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(Click for frequent words.) 70 processive 67 conformational changes 66 surface plasmon 66 electron tunneling 66 intramolecular 66 bosonic 65 depolarization 65 resonance frequencies 65 amplitudes 65 antibody antigen 65 dispersive 65 magnetization reversal 65 actin filament 64 intraventricular 64 nonlinear optical 64 ultracold molecules 64 gamma oscillations 64 antiparallel 64 nonequilibrium 64 spatio temporal 64 bistability 64 rostral 64 redox reactions 64 depolarizing 64 vibrational modes 64 autoregulation 64 Fig. 2b 64 diffusive 64 ionic currents 64 electroencephalographic 64 quantum mechanically 63 microsaccades 63 F actin 63 focal adhesions 63 Purkinje cell 63 colocalization 63 Fig. 1c 63 Fig. 1a 63 circadian pacemaker 63 heterojunctions 63 paramagnetic 63 postsynaptic 63 sinusoidal 63 supersolid 63 dipole moment 63 polaritons 63 morphogenetic 63 inhomogeneities 63 perturbation theory 63 quantum oscillations 63 dephasing 62 calorimetric 62 corticospinal 62 decoherence 62 astrocytic 62 structural rearrangements 62 inhomogeneity 62 mitral cells 62 quasiparticle 62 RNA polymerases 62 flagellar 62 femtosecond timescale 62 morphogen 62 theta waves 62 electron scattering 62 trimers 62 dipolar 62 polariton 62 ribozyme 62 bioelectrical 62 hyperexcitability 62 sine waves 62 Fig. 3b 62 supercurrent 62 oligomerization 61 exocytosis 61 intermolecular 61 anisotropic 61 uniaxial 61 vesicle fusion 61 JAK STAT 61 microcavities 61 velocity dispersion 61 antiferromagnetic 61 vibrationally excited 61 interconversion 61 neurone 61 PER2 61 conformational 61 histone methylation 61 DFT calculations 61 electron doped 61 miRNA expression 61 oscillation frequency 61 corona discharge 61 mesoscopic 61 myosin V 61 saccades 61 Fig. 2B 61 heterochromatic 61 Brownian motion 61 cytoskeletal 61 cortical activation 61 neuronal activity 61 fig. S1 61 resonance frequency 61 atrioventricular 61 Mott insulator 61 eukaryotic cell 61 CPEB 61 junctional 61 electrophysiologic 61 membrane lipids 61 toroid 61 colloidal particles 61 electrophysiological 61 wavelike 61 isomeric 61 supramolecular 61 excitatory neurons 61 electron electron 61 Nernst 61 solitons 61 intracellular signaling 60 fluid viscosity 60 electron transistor 60 tyrosine phosphorylation 60 aperiodic 60 Fig. 4a 60 neuronal synapses 60 photoionization 60 MAPKs 60 cavitations 60 magnetization 60 Fig. 1A 60 plasmon 60 Aharonov Bohm effect 60 bacterial flagella 60 periodic oscillations 60 hypocretin neurons 60 modulatory 60 histone modifications 60 excitation contraction 60 nonlinear 60 ATP hydrolysis 60 magnetic reconnection 60 ciliary 60 catalytically active 60 donor acceptor 60 electrophoretic 60 fluorescence quenching 60 transmural 60 quantum coherence 60 colloidal crystals 60 magnetisation 60 protein conformation 60 neuronal migration 60 cAMP signaling 60 electromyographic 60 thermally induced 60 anterograde 60 electronic excitations 60 sub picosecond 60 theta oscillations 60 odorant molecule 60 inhomogeneous 60 membrane fusion 60 GABAA receptors 60 chemical kinetics 60 electron pairs 60 dielectrophoresis 60 impedances 60 reentrant 60 quantization 60 substorm 60 oscillation 60 femtosecond pulses 60 dorsolateral 60 presynaptic 60 spectroscopic techniques 60 glomerulus 60 rhythmicity 60 Fig. 4B 60 kinesin motor 60 thermal gradients 60 morphogens 60 FGF signaling 60 figs. 60 granule cells 60 BMP signaling 60 microcavity 60 AV node 60 birefringence 60 amino acid substitutions 60 punctate 60 thermally activated 60 lattice vibrations 60 millivolt 60 frequency modulated 60 translationally 59 