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(Click for frequent words.) 72 fluorescence resonance energy 70 transfer FRET 67 fluorescence 66 fluorescent molecules 66 fluorophores 66 fluorescently tagged 66 absorption spectroscopy 65 chemiluminescence 65 surface plasmon resonance 65 phonon 65 fluorophore 65 multiphoton 65 fluorescence intensity 64 Fluorescence 64 absorption spectra 64 porphyrin 64 immunofluorescence 63 fluorescence detection 63 deconvolution 63 fluorescence quenching 63 SAXS 63 photon fluorescence 63 subcellular localization 63 photon microscopy 63 annexin V 63 SDS PAGE 63 fluorescent probes 63 X ray absorption spectroscopy 62 interferometry 62 single molecule fluorescence 62 Cy3 62 Rab5 62 dipole moment 62 intramolecular 62 EGFP 62 fluorogenic 62 confocal microscopy 62 photobleaching 62 fluorescence spectroscopy 62 uracil 62 ^ sup #m 62 luciferase 62 spectroscopic techniques 62 birefringence 61 donor acceptor 61 colocalization 61 immunofluorescence microscopy 61 cytidine 61 plasmon 61 photoluminescence 61 chromophore 61 antibody antigen 61 Experimentally 61 GAPDH 61 nanomechanical 61 autofluorescence 61 cytosolic 61 interferometric 61 dispersive 61 DEV DA TOMAR NEXT 61 absorbance 61 circular dichroism 61 photothermal 61 quinone 61 JAK STAT 61 confocal 61 photoactivation 61 Raman scattering 61 photon counting 61 spectroscopic technique 60 κ 60 vesicle fusion 60 stoichiometry 60 quantitative PCR 60 homodimer 60 nonlinear optical 60 PCR RFLP 60 fluorescence excitation 60 crystallographic 60 paramagnetic 60 situ hybridization 60 birefringent 60 NMR spectroscopy 60 confocal laser scanning 60 cysteines 60 avidin 60 histidine 60 6S RNA 60 Raman spectroscopy 60 infrared spectroscopy 60 Annexin V 60 scanning tunneling microscopy 60 guanosine 60 fluorescently labeled 60 situ hybridisation 60 oligomer 60 homodimers 60 quantum mechanically 60 spectroscopically 59 nucleolar 59 laser excitation 59 x ray diffraction 59 chromatin immunoprecipitation 59 Fig. 4a 59 transmembrane 59 vibrational modes 59 ligand receptor 59 excitation energies 59 magnetization 59 γ 59 QDs 59 conjugated polymers 59 striatal 59 weak gravitational lensing 59 coexpression 59 alanine 59 σ 59 transduced 59 x ray scattering 59 ultrahigh resolution 59 fission yeast 59 electron tunneling 59 morphogen 59 SensoLyte ® 59 ε 59 lysates 59 site directed mutagenesis 59 scanning microscopy 59 angle resolved photoemission 59 spectrophotometry 59 quantum dot 59 photoionization 59 NMR spectra 59 Fig. 2b 59 photoelectron spectroscopy 59 catalytically active 59 diffraction pattern 59 calorimetric 59 fluorescent dye 59 methyltransferase 59 Extracellular 59 synthetic aperture 59 ssDNA 59 Raman spectra 59 Nernst 59 ultracold molecules 59 linearized 59 dI dV 59 fig. S1 59 Fig. 2B 59 monochromator 59 mass spectroscopy 59 FLIM 59 exciton 59 dye molecules 58 semiconductor quantum dots 58 polaritons 58 mRNA expression 58 microcavities 58 FISH fluorescence 58 mass spectrometric 58 spectroscopy 58 correlation spectroscopy 58 resonant tunneling 58 Fig. 1c 58 surface plasmon 58 Lyman alpha 58 optical microscopy 58 microglial 58 Fig. 1C 58 dimer 58 miRNA expression 58 presynaptic 58 Coulomb blockade 58 immunoreactive 58 Anisotropy 58 Qdot 58 photon laser 58 cDNA 58 gel electrophoresis 58 photometry 58 fluorescent molecule 58 transgene expression 58 photochemistry 58 reverse transcriptase polymerase chain 58 biomolecule 58 Fig. 1a 58 ARPES 58 HiLyte Fluor ™ 58 Fig. 1b 58 Near Infrared 58 rRNA 58 Rydberg atom 58 