morphological

Related by string. Morphological * * morphological similarities . morphological characteristics . morphological evolution . morphological traits . morphological abnormalities . morphological traits common *

Related by context. All words. (Click for frequent words.) 71 morphology 68 morphologic 66 neuroanatomical 64 phenotypes 64 metazoan 64 phenotype 64 sexual dimorphism 63 taxa 63 terrestrial vertebrates 63 histological 62 phylogeny 62 phylogenies 62 histopathological 62 histopathologic 62 laterality 62 phenotypic variation 62 phenotypic 62 ontogenetic 62 phylogenetic 62 ontogeny 61 miRNA expression 61 proteomes 61 Morphological 61 ploidy 61 metazoans 61 morphologically 60 ultrastructural 60 ultrastructure 60 amphioxus 60 fungal genomes 60 epistasis 60 histologic 60 hamartomas 60 Phylogenetic 60 A. thaliana 60 substrate specificity 60 morphogenesis 60 nucleotide substitution 60 microstructural 59 pathophysiological 59 sexually dimorphic 59 coevolution 59 fig. S1 59 transcriptional regulation 59 eukaryotic 59 DNA methylation patterns 59 histone modifications 59 gene expression profiles 58 methylation patterns 58 ribosomal RNA 58 Raman spectra 58 morphologies 58 primate genomes 58 phylogenetic relationships 58 heterogeneities 58 homologies 58 subcellular 58 chordates 58 superior colliculus 58 neural crest 58 chromosomal rearrangement 58 orthologs 58 angiosperms 58 #S rDNA 58 mitochondrial genomes 58 chromatin structure 58 microsatellite markers 58 introgression 58 ciliated 58 transcriptomes 58 hypothalamic pituitary 58 quantitative trait loci 58 endocasts 58 mRNA expression 58 faunal 58 tetrapod 58 gene duplications 58 phylogenetically 58 Ichthyostega 58 Phenotypic 58 neuroimaging studies 57 monophyletic 57 molecular phylogenetic 57 phylogeographic 57 bilaterians 57 glomerular 57 BMP signaling 57 metaplasia 57 eukaryote 57 microRNA expression 57 clinicopathological 57 desmosomes 57 morphological traits 57 evolvability 57 conformational 57 angiosperm 57 pathologic 57 indel 57 allele frequencies 57 hermaphroditism 57 genetic loci 57 Xenopus laevis 57 microdeletion 57 subfamily 57 hominoid 57 bacterial genomes 57 indels 57 mitochondrial gene 57 Acanthostega 57 morphometric 57 ncRNA 57 lateralization 57 orthologous 57 morphological characteristics 57 genome rearrangements 56 dimorphic 56 oligomeric 56 vascularity 56 histologic findings 56 paralogs 56 multi celled organisms 56 phylogenetic analyzes 56 epidermal cells 56 mitochondrial DNA mtDNA 56 neuropathological 56 protein phosphorylation 56 neurological abnormalities 56 Caenorhabditis 56 gene expression patterns 56 malignant transformation 56 electrophysiological 56 missense mutations 56 phenotypic expression 56 #q#.# [002] 56 microbiota 56 tumorigenicity 56 homologues 56 mtDNA sequences 56 cytochrome b 56 developmental abnormalities 56 morphometrics 56 sequence homology 56 #S rRNA gene 56 transcriptome 56 Fig. 1A 56 cellularity 56 Fig. 3b 56 biochemical abnormalities 56 heritable traits 56 vertebrate 56 TOP2A gene 56 evolutionary relatedness 56 karyotypes 56 morphometric analysis 56 organismal 56 CHD7 56 echogenicity 56 morphogen 56 Supplementary Fig 56 placental mammals 56 radial glia 56 Histologically 56 Fig. 2B 56 proteoglycan 56 centromeres 56 H#K#me# 56 inbreeding depression 56 archaeal 56 epigenetic alterations 56 coexpression 56 genotypic 56 fruitflies 56 chromosomal translocations 56 transcriptomic 56 striated muscle 56 organogenesis 56 mosaicism 55 tropomyosin 55 physico chemical 55 immunostaining 55 phenotypically 55 cDNAs 55 SOD2 55 cuticular 55 intraspecific 