previously uncharacterized 59 semicircular canals 59 habenula 59 ribosomal DNA 59 stomatal 59 mirror neuron system 59 anterior temporal lobe 59 zebrafish embryo 59 saccadic 59 visuomotor 59 ultrasonic vibrations 59 epigenetic modification 59 conductance 59 wavefronts 59 orbital angular momentum 59 Dictyostelium 59 fluorescently tagged 59 eddy currents 59 nanomechanical 59 somatosensory cortex 59 excitation 59 PIP3 59 myosins 59 capacitive coupling 59 dipoles 59 Fig. 1b 59 brain cortex 59 electromagnetic coupling 59 resonant frequencies 59 endocytic 59 Fig. 1D 59 electron proton 59 nucleons 59 circularly polarized light 59 magnetosomes 59 Coulomb blockade 59 transgene expression 59 coplanar 59 diffraction pattern 59 invariant 59 superfluids 59 ligand receptor 59 absorption spectroscopy 59 coexpression 59 eigenvalues 59 magnons 59 bistable 59 mRNA molecules 59 BMAL1 59 intracellular proteins 59 magnetic vortices 59 sinus node 59 amplitude modulation 59 cilium 59 cyclization 59 γ 59 electron spins 59 ferromagnetic materials 59 meiotic recombination 59 interstitial fluid 59 absorption spectra 59 tensor 59 micrometer scale 59 cavity QED 59 electrical conduction 59 boron atoms 59 PEDOT nanotubes 59 neurophysiological 59 myofibroblasts 59 van der Waals interactions 59 fluorescence intensity 59 phonons 59 neuroanatomical 59 biphasic 59 catalytic reactions 59 quantum tunneling 59 tetramer 59 dephosphorylation 59 weak gravitational lensing 59 transcriptional repressor 59 disulfide bond 59 synaptogenesis 59 cortical neurons 59 telomeric 59 magnetic dipole 59 β1 59 chromosome condensation 59 oscillations 59 chromatin structure 58 NMDAR 58 centromeric 58 macroscopically 58 actin filaments 58 electrostatic interactions 58 histone H4 58 superconducting qubits 58 isotherms 58 ganglion cells 58 dI dV 58 stilbene 58 steric 58 dimeric 58 polypeptide chain 58 site directed mutagenesis 58 oculomotor 58 emitted photons 58 oncogenic transformation 58 osmotic pressure 58 synthetic aperture 58 SAXS 58 backscattered 58 neural impulses 58 magnetoresistance 58 subwavelength 58 gold nanoclusters 58 ferromagnet 58 chemisorption 58 magnesium ion 58 phytochrome 58 eigenvalue 58 wavelet transform 58 electromotive force 58 microvolt 58 myosin VI 58 brain hemispheres 58 x ray scattering 58 circularly polarized 58 epitaxial layer 58 detuning 58 dissipative 58 single photon detectors 58 helices 58 fluorescence resonance energy 58 guanosine 58 pyramidal neurons 58 spin precession 58 transmembrane 58 Fig. 1C 58 rubidium vapor 58 hexamers 58 x ray absorption spectroscopy 58 precess 58 nucleolar 58 GLUT4 58 hyperactivation 58 excitations 58 DNA demethylation 58 electromagnetic flux 58 alkynes 58 nonlinear optics 58 epigenetic silencing 58 intracellular bacteria 58 hyperfine 58 interfacial 58 photon laser 58 microelectrode 58 Josephson junction 58 piezoelectric crystals 58 sagittal plane 58 superconducting qubit 58 photoemission 58 6S RNA 58 nano oscillators 58 non coding RNA 58 ATPase activity 58 neuro physiological 58 nematic 58 microstructural 58 striatal 58 X ray pulses 58 Skeletal muscle 58 fermionic 58 locomotor activity 58 martensite 58 axon guidance 58 disulfide bonds 58 quantum particles 58 inelastic scattering 58 nucleolus 58 Dopaminergic 58 lamellar 58 isotropic 58 striated muscle 58 cysteine residues 58 light scattering DLS 58 bilayer graphene 58 laser excitation 58 centrioles 58 linearly polarized light 58 diffraction grating 58 reticular 58 beta adrenergic receptors 58 PIP2 58 Fig. 4b 58 neuroepithelial cells 58 spatial temporal 58 vesicle trafficking 58 hydrophobicity 58 vacuolar 58 transcranial 