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(Click for frequent words.) 63 computational 60 membrane fusion 60 protein complexes 59 molecular 59 proteins 59 membrane proteins 58 epigenetic regulation 58 stem cell differentiation 57 transcriptional regulation 57 membrane protein 57 signal transduction 57 molecular dynamics 57 molecular pathway 57 molecular mechanisms 57 biomolecular 56 chromatin structure 56 protein synthesis 56 molecular pathways 56 synaptic transmission 56 Protein folding 56 alpha synuclein 55 biochemical processes 55 mutant proteins 55 biochemical mechanisms 55 epigenome 55 RNA molecule 55 molecular interactions 55 biological molecules 55 tumor suppressor protein 55 signaling pathways 55 RNA transcription 55 high temperature superconductivity 55 dynein 55 metabolic pathways 55 RNA molecules 55 CPEB 55 mitotic spindle 55 signaling pathway 55 biogenesis 55 conformational changes 55 nanoscale 55 computational methods 55 DNA replication 54 regulates gene expression 54 RNA polymerases 54 Foldit 54 ubiquitylation 54 micro RNAs 54 biological pathways 54 cellular senescence 54 calpain 54 cell motility 54 OPHN1 54 molecular mechanisms underlying 54 intracellular proteins 54 ribosome 54 synapse formation 54 Hox gene 54 endoplasmic reticulum 54 biochemical pathways 54 FGF signaling 54 biosynthesis 54 RNA splicing 54 intracellular 54 budding yeast 54 molecule 54 organelle 54 subcellular localization 54 peroxisome 54 protein misfolding 54 alternative splicing 54 SOCS1 54 glycosylation 53 proteolysis 53 computational algorithms 53 biochemical pathway 53 epigenetic mechanisms 53 dynamics simulations 53 microscale 53 protein ligand interactions 53 FtsZ 53 fibrils 53 fission yeast 53 ubiquitination 53 macromolecular 53 mitochondrial fusion 53 ion channels 53 lipid metabolism 53 C. elegans 53 eukaryotic cell 53 intracellular signaling 53 non coding RNA 53 LRRK2 53 molecular mechanism 53 axon guidance 53 differential equations 53 apoE 53 beta catenin 53 S#K# 53 SGK1 53 histone methylation 53 eukaryotic cells 53 cellular pathways 53 microRNAs miRNAs 53 muscle contractility 53 gene silencing 53 dimensional nanostructures 53 mitochondrial function 53 microRNA molecules 53 synaptic proteins 52 enzymatic reactions 52 primary cilia 52 Pikaard 52 Rev erb 52 enzymology 52 transcription factors 52 Notch signaling 52 synaptogenesis 52 morphogenesis 52 laforin 52 microarray experiments 52 secretory pathway 52 dynamical systems 52 chemical reactions 52 glutamate receptor 52 gene expression 52 Caenorhabditis elegans 52 noncoding RNAs 52 Wnt proteins 52 neuronal signaling 52 myosin VI 52 HHMI investigator 52 chromosome condensation 52 ribozyme 52 XBP1 52 protein conformation 52 multiscale 52 synaptic plasticity 52 heparan sulfate 52 actin cytoskeleton 52 synaptotagmin 52 microRNAs 52 FMRP 52 centromeres 52 Neurospora 52 cohesin 52 RNAs 52 biophysicists 52 mammalian cells 52 microtubules 52 GRP# 52 eukaryotic 52 APOBEC3G 52 TFIIH 52 Cyclin D1 52 Wnt signaling 52 signaling molecule 52 cytoskeletal 52 multicellular organisms 52 ryanodine receptor 52 transcription factor 52 cell adhesion 52 protein 52 gene transcription 52 macromolecules 52 silico 52 acetylation 52 supramolecular 52 morphogens 52 regulating gene expression 52 metabolic enzymes 52 Notch signaling pathway 52 helicases 52 glutamate receptors 52 mitochondria 52 metabolic pathway 52 dynactin 52 osteoblast differentiation 52 cell signaling pathways 52 Wnts 51 phosphorylation 51 ribonucleic acids 51 histone modifications 51 chromatin