homology

Related by string. Homology * * sequence homology . homology modeling *

Related by context. All words. (Click for frequent words.) 70 orthologs 68 sequence homology 68 homologs 68 eukaryotic 66 orthologous 65 homologues 65 fig. S1 65 amino terminal 65 amino acid sequences 65 paralogs 64 Fig. 1A 64 intronic 64 nucleotide sequence 64 subcellular localization 63 Supplementary Fig 63 intron 63 mRNA transcripts 63 coexpression 63 transcriptomes 63 ortholog 63 #S rRNA 63 transmembrane protein 63 intergenic 63 substrate specificity 63 amino acid sequence 63 rRNA 62 At#g# 62 catenin 62 indel 62 CD1d 62 operon 62 piRNAs 62 homolog 62 EGFP 62 polyadenylation 62 evolutionarily conserved 62 ncRNA 62 uPAR 62 epitope 62 nucleolar 62 H#K#me# 62 phenotypic variation 62 archaeal 62 endonuclease 61 fission yeast 61 dimerization 61 homologies 61 transmembrane domains 61 UTRs 61 virulence genes 61 Fig. 3b 61 cytochrome b 61 cytoplasmic domain 61 constitutively expressed 61 tyrosine phosphorylation 61 Fig. 2C 61 homodimer 61 phylogenetic analyzes 61 CTCF 61 cis regulatory 61 differentially expressed genes 61 Fig. 3B 61 homozygosity 61 colocalization 61 mRNA expression 61 homologous 61 H#K# [002] 61 linkage disequilibrium 61 RRM1 61 heterochromatic 61 amino acid substitutions 61 somatic mutations 61 ORFs 61 proteolytic cleavage 61 synteny 60 noncoding RNA 60 lysine residues 60 methyltransferase 60 extracellular domains 60 Vps# 60 dinucleotide 60 cells transfected 60 kinase domain 60 β1 60 metazoan 60 Fig. 1C 60 Fig. 1D 60 transmembrane 60 splice junctions 60 exon 60 Cx# [001] 60 tRNA synthetase 60 nucleotide sequences 60 transferase 60 ESR1 60 postsynaptic 60 heterozygotes 60 telomeric 60 isoforms 60 Fig. 3a 60 polyploid 60 histone H4 60 quantitative trait loci 60 heterodimers 60 subcellular 60 fig. S3 60 condensin 60 phosphorylated 60 tRNA 60 transcriptional regulation 60 epistasis 59 cytochrome 59 #S rDNA 59 homodimers 59 splice variants 59 tropomyosin 59 dimeric 59 glycan 59 vacuolar 59 biogenesis 59 loci 59 constitutively active 59 coding genes 59 budding yeast 59 transcriptome 59 p# NTR 59 cDNAs 59 ligand receptor 59 heterozygosity 59 Phylogenetic analysis 59 ribosomal protein 59 tyrosine residues 59 actin binding 59 A. thaliana 59 DLC1 59 enzymatic activity 59 vimentin 59 glycosylated 59 immunoreactivity 59 phenotype 59 intramolecular 59 PIP2 59 HOTAIR 59 Fig. 3A 59 splice variant 59 3'UTR 59 phospho 59 downregulated 59 cathepsin B 59 polymorphism 59 ubiquitination 59 tumorigenicity 59 constitutively 59 deletion mutant 59 indels 59 amino acid residues 59 cDNA libraries 59 synthases 59 bilaterians 59 dimer 59 allelic 59 major histocompatibility complex 59 E#F# 59 noncoding 59 homology modeling 59 prokaryotic 59 DNA demethylation 59 COL#A# 59 phylogeny 59 transduction 59 Dictyostelium 59 coiled coil 59 centromeric 59 VNTR 59 centromere 59 cytokeratin 58 viral genomes 58 P2X 58 PTPN# 58 phylogenetically 58 alternatively spliced 58 hnRNP 58 single nucleotide polymorphism 58 figs. 58 ZNF# 58 BAC clones 58 coding sequences 58 miRNA expression 58 ligand binding 58 immunostaining 