55 postsynaptic 55 fig. S4 55 genomewide 55 allelic 55 mitochondrial genome 55 differentially expressed genes 55 placental mammal 55 homozygosity 55 nucleosome positioning 55 speciation 55 cis regulatory 55 Histologic 55 homologs 55 evolutionary lineage 55 ortholog 55 inhomogeneities 55 interspecific 55 neoplastic 55 QTLs 55 calculi 55 phylogenetic trees 55 eukaryotic organisms 55 collagenous 55 allele frequency 55 gene expression 55 DNA methylation 55 flatfishes 55 calcium homeostasis 55 lateralized 55 LIS1 55 previously undescribed 55 CD1d 55 fluorescence intensity 55 urothelial 55 Histopathologic 55 chordate 55 heterozygotes 55 immunohistochemical 55 interobserver 55 conformational changes 55 P. patens 55 differential gene expression 55 punctate 55 microglial 55 morphological similarities 55 mammalian 55 Alu elements 55 rostral 55 Heterodontosaurus 55 non coding RNA 55 echinoderms 55 etiologic 55 radiographic findings 55 neural crest cells 55 Xenopus 55 spatio temporal 55 metabolomic profiles 55 Mendelian 55 MMP# 55 Sgk1 55 piRNAs 55 deuterostomes 55 gene locus 55 colocalization 55 intraobserver 55 glycosylation 55 epithelia 55 p# mutations 55 cnidarians 55 neuronal circuits 55 Fig. 3A 55 maxilla 55 braincase 55 tyrosine phosphorylation 55 synthases 55 osteochondroma 55 autophagic 55 hominoids 55 prognostic significance 55 osteoid 55 monozygotic twins 55 vertebrate evolution 55 anatomical structures 55 Amborella 55 splenic 55 hindbrain 54 rheological 54 intramolecular 54 gene rearrangements 54 HRCT 54 antibody antigen 54 morphological evolution 54 vertebrate embryos 54 physicochemical 54 taxon 54 ligand binding 54 geomorphological 54 Wnt proteins 54 #S rRNA 54 δ 54 amino acid substitutions 54 autoregulation 54 P cadherin 54 mucinous 54 evolutionary lineages 54 Fig. 2C 54 X. laevis 54 embryogenesis 54 cellular organelles 54 immunoreactivity 54 translocations 54 mtDNA mutations 54 orthologous genes 54 genetic polymorphism 54 DNA demethylation 54 segmental duplications 54 fascin 54 polyploid 54 X inactivation 54 physiological 54 eukaryotic cell 54 focal adhesions 54 epithelial tissues 54 mutational 54 fusiform 54 leiomyoma 54 biogenesis 54 phyla 54 chromosome rearrangements 54 inhomogeneity 54 evolutionarily conserved 54 innervation 54 epigenomic 54 genes differentially expressed 54 aneuploid 54 nephron 54 symbioses 54 genomic imprinting 54 biophysical 54 stereochemical 54 homology 54 Doppler sonography 54 plexiform 54 motor neuron degeneration 54 noncoding RNAs 54 chemosensory 54 Fig. 2a 54 topological 54 genetic heterogeneity 54 de novo mutations 54 ultrasonographic 54 ncRNAs 54 vertebrates 54 granule cells 54 hyperplastic 54 Chromosomal 54 lymphocytic 54 dimorphism 54 telomeric 54 genomic rearrangements 54 Sjögren syndrome 54 faunas 54 Figure 2C 54 penetrance 54 germline mutations 54 frameshift mutation 54 archosaur 54 osteochondromas 54 voxel 54 macroscopic 54 amino acid sequences 54 X chromosome inactivation 54 interobserver reliability 54 ribosomal protein 54 cecal 54 Genetic variation 54 histologically 54 paleoenvironmental 54 rCBF 54 vitellogenin 54 morphogenetic 54 posttranslational modifications 54 ramidus 54 rRNA 54 Amino acid 54 microcephalin 54 paleoclimatic 54 amino acid residues 54 chromosomal rearrangements 54 metabolite concentrations 54 previously uncharacterized 54 mitochondrial proteins 54 cartilaginous 54 neuronal differentiation 54 depositional environment 54 mtDNA 54 Histological 54 placentals 54 Western blotting 54 primordia 54 lincRNA 54 astrocytic 54 osseous 54 β1 54 osteoblastic 54 proline rich 54 