remodeling complex 51 PML RARA 51 coactivators 51 neurotransmitter receptor 51 alpha synuclein protein 51 disulfide bonds 51 ribonucleic acid RNA 51 SCD1 51 ubiquitin ligase 51 vesicle fusion 51 proteasomes 51 lincRNAs 51 oligomerization 51 transcriptomics 51 biosynthetic pathway 51 transcriptional repressor 51 molecules 51 amyloid formation 51 mRNA decay 51 dystroglycan 51 telomerase RNA 51 Myc 51 presynaptic 51 DISC1 51 enzyme catalysis 51 histone 51 Runx2 51 computationally 51 chromosome segregation 51 cellular metabolism 51 micro RNA 51 sortilin 51 HGPS 51 NMDA receptor 51 myosin II 51 calcineurin 51 LRP1 51 nanochannels 51 sarcomeres 51 numerical simulations 51 chromatin remodeling 51 presenilin 51 cytokinesis 51 telomere maintenance 51 Pin1 51 ESCRT 51 endocytosis 51 flagellar 51 protein kinases 51 enzyme 51 mitochondrial 51 LIS1 51 glycogen metabolism 51 biomolecule 51 beta1 integrin 51 lipoprotein metabolism 51 5 methylcytosine 51 biochemical 51 riboswitches 51 SH2 B 51 neuroligin 51 adult neurogenesis 51 neuronal synapses 51 molecular motors 51 epigenetics 51 focal adhesions 51 epigenomic 51 carcinogenesis 51 mechanotransduction 51 fibril 51 genome annotation 51 epigenetic changes 51 X chromosome inactivation 51 ion channel 51 mRNA molecules 51 5 hydroxymethylcytosine 51 ribosomes 51 CCR3 51 genetic recombination 51 Smoothened 51 chemoinformatics 51 exocytosis 51 atherogenesis 51 genetic manipulations 51 polymerases 51 JAK STAT 51 Curtarolo 51 XPB 51 DNA demethylation 51 histone code 51 kinesins 51 eIF3 51 amyloids 51 COX2 51 GAPDH 51 Rab# 51 laboratory experiments 51 messenger molecule 51 ERK2 51 Htt 51 miRNAs 51 physiological mechanisms 50 kinesin 50 γ secretase 50 nanometer scale 50 biological macromolecules 50 MAPK 50 x ray crystallography 50 unicellular organism 50 AMPA receptor 50 serine threonine kinase 50 transcriptional machinery 50 phospholipid membranes 50 podocytes 50 E3 ubiquitin ligase 50 Hedgehog signaling 50 mathematical modeling 50 X ray crystallographic 50 quantum computation 50 X inactivation 50 stem cell pluripotency 50 FoxO1 50 vivo 50 metalloproteins 50 Deisseroth 50 heterologous expression 50 Dictyostelium 50 nanomechanical 50 messenger RNA 50 noncoding RNA 50 HCV replication 50 TIR1 50 pre mRNA splicing 50 adenosine A2A receptor 50 nucleolar dominance 50 phenotyping 50 Golgi apparatus 50 Ago2 50 phagocytosis 50 primate genomes 50 calcium homeostasis 50 Wnt pathway 50 chromatin 50 biophysical 50 subcellular 50 epigenetic 50 molecular underpinnings 50 roundworm C. elegans 50 RNA sequences 50 mutant protein 50 Pol IV 50 HOTAIR 50 SH#B# 50 quantum computers 50 centrioles 50 BMP signaling 50 magnetization reversal 50 SOD1 50 calmodulin 50 ubiquitin ligases 50 tRNA 50 methylation patterns 50 piRNAs 50 neural 50 multicellular organism 50 catoms 50 PrP 50 partial differential equations 50 misfolded protein 50 kinase domain 50 polypeptides 50 Luthey Schulten 50 morphogen 50 GSK3 50 neutron diffraction 50 quorum sensing 50 intramolecular 50 Sonic Hedgehog 50 CPT1c 50 biosynthetic 50 Mathematical modeling 50 palladin 50 DNA double helix 50 nucleosome 50 tumorigenesis 50 computational simulations 50 neural circuits 50 neuronal differentiation 50 fungal genomes 50 LRRK2 gene 50 synapse maturation 50 PIP2 50 superconductivity 50 Six3 50 Pax6 50 cholesterol metabolism 50 Biological Chemistry 50 pathogen interactions 50 IL 7R 50 computational chemistry 50 neural cells 50 multiprotein complex 50 RNA enzymes 50 myosins 50 Genome sequencing 50 autism susceptibility genes 50 