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type	Concept
rdfs:label	ANALYTICAL CURRENTS
skos:inScheme	document-type-name
is Subject of	Improved superparamagnetic nanoparticles for targeting and imaging \| Spider on a chip \| Green gels that swell \| Lidar imaging of the Colosseum \| Studying EGFP inside inertially injected droplets \| A monomeric alternative to α-hemolysin \| A fast, label-free nanofluidic DNA detector \| New guidelines for SWNT measurements Force required to move an atom or molecule \| High-throughput encapsulation and passive sorting of single cells \| NMR metabonomic profiling of bipolar disorder \| A NIMS enzyme assay \| New mechanism proposed for corona-ion-dependent signal enhancement \| No MAGIC in Science paper \| Shape and volume affect biochemical reactions \| A new optical technique for breath analysis \| Single-particle counting of quantum dots \| Microfabricated zone plate for optical trapping A bead-based kinase competition assay \| A multiplexed, high-throughput disease diagnostic system \| Labeling proteins with interchangeable fluorophores \| Nanowire electrodes detect PSA activity \| Control over DNA movement through nanopores \| Detection of amino acids from complex mixtures \| Glass nanopores for ion-channel recordings \| Magnetic microposts apply mechanical forces on cells Cells roll their separate ways \| Systematic comparison of primary ion sources for S-SIMS \| Comparing ESI methods for the determination of dissociation constants \| Noninvasive imaging of SERS-active nanoparticles \| Sensor detects theophylline in serum \| Brains that are a little bit scattered \| MALDI TOF for natural product imaging Analytical Currents: Nanotube electrodes measure DNA conductivity \| Flow cytometry: the eyes have it \| Functional analysis of membrane proteins with nanodiscs and SAMDI MS \| Immunomagnetic diffractometry for biomarker detection \| Pushing molecules back and forth through a nanopore \| The mystery of the pink paintings\| Shared Instrumentation Grant program to accept proposals Analytical Currents: Merging chemistry and microfluidics to study complex biological networks \| New method to print protein arrays from DNA arrays \| Optical waveguides for biodetection \| Ultracentrifugation separates racemates from enantiomers \| Microfluidic devices for terahertz spectroscopy \| LC/MS detection of amino acids with zero-voltage electrospray \| Raman reveals nanotubes' fate Analytical Currents: Photocaged amino acids enable scientists to study phosphorylation in vivo \| Two-photon excitation to stimulate and image neural circuits \| Calorimetry for proteomics \| Imaging carbon nanotubes in cells. \| High-throughput, single-enzyme assay system \| New IRMPD method for sequencing oligosaccharides Analytical Currents: Defining the molecular forces that shape protein nanofibrils \| Understanding noise in solid-state nanopores \| DataChip tackles high-throughput drug screening \| Dielectrophoresis with reconfigurable oil barriers \| A multiwell, multicantilever, protein detection system \| Proteomic profiling method not suitable for detecting prostate cancer \| Whole-organism imaging MS \| MALDI MS of transition-metal catalysts \| Bard and Moerner win the 2008 Wolf Prize in Chemistry A zeptomolar microfluidic immunoassay \| MS imaging from a microfluidic device \| BSI to study free-solution binding without labeling \| Effect of the Debye screening length on NW-FET sensors \| SILAC with top-down MS for protein quantitation and characterization \| FRET and force spectroscopy-together at last \| Nominations for Gold Medal Award \| Cellular imaging is just a click away \| CARS monitors lipid storage \| Microfluidic hydrogel scaffold for 3D cell culture \| Getting to E = mc2

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