Photometric 58 thermodynamic stability 58 Supplementary Fig 58 melanopsin 58 photon emission 58 photoactive 58 beta galactosidase 58 Interferometric 58 quantum oscillations 58 laser spectroscopy 58 colorimetric 58 photosystem II 58 MALDI TOF MS 58 electrophoretic 58 fluorescein 58 heterodimers 58 Confocal microscopy 58 chromophores 58 conformational changes 58 immunoprecipitation 58 stimulated emission 58 fluorochrome 58 S nitrosylation 58 GLUT4 58 Fig. 1d 58 perturbation theory 58 vibrational spectroscopy 58 tyrosine phosphorylation 58 IR spectra 58 photostability 58 ChIP Seq 58 ChIP chip 58 FGFR3 58 Spectroscopic 58 excitons 58 inelastic scattering 58 biomolecular interactions 58 tetramer 57 beta subunit 57 stable isotope 57 immunoreactivity 57 Fig. 2A 57 EMCCD 57 chemotaxis 57 fluorescence spectra 57 quasiparticle 57 nanoflow 57 agarose gel electrophoresis 57 exonuclease 57 ionization mass spectrometry 57 thermal decomposition 57 SQUIDs 57 electron neutrinos 57 MTT assay 57 electron diffraction 57 SYBR Green 57 stilbene 57 Force Microscopy 57 superconducting qubits 57 chromatin remodeling complex 57 femtosecond pulses 57 MALDI TOF 57 intracellular signaling 57 x ray pulses 57 RQ PCR 57 carcinoembryonic antigen 57 powder diffraction 57 polariton 57 X ray crystallographic 57 photoemission 57 endocytic 57 fluorescence imaging 57 HEK# cells 57 MSn 57 Nanomechanical 57 spectroscopic 57 luminescence 57 spectrophotometric 57 spatially resolved 57 lysate 57 polarization multiplexed 57 photolysis 57 enolase 57 vimentin 57 methylated DNA 57 protein complexes 57 glycosyltransferase 57 solvation 57 disulfide bond 57 proteolysis 57 Fourier transform 57 ipRGCs 57 LC-MS/MS 57 fluorescent nanoparticles 57 Fig. 4B 57 stably transfected 57 Fig. 3b 57 cycloaddition 57 NanoSIMS 57 colloidal crystals 57 electrospray ionization 57 analyte 57 immunohistochemical analysis 57 magnetoresistance 57 multiwavelength 57 supersolid 57 transmission electron microscopy 57 CdSe 57 scintillator 57 optical spectroscopy 57 microlens 57 orthologs 57 conjugated polymer 57 spectroscopic analysis 57 DIGE 57 fig. S2 57 Confocal 57 polarimetry 57 quantitative PCR qPCR 57 chiral molecules 57 methyltransferases 57 Tunable 57 ZnSe 57 Western blotting 57 tau neutrinos 57 modulatory 57 cytochrome 57 mediated inhibition 57 nanomagnets 57 dimensional gel electrophoresis 57 5 hydroxymethylcytosine 57 reflectometry 57 transmembrane protein 57 Raman spectroscopic 57 substrate specificity 57 fermion 57 photodetector 57 peroxidase 57 anisotropy 57 photoelectron 57 circularly polarized 57 Quantitation 57 zebrafish larvae 57 photons emitted 57 excitation wavelength 57 interferometers 57 RT PCR assay 57 histone H4 57 ratiometric 57 Yb 57 qRT PCR 57 self assembled monolayer 57 bilayer 57 Fig. 1D 57 pharmacophore 57 excitation 57 genetically encoded 57 lanthanide 57 photometer 56 proteomic analysis 56 PCR amplification 56 fluorescing 56 electron spins 56 DGGE 56 quantum correlations 56 deoxy 56 fluorescent proteins 56 spectroscope 56 microcavity 56 enzyme kinetics 56 eclipsing binary 56 confocal microscope 56 titania nanotubes 56 Ca2 + 56 radiotracer 56 tetramers 56 porphyrins 56 assay ELISA 56 Fig. 1A 56 tunable filter 56 quasicrystal 56 transcriptomics 56 ultrastructure 56 rhodopsin 56 Rayleigh scattering 56 NIR spectroscopy 56 transduction 56 Tubulin 56 proton magnetic resonance 56 dopant 56 amino acid substitutions 56 dimerization 56 focal adhesions 56 transferrin receptor 56 antiapoptotic 56 deuterated 56 millimeter wavelengths 