58 calmodulin 58 cytokine signaling 58 hippocampal neurons 58 Ca2 + 58 endothermic 58 mesoderm 58 inflammatory cytokine 58 spatiotemporal 58 oscillatory behavior 58 optomechanical 58 Fig. 3A 58 Raman scattering 58 hindbrain 58 neuronal pathways 58 wavefunction 58 PrPC 58 biogenesis 58 repolarization 58 immunological synapse 58 oligomer 58 titin 58 adiabatic 58 tetragonal 58 magnetic excitations 58 cell lysis 58 electron positron pairs 58 neuronal plasticity 58 oscillation frequencies 58 unconventional superconductivity 58 frequency electromagnetic 58 GAPDH 58 collinear 58 photoconductive 58 occludin 57 nanomagnets 57 myosin 57 particle acceleration 57 gelsolin 57 Fig. 2a 57 optical lattices 57 excitatory 57 Fig. 3a 57 spectrograms 57 metastable 57 evolutionarily conserved 57 ligand binding 57 circular dichroism 57 cesium atom 57 kainate 57 synaptic proteins 57 hypothalamic pituitary axis 57 ankyrin repeats 57 self assembled monolayer 57 diamagnetic 57 IRE1 57 KaiC 57 hydrated electron 57 Purkinje cells 57 fig. S2 57 neurite outgrowth 57 shear modulus 57 transcriptionally 57 cortical excitability 57 Maxwell equations 57 adherens junctions 57 coiled coil 57 X chromosome inactivation 57 adsorbate 57 actin dynamics 57 transduction 57 resonant cavity 57 diffusible 57 suprachiasmatic nucleus 57 involuntary muscle contractions 57 catecholamine 57 triangular lattice 57 sarcomere 57 fractal pattern 57 sensory neuron 57 kinematic 57 Brillouin 57 sarcomeres 57 photochemical processes 57 scanning tunneling microscopy 57 mPFC 57 rearfoot 57 hydrophobic interactions 57 Syt IV 57 evanescent waves 57 semiconductor nanowires 57 acyclic 57 etiologic 57 neocortical 57 ribosomal subunits 57 myometrial 57 epithelial mesenchymal transition 57 hypothalamic pituitary 57 microcantilevers 57 photoelectron spectroscopy 57 birefringent 57 Pax6 57 umbilical vein 57 oxidative phosphorylation 57 spheroidal 57 p# activation 57 nonlinearities 57 endonuclease 57 RNA polymerase II 57 feedforward 57 oligomeric 57 lamina 57 chemoreceptors 57 Fig. 2A 57 CD1d 57 epoxide 57 viscoelasticity 57 experimentally demonstrated 57 photoperiod 57 topological 57 sensorimotor 57 quadratic 57 epigenetic modifications 57 phagocytosis 57 auditory neurons 57 intracortical 57 chromophore 57 intracellular signal transduction 57 lytic 57 Cathepsin B 57 cellular prion protein 57 interparticle 57 cycloaddition 57 solvation 57 ERK signaling 57 pulse durations 57 sidebands 57 electrophysiological recordings 57 rotaxanes 57 fluid shear 57 Mutational 57 linearized 57 prefrontal lobes 57 conjugated polymers 57 MAP kinase pathway 57 acetylation 57 manganite 57 interneurons 57 nanosecond pulse 57 transcriptional activation 57 cerebellar 57 proteolysis 57 motoric 57 Fourier transforms 57 modulated signals 57 ARPES 57 superposed 57 Doppler shifts 57 Josephson junctions 57 organogenesis 57 motile 57 P cadherin 57 autocorrelation 57 crystallographic 57 integrin mediated 57 femtosecond laser pulses 57 jasmonate 57 glycolytic 57 MT1 MMP 57 electroactive 57 heterodyne 57 intermolecular interactions 57 spectrin 57 nonlinear dynamics 57 CaM 57 chiral molecules 57 chemotactic 57 motoneurons 57 magnetospheric 57 polyadenylation 57 radiative transfer 57 diffusion coefficient 57 afferent 57 peristalsis 57 stoichiometry 57 spectral Doppler 57 neurogenic inflammation 57 pulsations 57 Doppler shift 57 myoclonus 57 protein filaments 57 photoperiodic 57 HDAC5 57 quasicrystal 57 muscular contractions 57 synaptic inputs 57 piezo actuator 57 crosslinking 57 uracil 57 differential gene expression 57 polarization multiplexed 57 secretory cells 57 