polyploids 54 striatal 54 bilaterally symmetrical 53 pleiotropy 53 amyloid deposition 53 ligand receptor 53 eusociality 53 GluR1 53 epigenetic mechanisms 53 aneuploidies 53 Dpp 53 taxonomic 53 planktonic foraminifera 53 mitochondrial metabolism 53 centromere 53 oscillatory 53 spectral reflectance 53 Proteobacteria 53 axon guidance 53 sonographic findings 53 magnetic susceptibility 53 putative biomarkers 53 D. melanogaster 53 FGFR2 gene 53 epigenetic regulation 53 β amyloid 53 Jhdm2a 53 interconversion 53 aggrecan 53 Ediacara organisms 53 tumoral 53 clinicopathologic 53 villous 53 MT1 MMP 53 haematopoietic 53 transgene expression 53 chronicity 53 biochemical 53 post translational modifications 53 centromeric 53 ribonucleic acids 53 cAMP signaling 53 color Doppler sonography 53 eusocial 53 protein conformation 53 cortices 53 ribosomal RNA rRNA 53 H. habilis 53 isotope ratios 53 hyperactivation 53 histone H4 53 epigenetic modifications 53 papillomas 53 synovial 53 mammary stem cells 53 tetrapods evolved 53 histological examination 53 heterozygosity 53 hamartoma 53 filamentous structures 53 retinal neurons 53 teleost 53 multiple logistic regression 53 abundances 53 mutant allele 53 phenotypic traits 53 Prochlorococcus 53 subcellular compartments 53 hindlimbs 53 supertree 53 dimeric 53 nematode Caenorhabditis elegans 53 Fig. 3B 53 subcellular localization 53 molecular phylogeny 53 Sinosauropteryx 53 Fig. 1b 53 Htt 53 anatomic structures 53 viral genomes 53 morphometry 53 nongenetic 53 isotopic compositions 53 chromosomal instability 53 fibrillar 53 gametophyte 53 allelic variation 53 telomere DNA 53 neural correlates 53 myocyte 53 epigenetic changes 53 PCR RFLP 53 clefting 53 mammalian brain 53 relative abundances 53 figs. 53 phylogenetic tree 53 array CGH 53 prostatic 53 physiologic 53 crinoid 53 amino acid sequence 53 CpG island 53 isoforms 53 molecular mechanisms underlying 53 histone acetylation 53 hippocampal neurons 53 SRY gene 53 trabecular bone 53 frontotemporal 53 observable traits 53 lineages 53 noncoding 53 homeobox genes 53 Prevotella 53 extramedullary 53 neuropathologic 53 selfing 53 holotype 53 maxillary 53 CYP#B# 53 aetiological 53 humeral 53 nucleases 53 anatomical 53 ERK signaling 53 chromosomal anomalies 53 LB1 53 somatic mutations 53 karyotype 53 single celled yeast 53 luminal cells 53 spatial heterogeneity 53 animal phyla 53 cognitive affective 53 soluble proteins 53 nematode worm 53 S nitrosylation 53 ß amyloid 53 Darwin finches 53 fig. S3 53 genotoxic stress 53 transmembrane 53 intracytoplasmic 53 Chlamydomonas 53 tubule 53 cadherins 53 condensin 53 glabrata 53 adult neurogenesis 53 familial clustering 53 spatiotemporal 53 lateral ventricle 53 meiotic 53 parietal cortices 53 nonparametric 53 urothelial carcinoma 53 notochord 53 proteolytic activity 53 structural rearrangements 53 nonvascular 53 genomic sequence 53 multicellular 53 cortical bone 53 thermodynamic stability 53 cytological 53 chimp genomes 53 sympatric speciation 53 Supplementary Table 53 invertebrate animals 53 metaphyseal 53 physicochemical properties 53 trichomes 53 proteomic analysis 53 epithelial cell 53 embryological 53 myometrial 53 biogeographical 53 gene polymorphisms 53 DNA rearrangements 53 Osedax 53 otolith 53 eigenvalue 53 behavioral abnormalities 53 genetic lineages 53 transgenic mice expressing 53 glycan 53 PDZ domains 53 trabeculae 53 anterior temporal 53 schwannomas 53 evolutionary 52 prokaryotes 52 Hox gene 52 hippocampal formation 52 epigenetic modification 52 sulcal 52 contractile 52 multigene 52 proximal tubule 52 autosomal 52 periventricular 52 endosymbiosis 52 cytoskeletal structure 52 #p#.