP1 49 protein kinase C 49 endothelial 49 neurokinin 49 Dopaminergic 49 cruzi 49 ATPase 49 lymphoid cells 49 √ Hz 49 C#BL/#J 49 MyoD 49 interphase 49 perinuclear