56 cTnI 56 RT qPCR 56 GABAB receptors 56 covalently bound 56 luciferin 56 Fig. 2a 56 photoelectrochemical 56 rotaxanes 56 5' triphosphate 56 TR FRET 56 exocytosis 56 quantum coherence 56 neutron diffraction 56 olfactory receptor 56 polyamine 56 nm excitation 56 postsynaptic 56 streptavidin 56 chemometrics 56 electrophysiological 56 kcal mol 56 photoemission spectroscopy 56 metabolite concentrations 56 optical lattices 56 N glycan 56 immunostaining 56 immunohistochemical 56 figs. 56 Fig. 2C 56 W bosons 56 fluorescent dyes 56 fig. S3 56 Nedd4 56 lipid vesicles 56 dimeric 56 radiolabeled 56 tunable diode laser 56 surface plasmons 56 ncRNA 56 circularly polarized light 56 Amino acid 56 HARN 56 biotinylated 56 Situ Hybridization 56 preferentially bind 56 photon 56 laser desorption 56 linewidth 56 fluorescence microscope 56 subcellular 56 based morphometry 56 nonequilibrium 56 reaction RT PCR 56 X ray pulses 56 magnetic bead 56 ionic currents 56 protein tyrosine phosphatase 56 deacetylation 56 transgenic mice expressing 56 GRP# 56 diffusive 56 diffusion coefficients 56 bile acid 56 laser capture microdissection 56 immunoblotting 56 heterochromatic 56 heterologous expression 56 anionic 56 electrochemical 56 thyroglobulin 56 hippocampal neurons 56 circular polarization 56 IL #p# 56 RFLP 56 Cyclin E 56 photosystem 56 semiconductor nanocrystals 56 recombinase 56 firefly luciferase 56 HER2 HER3 56 array CGH 56 transcriptional activation 56 VLTI 56 FGF signaling 56 absorption coefficient 56 Fig. 1E 56 InGaAs 56 homologous recombination 56 quantitate 56 RNA polymerases 56 Spectrometers 56 ν 55 cryptochrome 55 fluorescent microscopy 55 InAs 55 pyrimidine 55 diffusion coefficient 55 H#K#me# 55 decoherence 55 flow cytometric 55 hyperpolarization 55 interferometer 55 avalanche photodiode 55 phosphoprotein 55 magnetisation 55 resonance frequency 55 Fig. 3a 55 stochastic resonance 55 entangled photons 55 Dpp 55 cryo electron microscopy 55 cell organelles 55 Flow cytometry 55 opsins 55 adduct 55 quantum dots 55 multiplex polymerase chain 55 fluoresces 55 #S rRNA gene 55 diffraction 55 activatable 55 cAMP 55 transcranial 55 MALAT1 55 microlenses 55 carbene 55 chromatogram 55 transporter proteins 55 microscopy techniques 55 glutamate glutamine 55 protein conformation 55 photocurrent 55 Bose Einstein Condensate 55 heterojunctions 55 meiotic recombination 55 magnetization reversal 55 FTIR spectroscopy 55 Raman microscopy 55 infrared interferometry 55 intracellular pH 55 mesoscopic 55 Plasmonic 55 Fermi LAT 55 karyotyping 55 dimers 55 p# NTR 55 hydroxyl radical 55 rhodamine 55 Transcriptome 55 phosphatidylinositol 55 tRNA synthetase 55 Fourier transform infrared spectroscopy 55 X chromosome inactivation 55 phagocytosis 55 immunofluorescence staining 55 ultraviolet wavelengths 55 fluorescence polarization 55 Luciferase 55 ultrashort pulses 55 α 55 intravital 55 voxel 55 photodiode array 55 surface plasmon resonance SPR 55 5 hmC 55 nanodiamond 55 ganglion cells 55 Eg5 55 mass spectrometry MS 55 transferase 55 fluorescence microscopy 55 superlattices 55 positronium 55 trimers 55 5 methylcytosine 55 gene amplification 55 femtosecond 55 absorbs photons 55 synthases 55 superconducting qubit 55 electrophoresis 55 #m Tc 55 muon 55 single photon detectors 55 cathepsin B 55 electron doped 55 lyase 55 inhomogeneity 55 ERK1 2 55 endonucleases 55 nitrotyrosine 55 BMAL1 55 neurofilament 55 induced fluorescence 55 heterodyne 55 ligand binding 55 nanochannels 55 photoacoustic 55 radial velocity measurements 