# [002] 52 Fig. 1C 52 quasispecies 52 explants 52 sepal 52 neuronal dysfunction 52 lobe finned fishes 52 heterochromatic 52 hemoglobins 52 Figure 1C 52 pelvic fins 52 underlying molecular mechanisms 52 CEACAM1 52 cerebellar vermis 52 tunica vaginalis 52 axonal 52 DNA recombination 52 hominid evolution 52 cerebellar 52 anisotropy 52 prion gene 52 lymphangiogenesis 52 vascular dysfunction 52 maturational 52 proximal femur 52 CRISPR 52 eccrine 52 eukaryotic genomes 52 chromosomal aberrations 52 electrophysiological recordings 52 cone photoreceptors 52 lymphoid cells 52 hyperkeratosis 52 atrioventricular 52 Moczek 52 genomic variation 52 loci 52 lamina 52 PTPN# 52 cerebral cortical 52 planaria 52 gut microbiota 52 egg follicles 52 inbred strains 52 microbiome 52 histone methylation 52 histologic examination 52 microvessel 52 Fig. 1E 52 magnetization reversal 52 gonadal 52 polyploidy 52 hypothalamic 52 overactivation 52 vesper bats 52 5 methylcytosine 52 mammalian brains 52 genetic relatedness 52 podocytes 52 DFT calculations 52 embryonic tissues 52 FDG uptake 52 fig. S# 52 multicellular organisms 52 Phylogenetic analysis 52 herbivorous insects 52 intronic 52 intestinal microflora 52 adsorbate 52 mammalian fatty acid 52 genetic polymorphisms 52 acinar 52 beta amyloid peptides 52 immunocytochemistry 52 ostracods 52 cytoplasmic 52 serotonin transporters 52 hippocampal function 52 synaptogenesis 52 evolutionary origins 52 prokaryotic 52 synaptic function 52 striata 52 phospholipid membranes 52 septal 52 mesenchyme 52 fig. S2 52 ERK1 2 52 Galapagos finches 52 multicellular organism 52 Mammalian 52 chromosomal deletions 52 clades 52 photoreceptor cell 52 Ediacara 52 linkage disequilibrium 52 HLA genes 52 perivascular 52 constitutively expressed 52 F actin 52 multi celled 52 serum biomarkers 52 anterior posterior 52 extraocular 52 parthenogenetic 52 dendritic 52 T2 weighted MRI 52 Hox genes 52 fibroma 52 MC1R gene 52 antigenic epitopes 52 oxidized phospholipids 52 Fig. 1D 52 splice variants 52 S. cerevisiae 52 mitochondrial genome sequence 52 EEG recordings 52 recombination hotspots 52 primary visual cortex 52 adherens junctions 52 nodal metastases 52 apical 52 clonal expansion 52 microfossils 52 melanocytic 52 ectodermal 52 ectoderm 52 nodulation 52 WNK1 52 adrenocortical 52 splice junctions 52 subfamilies 52 elevational 52 choroidal 52 perirhinal cortex 52 PON1 52 sonographic appearance 52 unicellular 52 mesoderm 52 cytologic 52 predator prey dynamics 52 RRM1 52 dorsolateral 52 vesicle fusion 52 dizygotic twins 52 nucleotide substitutions 52 membrane permeability 52 BAC clones 52 radula 52 vimentin 52 trophoblast cells 52 structural lineaments 52 adipocyte 52 Arabidopsis thaliana 52 neurophysiological 52 supratentorial 52 angiosperms flowering plants 52 superior temporal gyrus 52 synaptic proteins 52 beta1 integrin 52 endophenotypes 52 hypoplasia 52 physiological characteristics 52 uracil 52 GFP fluorescence 52 nitrogen isotope 52 herbivory 52 heritable variation 52 otoliths 52 tRNA synthetases 52 biogeochemical 52 stomatal 52 caveolae 52 underlying pathophysiology 52 macroevolution 52 trait locus 52 ERK1 52 p# MAPK 52 diatom species 52 neuronal activity 52 thalamic 52 monozygotic 52 isotopic 52 spectroscopic techniques 52 oncogenic transformation 52 microsatellite loci 52 Confocal microscopy 52 carcinogenesis 52 genomic instability 52 sexually reproducing 52 apoE 52 Anomalocaris 52 insulin signaling pathways 52 PCR amplified 51 neural underpinnings 51 osmotic stress 51 situs inversus 51 Rap1 51 intraventricular 51 sarcomatoid 51 systematics 51 proteolysis 51 medial frontal cortex 51 phytochrome 51 artiodactyls 51 N glycan 51 ERK2 51 electroencephalographic 51 chondrocyte 51 oligomer 51 telomere maintenance 51 physiological mechanisms 51 stegosaurs 51 Rab5 51 Skeletal muscle 51 #p#.