58 ligand 58 HERV 58 posttranslational modifications 58 ribonuclease 58 isotype 58 cadherin 58 ciliated 58 neuroligins 58 D. melanogaster 58 transgene expression 58 Fig. 2B 58 TRIM5 58 ERBB2 58 chromosome #q# [001] 58 glycoproteins 58 cytosolic 58 immunoprecipitation 58 histone 58 dsRNA 58 mitogen activated protein kinase 58 metaphase 58 PDZ domains 58 5 methylcytosine 58 mutant allele 58 genes encoding 58 NS1 58 isoleucine 58 receptor molecule 58 RNA polymerases 58 phenotypes 58 fibrillar 58 gene inactivation 58 COOH terminal 58 γ 58 FGF signaling 58 Foxp3 58 DNA methyltransferase 58 Fig. 1a 58 TAp# 58 histidine 58 tumor suppressor protein 58 mesenchyme 58 overexpression 58 endosymbiosis 58 immunohistochemical 58 p# MAPK 58 site directed mutagenesis 58 phylogenetic 58 amplicons 58 immunofluorescence 58 Fig. 1B 58 protein tyrosine phosphatase 58 receptor binding 58 GlcNAc 58 cDNA 58 ligase 58 forkhead 58 sexual dimorphism 58 EphB4 58 HEK# cells 58 RNA sequences 58 dynamin 58 miR #a [001] 58 EBNA1 58 thymine 58 miRNAs miR 58 overactivation 58 E1A 58 cysteine residues 58 disulfide 58 intergenic regions 58 deuterostomes 57 fig. S6 57 eukaryote 57 occludin 57 isoform 57 murine 57 PrP 57 phosphoprotein 57 RAR beta 57 mutational analysis 57 subcellular compartments 57 transduced 57 mitochondrial gene 57 polypeptides 57 RNA transcripts 57 ectopic expression 57 Alu elements 57 TIMP 57 CpG 57 transcriptional profiles 57 serine protease 57 CpG islands 57 C#Y 57 miRNAs 57 qRT PCR 57 MMP# 57 ribosomal RNA 57 apoE 57 KIAA# 57 KLF4 57 proteolytic activity 57 operons 57 Pol IV 57 rRNA genes 57 chordate 57 #S subunit 57 Rap1 57 antigen binding 57 cysteines 57 V3 loop 57 rs# [004] 57 CaM 57 astrocytic 57 c myc 57 Hox gene 57 Fig. 2a 57 polymerases 57 gene locus 57 histone modifications 57 S. cerevisiae 57 cytoplasmic tail 57 chromosomal regions 57 glycosyltransferase 57 Figure 1C 57 microRNA expression 57 ephrin 57 C. neoformans 57 amphioxus 57 C#T [002] 57 quantitative RT PCR 57 MLH1 57 leucine zipper 57 F actin 57 crystallin 57 kDa 57 carboxy terminal 57 haplogroups 57 defensin 57 microsatellite markers 57 mammalian 57 ADAM# 57 noncoding RNAs 57 alanine 57 binding affinity 57 globin genes 57 RNA binding 57 Jhdm2a 57 guanosine 57 extracellular domain 57 JAK STAT 57 mutational 57 receptor tyrosine kinase 57 #S rRNA gene 57 Western blotting 57 serine threonine kinase 57 EF Tu 57 homologue 57 phenotypically 57 transcriptome sequencing 57 odorant receptor 57 nNOS 57 isoenzymes 57 miR #a [002] 57 ChIP seq 57 translationally 57 ribosomal 56 mosaicism 56 alpha subunit 56 transcriptional regulators 56 ribosomal DNA 56 post translational modifications 56 punctate 56 P cadherin 56 fig. S4 56 segmental duplications 56 VEGF receptor 56 polymorphisms 56 rs# [002] 56 NKT cell 56 phosphorylate 56 rs# [001] 56 nucleolin 56 adduct 56 cyclin E 56 monophyletic 56 #q#.