helicase 50 ABCA1 50 cyclic AMP 50 protein filaments 50 cellular signaling pathways 50 neuronal migration 50 thermodynamic 50 RNA synthesis 50 tRNAs 50 p#/CBP 50 androgen receptor 49 HDAC5 49 Alternative splicing 49 tyrosine phosphorylation 49 cPLA2 49 myelination 49 dynamin 49 synaptic function 49 TRAF6 49 transfer RNA tRNA 49 organelles 49 Hh 49 centrosome 49 Dynein 49 cytoskeleton 49 cryo EM 49 receptor ligand interactions 49 redox reactions 49 paralogs 49 RNA polymerase II 49 decoherence 49 mitochondrial gene 49 Methylation 49 spliceosome 49 spectrin 49 miRNA expression 49 small RNAs 49 receptor molecule 49 outer membrane proteins 49 Nedd4 49 PHLPP 49 hypoxia inducible transcription 49 MAP kinase pathway 49 non coding RNAs 49 biochemical reactions 49 combinatorial 49 gene expression patterns 49 cellular reprogramming 49 somatic motility 49 intracellular signaling pathways 49 ubiquitin 49 neuroinflammation 49 podocyte 49 yeast cells 49 proteomes 49 neural mechanisms 49 nanomagnets 49 auxin 49 coding RNA 49 Notch1 49 oxidative phosphorylation 49 H#K# methylation 49 neuronal degeneration 49 cellular organelle 49 protein coding RNAs 49 helices 49 epigenetic alterations 49 biocatalysts 49 mtDNA mutations 49 glycan 49 TMEM#B 49 nitrogenase 49 Photosystem II 49 excitotoxicity 49 genes 49 myosin V 49 high temperature superconductors 49 Math1 49 E1A 49 CHD7 49 signaling cascade 49 neuroligins 49 centrosomes 49 eukaryotic organisms 49 mutagenesis 49 catalytic reactions 49 Cdc# 49 Hox genes 49 peroxisomes 49 TRF1 49 regulate gene expression 49 microbial genomes 49 riboswitch 49 PALB2 49 aquaporins 49 metabolic 49 homologous recombination 49 ribonucleoprotein 49 antiferromagnets 49 electrons behave 49 miRNA 49 breast cancer metastasis 49 topoisomerases 49 transcriptional regulators 49 Chlamydomonas 49 histone protein 49 Aβ 49 polymerase 49 yeast genome 49 microdevices 49 mRNA splicing 49 serotonin signaling 49 integrin activation 49 synthesize proteins 49 XBP 1 49 correlated electron 49 biomolecules 49 physiology 49 antibody mediated 49 hedgehog signaling 49 KLF2 49 CCL5 49 paxillin 49 RNA silencing 49 FGFR3 49 Alu elements 49 SIR2 49 autophagy 49 DNA methylation 49 proteases 49 uPAR 49 underlying molecular mechanisms 49 huntingtin protein 49 structural rearrangements 49 glucocorticoid receptor GR 49 SNAREs 49 sea urchin genome 49 Kv#.# 49 mice lacking 49 disulfide bond 49 visuomotor 49 phenotypic expression 49 intracellular pathways 49 neuromuscular junction 49 prokaryotic 49 H#K# [002] 49 TXNIP 49 ncRNAs 49 thermodynamic stability 49 Sirt1 49 dopamine transporter 49 epigenetic inheritance 49 Myc protein 49 manipulating atoms 49 NMDA receptors 49 Nature Cell Biology 49 intracellular signal transduction 49 chloroplast 49 HDACs 49 coiled coil 49 MEF2D 49 RecA 49 titin 49 Arp2 3 49 chemical reactivity 49 proteasome 49 fibril formation 49 primary cilium 49 biomolecular interactions 49 ligases 49 intracellular protein 49 N myc 49 spectroscopic techniques 49 CTCF 49 computational neuroscience 49 catalytically active 49 Saccharomyces cerevisiae 49 chlorosome 49 intercellular communication 49 cypin 49 MEF2 49 neurodegeneration 49 silicon nanowires 48 Cees Dekker 48 histone proteins 48 bacterial genomes 48 Xenopus embryos 48 nucleotide sequence 48 nitrogen fixation 48 cilia 48 sumoylation 48 hematopoiesis 48 vimentin 48 RNAi pathway 48 Purkinje cell 48 immunological 48 Rab5 48 nucleolar 48 bacterial ribosome 48 TG2 48 post transcriptional 48 nanomechanics 48 polyamines 48 mitotic checkpoint 48 quasicrystals 