# [001] 51 prefrontal regions 51 acetylation 51 x ray crystallographic 51 motile cells 51 Wnt signaling 51 Phytophthora species 51 FGF2 51 neuritic 51 micrographs 51 cryptochromes 51 ventromedial 51 convergent evolution 51 hydronephrosis 51 hierarchical clustering 51 electrophysiologic 51 ecological speciation 51 neuronal migration 51 Volvox 51 ventricular myocardium 51 centrosome 51 genetic recombination 51 rhodopsin 51 umbilical vein 51 abnormalities 51 nucleoli 51 gambiae 51 ribosomal proteins 51 rDNA 51 worm C. elegans 51 virulence genes 51 alternative splicing 51 annelid 51 P2X 51 posterior fossa 51 spinous 51 transcriptional activation 51 Paranthropus 51 microvasculature 51 ciliates 51 micro RNAs 51 fusiform gyrus 51 molecular 51 Ventastega 51 chromosome aberrations 51 lateralisation 51 C4 grasses 51 immunofluorescence microscopy 51 N Myc 51 hyperechoic 51 lithological units 51 N glycans 51 ipRGCs 51 locomotor activity 51 anatomic 51 Dictyostelium 51 Sticklebacks 51 chromosomal DNA 51 Fig. 2b 51 predator prey interactions 51 subgenus 51 selenoproteins 51 protein tyrosine phosphatase 51 receptor gene 51 primary cilia 51 intergenic regions 51 renal fibrosis 51 neuroendocrine 51 qRT PCR 51 neurofibromas 51 chromosome condensation 51 chloroplast genome 51 parenchymal 51 ligand induced 51 epididymal 51 FGF signaling 51 breast cancer subtypes 51 Alternative splicing 51 enterotypes 51 histone modification 51 hyaline 51 femora 51 brain lesions 51 ABCB1 gene 51 SVZ 51 phenotypic plasticity 51 epigenetic reprogramming 51 p# activation 51 ependymomas 51 bryozoans 51 pseudogene 51 MLH1 51 heritable 51 mammalian genomes 51 Woese 51 mesenchymal 51 corticospinal 51 nucleated cells 51 Pierolapithecus 51 Cyclin E 51 multicellular animals 51 neuronal 51 mtDNA sequence 51 elastic fibers 51 α synuclein 51 covariate 51 redox sensitive 51 hypointense 51 neovascularization 51 prestin 51 sensory organ 51 Wnts 51 TMEM#B 51 neurosensory 51 gastric mucosa 51 bile acid metabolism 51 ribosomal DNA 51 microsatellite instability 51 phylogenetic analysis 51 enzymatic activity 51 SNe Ia 51 quantitative measurements 51 maize genome 51 caveolin 51 Electrophysiological 51 methyltransferase 51 dorsomedial 51 coiled coil 51 atherosclerotic lesions 51 motoneurons 51 ventral 51 somites 51 keratins 51 malignant phenotype 51 gamete formation 51 CRISPR Cas 51 photoreceptor 51 Leydig cells 51 Nod1 51 histopathologic findings 51 subcellular structures 51 hypervascular 51 xenobiotic 51 gadolinium enhanced 51 Cenozoic 51 Fig. 4B 51 parietal 51 occludin 51 malignant nodules 51 microbiomes 51 proteolytic cleavage 51 coding genes 51 miR# 51 histone code 51 yeast prions 51 proximal colon 51 African cichlid fish 51 bdelloid rotifers 51 attenuation correction 51 KIAA# 51 Deinococcus 51 epigenetically 51 intergenic 51 lipid metabolism 51 branching morphogenesis 51 schwannoma 51 sociality 51 hammerhead ribozyme 51 spectrin 51 Sahelanthropus 51 pathophysiologic 51 diatom 51 Prototaxites 51 gastrulation 51 epithelial 51 opsins 51 NFKBIA 51 neuroligins 51 mutant alleles 51 sulci 51 microRNAs miRNAs 51 neural circuitry 51 mediated inhibition 51 microsaccades 51 cytologically 51 arteriolar 51 genes encoding 51 HAR1 51 pleomorphic

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