# [002] 56 conformational 56 phosphatidylinositol 56 overexpressing cells 56 IL 1β 56 δ 56 endocytic 56 Immunohistochemical analysis 56 oligomer 56 IGFBP2 56 ERK1 2 56 Fig. 4a 56 rDNA 56 primate genomes 56 RNase H 56 germline cells 56 lacZ 56 hepatocyte 56 CPEB 56 immunoreactive 56 mammalian genomes 56 endonucleases 56 morphogen 56 ncRNAs 56 untranslated regions 56 membrane proximal 56 6S RNA 56 transcriptional activation 56 transcriptional repressor 56 MDR1 56 germline mutations 56 ssDNA 56 GLUT1 56 transmembrane domain 56 amplicon 56 conserved sequences 56 transgenic mouse model 56 matrix metalloproteinase 56 carboxyl terminal 56 phenotypic differences 56 microdeletion 56 penetrance 56 fig. S2 56 differentially regulated 56 alternative splicing 56 AMACR 56 exonuclease 56 globin gene 56 acetylation 56 S. pombe 56 somites 56 syntaxin 56 TIMP 1 56 ploidy 56 phosphorylation 56 thioredoxin 56 orthologous genes 56 Sanger sequencing 56 V#F mutation 56 TMEM#B 56 ERK signaling 56 fungal genomes 56 caveolin 1 56 pseudogenes 56 tRNA genes 56 tetramers 56 Sgk1 56 neurite outgrowth 56 hypermethylated 56 rostral 56 ENaC 56 transcriptional activator 56 proto oncogene 56 Fig. 2A 56 binding affinities 56 valine 56 CD# ligand 56 methylated DNA 56 synthetase 56 missense mutations 56 QTLs 56 Activating mutations 56 autosomal 56 methylation patterns 56 Fig. 1b 56 tetramer 56 Htt 56 RANTES 56 receptor kinase 56 guanine G 56 CD# expression [001] 56 DGGE 56 heterologous 56 protein isoforms 56 epitopes 56 ontogenetic 56 rhodopsin 56 Rab5 56 β catenin 56 RecA 56 deacetylation 56 beta actin 56 PcG proteins 56 Fig. 1c 56 Cdc# 56 histone acetylation 56 Fig. 3c 56 nucleotide 56 immunofluorescence staining 56 synuclein 56 5 hydroxymethylcytosine 56 Fig. 1E 56 N Myc 56 serine 56 NS3 56 glutamate receptor 56 c Myb 56 Notch1 56 oligomerization 56 secretory proteins 56 gene encoding 56 gene duplications 56 microRNA molecule 56 striatal 56 Drosophila melanogaster 56 ribonucleoprotein 56 transgenic mice expressing 56 haplotypes 56 dimers 56 conformational changes 56 antibody antigen 56 Fig. 1d 56 c fos 56 DEAR1 56 MHC molecules 56 PKC delta 55 Supplementary Table 55 lysates 55 transcriptional regulator 55 Cre recombinase 55 striated muscle 55 cohesin 55 Xenopus 55 introns 55 frameshift mutation 55 Hox genes 55 receptor CD# 55 SDS PAGE 55 GPIHBP1 55 receptor ligand 55 PAX5 55 amyloidogenic 55 amino acid substitution 55 cellularity 55 SNP rs# [002] 55 BMP receptor 55 CEACAM1 55 Fc receptor 55 CpG island 55 genetic loci 55 microglial 55 missense mutation 55 Nod1 55 S#A# [002] 55 genetic heterogeneity 55 array CGH 55 Rb#/p# 55 gene amplification 55 RNAP 55 HLA B# 55 Phosphorylation 55 Eg5 55 serine threonine 55 Arp2 3 55 BMP2 55 cytokine receptors 55 GRP# 55 PDZ domain 55 miRNA genes 55 TrkB 55 non coding RNA 55 subunits 55 cytosine 55 metaplasia 55 kDa protein 55 TLE3 55 amino acid residue 55 lymph node metastasis 55 bacterial genomes 55 morphologically 55 immunoblotting 55 prodynorphin 55 Cytochrome 55 isotypes 55 SMAD4 55 cytochrome P# 55 metazoans 55 CD#b 55 effector 55 CRISPR 55 proline rich 55 micro RNA 55 gene loci 55 beta globin 55 Homology 55 carcinoembryonic antigen 55 proteolysis 55 heterochromatin 55 Haplotype 55 matrix metalloproteinases 55 Fig. 2b 55 peptidoglycan 55 hTERT 55 mucinous 55 ChIP chip 55 μ opioid