48 coding sequences 48 iron pnictides 48 chaperone proteins 48 Proteostasis Network 48 nanostructures 48 neuropsychiatric diseases 48 MAP kinases 48 Prof. Gefen 48 NKT cell 48 epigenetic modification 48 demethylase 48 Stat1 48 mass spectrometric 48 Navier Stokes equations 48 protein encoded 48 Vpr 48 medicinal chemists 48 nematode worm 48 mechanistic insights 48 chaperone protein 48 nonlinear optical 48 CRISPR Cas 48 pathogenesis 48 bacterial genome 48 carbenes 48 kinase pathway 48 Frizzled 48 nanotube 48 Andre Levchenko 48 eukaryotes 48 enzymatic pathways 48 neurite outgrowth 48 Mammalian 48 RNA polymerase 48 encodes protein 48 protein biosynthesis 48 NF kappaB 48 membrane lipids 48 lipidoid 48 Lambris 48 IRF5 48 miR #a [002] 48 rotaxanes 48 nucleoprotein 48 microcephalin 48 polypeptide chain 48 Dicer enzyme 48 MECP2 48 transgenic mouse model 48 osteoclast 48 nanostructured materials 48 comparative genomics 48 endocytic 48 cell signaling pathway 48 tumor suppressor gene 48 neuronal function 48 huntingtin 48 interactome 48 Rad# 48 MALAT1 48 sRNA 48 transcriptional 48 Südhof 48 protein kinase 48 neurotransmitter glutamate 48 cytosine methylation 48 X ray crystallography 48 actin remodeling 48 airway remodeling 48 amino acid 48 potent inhibitors 48 intermolecular interactions 48 pRb 48 insulin signaling pathway 48 utrophin 48 heterochromatin 48 mutated protein 48 ligand receptor 48 bioengineers 48 causative genes 48 photosynthesis 48 mutant genes 48 optogenetic 48 MC4R gene 48 human proteome 48 Skp2 48 planaria 48 worm Caenorhabditis elegans 48 interfacial 48 glycomics 48 experimentally validated 48 FOXO 48 SIRT1 48 spider silks 48 PKM2 48 neuronal circuitry 48 tumor suppressor genes 48 unconventional superconductivity 48 JCSG 48 glial cell 48 Polycomb proteins 48 telomere DNA 48 nonlinear dynamics 48 experimentally demonstrated 48 FGF2 48 gut microbiota 48 Dennis Discher 48 trans splicing 48 BaBar 48 cAMP signaling 48 neuronal dysfunction 48 DLX5 48 effectors 48 interconversion 48 cytochrome oxidase 48 astrocytes 48 Pten 48 Arabidopsis 48 Gerbrand Ceder 48 Mre# 48 adhesion proteins 48 Trey Ideker 48 nucleosome positioning 48 metabolomics 48 molecular mimicry 48 electrophysiologic 48 beta globin gene 48 IRS1 48 cystic fibrosis transmembrane conductance 48 HSF1 48 untranslated regions 48 S1P 48 Ets2 48 progerin 48 Thyroid hormones 48 binding affinities 48 protein phosphorylation 48 lysosomal enzyme 48 gene 48 nAChR 48 ultracold molecules 48 Purkinje cells 48 solitons 48 nanodevice 48 JNK1 48 enzymatically active 48 neuronal plasticity 48 MeCP2 48 transcriptome analysis 48 calpastatin 48 druggable target 48 GLUT4 48 kinase gene 48 neurotransmitters 48 dopamine signaling 48 transgene expression 48 Pavel Pevzner 48 myostatin gene 48 polyamine 48 Apobec3 48 NF kB signaling 48 p# protein 48 protein clumps 48 Mitochondrial 48 cytosolic 48 subcellular structures 48 microtissues 48 MicroRNA 48 journal Nature Genetics 48 granule cells 48 homologs 48 nanoscale structures 48 Epigenetic 48 Salk researchers 48 Ku# 48 integrins 48 vacuolar 48 FOXO3a 48 Src kinases 48 signaling cascades 48 nano fluidic 48 eukaryotic genomes 48 CEACAM1 48 supramolecular chemistry 48 Neuronal 48 crystallographic 48 Drosha 48 nanoscopic 48 nanosystems 48 #S subunit 48 synaptic 47 #BP# 47 GluR1 47 TRP channels 47 lipids 47 PTEN gene 47 chromosomal instability 47 PNAS 47 cortical circuits 47 yeast prions 47 Computational 47 dimer 47 biomineralization 47 macromolecular complexes 47 Prox1 47 patterning technique 47 