Valsalva maneuver 57 tetramers 57 c Src 57 physico chemical 57 inhibitory interneurons 57 palytoxin 57 dorsolateral prefrontal cortex DLPFC 57 quasiparticles 57 mechanotransduction 57 magnesium ions 57 supercontinuum generation 57 S nitrosylation 57 cuprate 57 ephrin A1 57 enzyme kinetics 57 pineal 57 isotope fractionation 57 H#K# [002] 57 stator windings 57 neural crest cells 57 Raman spectra 56 scanning microscopy 56 morphogenesis 56 antiferromagnets 56 periodicities 56 attentional blink 56 synaptotagmin 56 potentiation 56 crystal lattice 56 silicon nanowire 56 diffracting 56 vagal 56 Fig. 1d 56 exponential decay 56 chemiluminescence 56 overactivation 56 neurofilament 56 enthalpy 56 gluon 56 Fig. 1E 56 liquid crystalline 56 microfabricated 56 photon absorption 56 nonlinearity 56 photoactivation 56 LIS1 56 helicity 56 multiferroic 56 Hedgehog signaling 56 MAP kinases 56 cantilever deflection 56 superluminal 56 optical lattice 56 bosons 56 ultrasonic transducers 56 enzymatic pathways 56 centromeres 56 biochemical cascade 56 zinc ions 56 AMPA receptor 56 cysteines 56 ultracold atoms 56 exciton 56 superior colliculus 56 photosynthetic apparatus 56 rCBF 56 synaptic vesicles 56 ATP synthase 56 genetic recombination 56 hypoperfusion 56 ferromagnetism 56 bilayer 56 fig. S3 56 ERK1 2 56 p#/CBP 56 proteolytic 56 QDs 56 diffusion MRI 56 Mathematical modeling 56 genetic loci 56 autophagic 56 vomeronasal organ VNO 56 neurotransmitter receptor 56 vertebrate embryos 56 covalent bonding 56 chalcogenide 56 echo planar imaging 56 odorant receptor 56 airway remodeling 56 piriform cortex 56 deterministic jitter 56 hyperalgesia 56 azimuthal 56 piezoelectric transducer 56 cerebral ischemia 56 intercalation 56 surgical decompression 56 riboswitch 56 SUMOylation 56 hyperpolarization 56 perirhinal cortex 56 magnetically coupled 56 nucleotide substitutions 56 F1 ATPase 56 hypervariable 56 Fig. 2C 56 microcantilever 56 pulse amplitude 56 electromyographic EMG 56 acoustic impedance 56 denervation 56 photons emitted 56 rotational symmetry 56 frontal parietal 56 photochemical reactions 56 diffusion coefficients 56 dimensional nanostructures 56 thermodynamic stability 56 Fig. 3B 56 effector protein 56 ciliated 56 eccrine 56 myogenic 56 helium ions 56 serum antibodies 56 biomolecule 56 Alfvén waves 56 crosslinks 56 3'UTR 56 dimer 56 thermodynamic equilibrium 56 Bragg grating 56 photoconversion 56 quantum particle 56 mammalian brains 56 anisotropy 56 gene rearrangements 56 Jhdm2a 56 olfactory receptor 56 cytokine receptors 56 leukocyte infiltration 56 stereocilia 56 perturbation 56 magnetic flux 56 nanomesh 56 Alfven waves 56 macrocycle 56 optogenetic 56 photonic crystal 56 cell nuclei 56 synapse formation 56 dynamical systems 56 coherent superposition 56 Sonic hedgehog 56 linewidth 56 Fig. 2c 56 ionised gas 56 mitral annular 56 temporo parietal junction 56 hypothalamus gland 56 microRNA molecule 56 gravitational radiation 56 MCH neurons 56 Extracellular 56 neuromuscular junction 56 infrasonic 56 ultrashort pulses 56 dyssynchrony 56 torsional vibration 56 quantum phenomena 56 linearly polarized 56 intracavity 56 pyramidal cells 56 voxel 56 ultracold 56 topological defects 56 nonconducting 56 nociceptive 56 ratiometric 56 transcranial magnetic stimulation TMS 56 physiologically relevant 56 diffusivity 56 effector 56 chlorosome 56 somites 56 postural sway 56 translocates 56 retinal neurons 56 NKT cell 56 transferase 56 magnetic tweezers 56 abnormal neuronal 56 microglial 56 ε 56 hyperintensity 56 omental 56 piezoelectric materials 56 locus coeruleus 56 protein secretion 56 chromatogram 56 Stat1 56 