receptor 55 cytidine 55 plastid 55 Fas ligand 55 sporadic ALS 55 endogenous 55 receptor subunits 55 H#K# [001] 55 perilipin 55 LKB1 55 transfected 55 fig. S# 55 HepG2 cells 55 MSH2 55 T#M 55 TERT 55 esterase 55 #BP# 55 chromatin structure 55 fig. S5 55 FOXO3a 55 secreted proteins 55 cell adhesion molecule 55 GPR# [002] 55 MAPK pathway 55 uracil 55 Nedd4 55 subfamily 55 phospholipase 55 beta subunit 55 directed mutagenesis 55 trimer 55 genes differentially expressed 55 Figure 1A 55 Amino acid 55 caveolin 55 transactivation 55 ganglioside 55 STAT1 55 uncharacterized genes 55 kD 55 PRNP 55 CNTNAP2 55 SAP# 55 MECP2 gene 55 LIS1 55 phosphatase 55 transcriptionally 55 c KIT 55 TMPRSS2 ERG fusion 55 chordates 55 retinal neurons 55 protein encoded 55 Clusterin 55 inducible 55 replicase 55 VE cadherin 55 CCR7 55 activating mutations 55 functional polymorphism 55 M1 muscarinic 55 reaction PCR 55 Lyn kinase 55 interleukin IL 55 centromeres 55 survivin 55 NF1 gene 55 #p#.# [002] 55 morphologic 55 cDNA microarray 55 ras gene 55 NHEJ 55 fibril 55 pRb 55 mutant p# 55 peptide receptor 55 Drosha 55 previously uncharacterized 55 histone H3 55 endosymbiont 55 phosphorylates 55 unmutated 55 PrPSc 55 somatostatin 55 overexpressing 55 IRAK1 55 mesoderm 55 symbiont 55 ribonucleic acid RNA 55 splenocytes 55 phenotypic 55 histone H3 lysine 55 cyclins 55 erythrocytes 55 succinate dehydrogenase 55 glycolipids 55 cerevisiae 55 HipA 55 genomically 55 annexin 55 vitamin D receptor 55 heterodimer 55 guanine 55 chromosome #q# [002] 55 MYBPC3 55 BMP signaling 55 BMAL1 55 X chromosome inactivation 55 proapoptotic 54 allelic variants 54 GAPDH 54 pseudogene 54 phylogenetic tree 54 epithelia 54 isomerase 54 SMN1 54 MAPK 54 MT1 MMP 54 NS5B 54 chromatin immunoprecipitation 54 TOP2A 54 transposable elements 54 PKD1 54 fibronectin 54 p# activation 54 short hairpin RNAs 54 ultrastructural 54 globin 54 metabolomic profiles 54 isogenic 54 siRNA mediated 54 polyamine 54 miR# 54 ultrastructure 54 monogenic 54 osteoclast 54 cytochrome P#s 54 hepatoma 54 allele frequencies 54 polypeptide 54 HDAC6 54 hyperplastic 54 reticular 54 seminal vesicle 54 X inactivation 54 hypervariable 54 yeast genome 54 Chlamydomonas 54 multigenic 54 interneurons 54 eukaryotic cells 54 chromatin immunoprecipitation ChIP 54 Figure 2C 54 CD# CD# 54 ubiquitin ligases 54 Volvox 54 clades 54 neuroanatomical 54 meiotic 54 CD#c 54 mice lacking 54 glycosylation 54 homeobox gene 54 Phylogenetic 54 neural crest 54 FGFR2 54 chromosomal translocations 54 suppressor gene 54 promoter methylation 54 prokaryote 54 polynucleotide 54 nestin 54 proteomes 54 transferrin receptor 54 Fig. 54 ERCC1 54 glomerular 54 epigenetic silencing 54 helical structure 54 #p# [003] 54 chromosome #q 54 viral genome 54 thymidine 54 missense 54 Dpp 54 aT cell 54 ATPase 54 beta1 integrin 54 uncharacterized 54 epigenetic modification 54 luciferase reporter 54 comparative genomics 54 ribozyme 54 biochemical assays 54 antigenic epitopes 54 disulfide bond 54 FKBP# 54 Upregulation 54 N cadherin 54 monomorphic 54 Protein Kinase 54 rs# [003] 54 TNFR 54 chromosomal rearrangement 