brassinosteroid 47 c Myb 47 LKB1 47 cis regulatory 47 electrodynamics 47 conformational 47 STAT3 47 Wnt signaling pathway 47 Myb 47 iPS derived 47 mTOR signaling 47 optogenetics 47 hormone secretion 47 Dopaminergic 47 SIRT1 gene 47 genetic underpinnings 47 transduction 47 metabolic profiling 47 motor neuron degeneration 47 tetramer 47 synthetases 47 organogenesis 47 acetylcholine receptor 47 porphyrins 47 mesoscopic 47 EGFR signaling 47 hypocretin neurons 47 pathogenic mechanisms 47 FTIs 47 HCMV 47 glycosyltransferase 47 Gene Ontology terms 47 microfluidic chip 47 neuronal 47 human genome 47 macromolecule 47 TAL effector 47 immunological mechanisms 47 p# gene 47 genomic imprinting 47 Protein Interactions 47 enzymatic pathway 47 costimulatory 47 biominerals 47 atmospheric chemistry 47 dopamine receptor 47 microtubule binding 47 HIV protease 47 ion traps 47 neurotransmission 47 journal Physical 47 catalytic subunit 47 condensin 47 neurofibromin 47 IKK2 47 tRNA synthetase 47 melanocyte 47 telomerase enzyme 47 viral genome 47 computational biologists 47 genomewide 47 enzymatic activity 47 Wnt1 47 transgenic mouse models 47 neurotransmitter receptors 47 COX enzymes 47 lipid membranes 47 cilium 47 organismal 47 SATB1 47 HDAC6 47 Induced pluripotent stem cells 47 actin 47 neuronal pathways 47 PIP3 47 RKIP 47 bacterium Escherichia coli 47 modulatory 47 post translational modifications 47 ACE2 47 prion proteins 47 journal Cell 47 zebrafish embryo 47 x ray crystallographic 47 stochastically 47 enzyme kinetics 47 oligodendrocyte 47 endonucleases 47 amyloid fibrils 47 mitochondrial DNA mtDNA 47 sarcomere 47 bilayers 47 deconvolution 47 Karl Deisseroth 47 poly dA 47 myocyte 47 mitochondrial proteins 47 Brd4 47 ncRNA 47 site directed mutagenesis 47 quantum computing 47 substrate specificity 47 NEDD8 47 neurite 47 FGF# 47 cytokine receptor 47 ribonuclease 47 RUNX3 47 FGFR1 47 stereochemical 47 hedgehog pathway 47 dimers 47 DNA polymerase 47 proteins misfold 47 photochemistry 47 hydrophobicity 47 connectome 47 dystrophin gene 47 hyperactivation 47 gene amplification 47 branching morphogenesis 47 nanoscale dimensions 47 TBC#D# 47 honeybee genome 47 DARPP 47 metabolic processes 47 neurotransmitter GABA 47 Dr. Karsenty 47 metabonomics 47 multicellularity 47 microglial 47 glutamatergic 47 mutations 47 RNA transcripts 47 coding genes 47 gluconeogenesis 47 biosensing 47 transdifferentiation 47 heavy fermion 47 tyrosine kinase receptors 47 vibrational spectroscopy 47 extracellular proteins 47 amino acids 47 multicellular 47 epigenetic modifications 47 fatty acid synthesis 47 dedifferentiation 47 interleukin 1beta 47 ERK1 2 47 HSCs 47 baker yeast Saccharomyces cerevisiae 47 neurotransmitter 47 enzymes 47 kalirin 47 Srs2 47 Amorfix utilizes 47 H#K#me# 47 proteomics 47 cellular membranes 47 biosynthetic pathways 47 misfold 47 micro fluidics 47 motor neuron 47 oncogenes 47 cellular organelles 47 Decoding genome 47 synaptic connections 47 processive 47 malonyl CoA 47 connexin# 47 noncoding 47 mammary cells 47 SUMOylation 47 gene sequences 47 histone modification 47 quantum chromodynamics 47 noncoding DNA 47 physiologically relevant 47 maize genome 47 mitochondrial genome 47 chromosome rearrangements 47 tetramers 47 neuronal circuits 47 posttranslational modifications 47 electro optic modulator 47 kinase 47 molecular biologists 47 cadherin 47 PKMzeta 47 splice variants 47 isoprenoid 47 neuron 47 epigenetic silencing 47 amyloid β 47 messenger RNA molecules 47 scanning microscopy 47 Cdk5 47 graphene sheets 47 Shor algorithm