55 Cx# [001] 55 bioluminescence imaging 55 EGF receptor 55 situ hybridization FISH 55 ribozyme 55 membrane protein 55 amperometric 55 AMPA receptor 55 transfected cells 55 anion 55 cells transfected 55 linkage disequilibrium 55 differential gene expression 55 serine protease 55 MWNT 55 VE cadherin 55 cytotoxicity 55 oligonucleotide microarray 55 mitogen activated protein kinase 55 nanotags 55 diffraction patterns 55 η 55 supercurrent 55 ribosomal protein 55 ESO VLT 55 force microscopy AFM 55 photon energies 55 PCR assay 55 collinear 55 substituents 55 bimolecular 55 ligase 55 anions 55 functionalized 55 optical waveguides 55 beta tubulin 55 Chlamydomonas 55 NADPH 55 Immunofluorescence 55 reaction PCR 55 fig. S6 55 odorant receptor 55 prostanoid 55 spectrometry 55 polyacrylamide gel electrophoresis 55 Dynabeads 55 parameter estimation 55 Fig. 3A 55 nematic 55 DAPI 55 Vps# 55 transcriptional regulation 55 β galactosidase 55 cuprate 55 processive 55 ^ Tc 55 ERK pathway 55 CD#c 55 copper zinc superoxide 55 syntaxin 55 enzymatic activity 55 MALDI MS 55 #S rDNA 55 PIP3 54 thymidine 54 physiologically relevant 54 affinity purification 54 pentacene molecule 54 P selectin 54 gene inactivation 54 Fourier Transform 54 Assay Kit 54 cytokeratin 54 cultured neurons 54 zeta potential 54 SWCNT 54 valence electron 54 Josephson junction 54 phonons 54 T2 weighted images 54 neuromelanin 54 quantization 54 3He 54 Brillouin 54 complexation 54 photons 54 Notch1 54 transcriptional regulator 54 immunocytochemistry 54 bacterial genomes 54 perovskite 54 ribonuclease 54 polarimetric 54 fluorescence emission 54 UVOT 54 noncoding RNAs 54 photodiode 54 ultracold 54 glycosylation 54 homologs 54 Situ Hybridization FISH 54 HRTEM 54 geoneutrinos 54 isomeric 54 biophysical techniques 54 disulfide bonds 54 tropomyosin 54 histone modification 54 photonic crystal 54 allelic 54 Mass Spectrometry MS 54 amine oxidase 54 LiNbO3 54 evolutionarily conserved 54 Femtosecond 54 interconversion 54 rubidium vapor 54 neutral mass spectrometer 54 steric 54 IR spectroscopy 54 SINFONI 54 scanning electron microscopy SEM 54 CD# expression [001] 54 electroluminescence 54 miRNAs miR 54 Exome 54 enzyme inhibition 54 endosomal 54 photodiodes 54 ATP synthase 54 immunoblot 54 plastid 54 meV 54 antineutrino 54 bosonic 54 electrical conductance 54 nano fluidic 54 RNA transcription 54 backscattered 54 indel 54 linear ion 54 vibrationally excited 54 MALDI 54 cryptochromes 54 blackbody 54 velocity dispersion 54 histone acetyltransferase 54 electron spin 54 enhanced Raman scattering 54 fig. S5 54 ribonucleoprotein 54 basolateral 54 X ray scattering 54 monochromators 54 capillary electrophoresis 54 nucleic acid molecules 54 serine threonine kinase 54 #F fluorodeoxyglucose 54 chemotactic 54 diffusible 54 high redshift galaxies 54 formate 54 Fig. 3B 54 sequence homology 54 quantitative mass spectrometry 54 SOCS3 54 magnon 54 bilayer graphene 54 activating mutation 54 somatostatin 54 phenylene 54 TUNEL 54 odorant molecule 54 magnetic nanoparticle 54 magnesium ion 54 inhomogeneities 54 secretory pathway 54 P2X 54 Josephson junctions 54 gold nanoclusters 54 histone acetylation 54 pigment granules 54 antiparallel 54 GRB# 54 immunohistochemistry IHC 54 #S rRNA 54 scanning tunneling microscopy STM 54 HtrA2 54 PIK3CA 54 BMP signaling 54 Adaptive optics 54 regulated kinase 54 autocorrelation 54 MAP kinase 54 leukocyte 54 quantized 54 apo AI 54 ferromagnetic 54 avalanche photodiodes 54 Bioluminescence 54 acyclic 54 tumorigenicity 54 superlattice 