54 radial glia 54 DLX5 54 taxa 54 ataxin 54 CagA 54 caveolae 54 alpha2 54 genetic polymorphism 54 SPINK1 54 phylogenetic analysis 54 morphological 54 E3 ligase 54 tetherin 54 demethylase 54 phylogeographic 54 IKKß 54 ontogeny 54 riboswitches 54 amino acid alanine 54 trinucleotide 54 AMPA receptor 54 #q# [002] 54 RAD# [001] 54 p# INK4a 54 RAS RAF MEK 54 KCNQ1 54 bases adenine 54 paxillin 54 chimeric 54 endophenotypes 54 TMPRSS2 ERG 54 RFLP 54 cathepsins 54 microcephalin 54 synaptogenesis 54 potent inhibition 54 Dysregulation 54 motoneurons 54 paternally inherited 54 morphological similarities 54 cytosine methylation 54 ligand induced 54 Oct4 54 3' UTR 54 superfamily 54 Fig. 4b 54 Saccharomyces cerevisiae 54 evolutionary lineage 54 homozygote 54 metalloprotease 54 DNase 54 polynucleotides 54 mediated inhibition 54 perivascular 54 NKG2D 54 Xenopus laevis 54 ubiquitylation 54 clonally 54 RNase P 54 galactosidase 54 chromosome #p#.# 54 fibroblast 54 CD# expression [002] 54 WT1 54 β 54 donor acceptor 54 Rad# 54 SNP rs# [001] 54 MyoD 54 granule cells 54 aggrecan 54 IgG4 54 SOCS3 54 basolateral 54 nucleases 54 etiologic 54 transcription factors 54 HDACs 54 homozygotes 54 null mice 54 prokaryotes 54 gB 54 histopathological 54 secretory pathway 54 histone modification 54 ciliary 54 pairwise 54 CHEK2 54 cell motility 54 spectrin 54 inhibitory receptor 54 thymocyte 54 3' 54 causal variants 54 dorsal root ganglion 54 ectodomain 54 ER alpha 54 membrane fusion 54 GFP fluorescence 54 exons 54 miR #b [001] 54 non coding RNAs 54 E cadherin expression 54 receptor gene 54 κ 54 homologous genes 54 DNMT1 54 membrane protein 54 FGFR3 54 HER2 HER2 54 coevolution 54 chromosome #p# [001] 54 antigen receptors 54 effector molecules 54 CHD5 54 NMDAR 54 ultraconserved elements 54 haplotype 54 Kv#.# 54 fusiform 54 MAPKs 54 fluorescence intensity 54 Fig. 2c 54 redox sensitive 54 sRNA 54 phylogenies 54 HLA DQ 54 Histologic 53 Haplogroup 53 VEGFR1 53 haemagglutinin 53 #q#.# [001] 53 glutamine synthetase 53 Ichthyostega 53 heterologous expression 53 TCF#L# gene 53 upregulated 53 RNAs 53 SLC#A# [002] 53 Runx2 53 R#W [002] 53 histocompatibility 53 MEF2 53 presynaptic 53 mitochondrial genomes 53 endosomal 53 PC# cells 53 MeCP2 53 ß amyloid 53 wildtype 53 cAMP signaling 53 normal prion protein 53 transmembrane receptor 53 Ca2 + 53 proteins encoded 53 presenilin 53 CHD7 53 lamina 53 proteoglycan 53 nAChR 53 thiol 53 proteome 53 recombination hotspots 53 genomic instability 53 CYP#B# 53 porphyrin 53 chromatin proteins 53 organism genome 53 crystallographic 53 phagocytosis 53 titin 53 trophoblast 53 Sonic hedgehog 53 kilobase 53 bistability 53 oligomeric 53 mutant alleles 53 Fig. 1e 53 ventral 53 Argonaute proteins 53 outer membrane proteins 53 Gln 53 gene encodes 53 Polycomb 53 FoxP3 53 reductase 53 primary cilium 53 histone code 53 LRAT 53 p# p# 53 Corynebacterium 53 PCR amplified 53 hydroxylation 53 interferon γ 53 ligases 53 hypermethylation 53 chemotaxis 53 TRP channels 53 MDCK cells 53 glycosylase 53 PHLPP 53 GSTP1 53 fascin 53 adenylate cyclase

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