collimated 56 tumor suppressor p# 56 Alternative splicing 56 di GMP 56 plethysmography 56 Fig. 2D 56 Rab5 56 glial 56 cyclic loading 56 Lorentzian 56 Doppler sonography 56 thermoregulatory 56 ferro electric 56 magnetic coil 56 ferromagnetic 56 thermodynamic properties 56 vomeronasal 56 ganglion cell 56 TRPV4 56 phenylene 56 interferometers 56 cytoskeletal protein 56 contractile 56 polynucleotides 56 neurophysiologic 56 nanomotors 56 Aâ 56 emit photon 56 nanoparticle arrays 56 electron density 56 polyphase 56 neuronal dysfunction 56 actin fibers 56 electro magnetically 56 optical resonator 56 antineutrino 56 Abeta protein 56 adhesion proteins 56 histone acetylation 56 photon fluorescence 56 neuronal circuits 56 THz radiation 56 neural synapses 56 pRb 56 mitochondrial membrane 56 secretory pathway 56 siRNA knockdown 56 depolarized 56 X ray absorption spectroscopy 56 Arp2 3 56 spectrogram 56 Dirac fermions 56 cementite 56 auroral 56 submicrometer 56 ciliary body 56 emission spectra 56 electrodynamics 56 terahertz waves 56 virulence genes 56 piezoresistive 56 conduction electrons 56 nanoribbon 56 EBNA1 56 nucleolar dominance 56 Left ventricular 56 actin binding 56 epigenetically 56 chromosomal rearrangement 56 poly dA 56 explants 56 bacterial virulence 56 mitochondrial respiration 56 peroxynitrite 56 Ventricular fibrillation 56 deterministically 56 hexamer 56 Notch signaling pathway 55 interatomic 55 electroencephalographic EEG 55 H#K#me# 55 diatomic 55 tropomyosin 55 intercellular communication 55 adenylate cyclase 55 chromatin modification 55 Dirac equation 55 Schematic diagram 55 transfer FRET 55 sine curve 55 nanoelectromechanical 55 thermosensitive 55 activated macrophages 55 Kv#.# 55 paraventricular nucleus 55 Drosophila embryos 55 tropospheric 55 nitric oxide synthase NOS 55 epistasis 55 mRNA translation 55 Experimentally 55 stripline 55 transporter proteins 55 allodynia 55 Electromyography 55 catenin 55 epididymal 55 fermion 55 nanochannels 55 vibrational spectroscopy 55 neuronal signaling 55 entangled qubits 55 motion parallax 55 cytosolic 55 hysteresis 55 rotationally symmetric 55 rheometer 55 actin polymerization 55 piezoelectricity 55 medial frontal cortex 55 antisense molecules 55 kinesins 55 vibrational frequency 55 SWNT 55 oxidized phospholipids 55 dopamine signaling 55 Supplementary Fig 55 CMOS compatible 55 denaturation 55 SCN5A 55 interferometry 55 ferroelectricity 55 electroencephalograms 55 oocyte maturation 55 electromagnetically 55 FGFs 55 cuticular 55 tensile stress 55 osteoblastic 55 pulsed plasma 55 evoked potentials 55 fluorescent molecules 55 capacitively coupled 55 equilibration 55 Particle acceleration 55 afferents 55 micromechanical 55 T2 weighted images 55 cyclic AMP cAMP 55 cleavage furrow 55 MAP kinase 55 deacetylation 55 excitons 55 photon energies 55 Electron microscopy 55 intraluminal 55 stimulated emission 55 Or#b 55 correlated electron 55 macromolecule 55 psychophysiological 55 proteinaceous 55 nanocages 55 untranslated regions 55 phospholipid membranes 55 synaptic 55 Wnts 55 muscarinic receptors 55 complexation 55 RNA strands 55 hydrophobic surfaces 55 surface plasmons 55 caveolae 55 surface plasmon resonance 55 superatoms 55 monotonic 55 posttranslational modification 55 premotor 55 subcellular 55 hypothalamic pituitary adrenal axis 55 reaction kinetics 55 pulsed laser beam 55 mitogen activated protein kinase 55 tunable filters 55 echogenic 55 backscattering 55 microelectrodes 55 reactance 55 electric dipole 55 soliton 55 mitotic spindle 55 primary cilia 55 globular proteins 55 sRNA 55 kinesin 55 kinase domain 55 nonoverlapping