54 oscillatory 54 diffusivity 54 Photodynamic therapy 54 titania 54 micrograph 54 glucose oxidase 54 amino acid residues 54 c myc 54 histone H3 54 bolometers 54 tyrosine 54 phospholipase 54 micrometer scale 54 post translational modifications 54 morphogens 54 ATPase 54 dinucleotide 54 functionalization 54 Photoacoustic 54 CaM 54 circular polarized 54 Taqman 54 sodium atoms 54 occludin 54 microdialysis 54 X ray diffraction 54 biochemical assays 54 derivatized 54 gene rearrangement 54 esterase 54 poly L lysine 54 serine 54 terahertz waves 54 phytochrome 54 uPAR 54 indium gallium arsenide InGaAs 54 massively parallel sequencing 54 ultracold polar molecules 54 Bose Einstein condensates 54 ionisation 54 receptor molecule 54 zebrafish embryo 54 adsorbate 54 chemisorption 54 epoxide 54 budding yeast 54 nucleon 54 RXTE 54 polypeptides 54 infrared spectra 54 aCGH 54 adipocyte 54 x ray tomography 54 light scattering DLS 54 ion traps 54 cDNAs 54 confocal imaging 54 fermionic 54 lensless imaging 54 W boson 54 YFP 54 redox 54 protein ligand interactions 54 Immunohistochemical analysis 54 photon absorption 54 quantum tunneling 54 constitutively 54 deformable mirror 54 Fluorescent 54 oligomeric 54 polypeptide 54 nanoprobes 54 nucleolus 54 Fig. 1B 54 covalently linked 54 amplitudes 54 protonated 54 undoped 54 Fig. 3d 54 DNA demethylation 54 microscopy 54 linearly polarized light 54 synchrotron X ray 54 glycolytic 54 iron oxide nanoparticles 54 interstitial fluid 54 chemosensitivity 54 photonic crystals 54 photometric 54 Or#b 54 histone 54 frequency comb 54 cytoplasmic 54 microfluidic channels 54 Jhdm2a 54 GFP fusion 54 electronic excitations 54 rotaxane 54 histone modifications 54 Fabry Perot 54 linearly polarized 54 oligomerization 54 colloidal particles 53 nucleotide substitutions 53 δ 53 TGFß 53 photoconductive 53 photon detection 53 heterozygotes 53 NMR Spectroscopy 53 splice variants 53 HCV replication 53 spectroscopic methods 53 backscattering 53 protein ligand 53 optomechanical 53 T#M 53 cantilever deflection 53 Reflectance 53 fig. S4 53 amplicon 53 intracellular 53 pyroelectric 53 FTIR 53 somatic mutations 53 superlens 53 SQUID 53 muon neutrino 53 chromatin immunoprecipitation ChIP 53 pyrrolysine 53 F actin 53 electromotive force 53 #nm laser [001] 53 cyclic AMP cAMP 53 Cepheid variables 53 transduce 53 antiproton 53 thiol 53 hydrolase 53 #T# L1 53 Dictyostelium 53 laser interferometers 53 apoptotic 53 intracellular proteins 53 amide 53 x ray crystallographic 53 Pgp 53 piezoresistive 53 redshifts 53 plasmonic 53 Mössbauer 53 glutamate receptor 53 oxidative phosphorylation 53 granzyme B 53 ChR2 53 nanoprobe 53 posttranslational modifications 53 cm -1 53 ligand 53 redox sensitive 53 SiMoA 53 linear interpolation 53 alkane 53 phototransistors 53 Aâ 53 laser scanning confocal 53 unpolarized 53 adrenoceptor 53 emission spectra 53 GPI anchored 53 amplicons 53 proline 53 Schematic illustration 53 femtosecond laser pulses 53 positron emitting 53 Htt 53 τ 53 transfected 53 Fig. 2c 53 transcriptome analysis 53 cytochrome oxidase 53 diffraction grating 53 liquid chromatography tandem 53 doped silicon 53 ChIP seq 53 organometallic 53 depolarization 53 Schematic representation 53 TET2 53 pentacene 53 photon imaging 53 electron transistor 53 dipeptide 53 molecular beacons 53 ultracold atoms 53 laser speckle 53 NIRCam 53 optical wavelengths 53 radiotracers 53 gravitational wave 53 spectroscopic imaging 53 FUS1 53 glomerular 53 Excitation 53 cobalt atom 53 colloidal nanocrystals 53 nanomolar