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crossref | en | article | 10.1021 | nature | <citation-number>87.</citation-number> <author>Sakamoto, H., Yokohata, T., Yamamura, T. & Kimura, K.</author> <title>Liquid-Liquid Extraction of Alkali Metal Ions with Photochromic Crowned Spirobenzopyrans.</title> <container-title>Analytical Chemistry</container-title> <volume>74,</volume> <page>2522–2528</page> <year>(2002).</year> |
crossref | en | article | 10.1021 | nature | <citation-number>88.</citation-number> <author>Biran, I. & Walt, D. R.</author> <title>Optical Imaging Fiber-Based Single Live Cell Arrays:~ A High-Density Cell Assay Platform.</title> <container-title>Analytical Chemistry</container-title> <volume>74,</volume> <page>3046–3054</page> <year>(2002).</year> |
crossref | en | article | 10.1021 | nature | <citation-number>89.</citation-number> <author>Wick, C. D., Siepmann, J. I. & Schure, M. R.</author> <title>Molecular Simulation of Concurrent Gas-Liquid Interfacial Adsorption and Partitioning in Gas-Liquid Chromatography.</title> <container-title>Analytical Chemistry</container-title> <volume>74,</volume> <page>3518–3524</page> <year>(2002).</year> |
crossref | en | article | 10.1021 | nature | <citation-number>90.</citation-number> <author>Espinosa, S., Bosch, E. & Rosés, M.</author> <title>Retention of Ionizable Compounds on HPLC. 12. The Properties of Liquid Chromatography Buffers in Acetonitrile-Water Mobile Phases That Influence HPLC Retention.</title> <container-title>Analytical Chemistry</container-title> <volume>74,</volume> <page>3809–3818</page> <year>(2002).</year> |
crossref | en | article | 10.1021 | nature | <citation-number>91.</citation-number> <author>Natsume, T. et al.</author> <title>A Direct Nanoflow Liquid Chromatography-Tandem Mass Spectrometry System for Interaction Proteomics.</title> <container-title>Analytical Chemistry</container-title> <volume>74,</volume> <page>4725–4733</page> <year>(2002).</year> |
crossref | en | article | 10.1021 | nature | <citation-number>92.</citation-number> <author>Stenson, A. C., Landing, W. M., Marshall, A. G. & Cooper, W. T.</author> <title>Ionization and Fragmentation of Humic Substances in Electrospray Ionization Fourier Transform-Ion Cyclotron Resonance Mass Spectrometry.</title> <container-title>Analytical Chemistry</container-title> <volume>74,</volume> <page>4397–4409</page> <year>(2002).</year> |
crossref | en | article | 10.1021 | nature | <citation-number>93.</citation-number> <author>Thevis, M., Schmickler, H. & Schänzer, W.</author> <title>Mass Spectrometric Behavior of Thiazide-Based Diuretics after Electrospray Ionization and Collision-Induced Dissociation.</title> <container-title>Analytical Chemistry</container-title> <volume>74,</volume> <page>3802–3808</page> <year>(2002).</year> |
crossref | en | article | 10.1021 | nature | <citation-number>94.</citation-number> <author>Yao, Z.-P., Demirev, P. A. & Fenselau, C.</author> <title>Mass Spectrometry-Based Proteolytic Mapping for Rapid Virus Identification.</title> <container-title>Analytical Chemistry</container-title> <volume>74,</volume> <page>2529–2534</page> <year>(2002).</year> |
crossref | en | article | 10.1021 | nature | <citation-number>95.</citation-number> <author>Moini, M., Demars, S. M. & Huang, H.</author> <title>Analysis of Carbonic Anhydrase in Human Red Blood Cells Using Capillary Electrophoresis/Electrospray Ionization-Mass Spectrometry.</title> <container-title>Analytical Chemistry</container-title> <volume>74,</volume> <page>3772–3776</page> <year>(2002).</year> |
crossref | en | article | 10.1021 | nature | <citation-number>96.</citation-number> <author>Steinle, E. D. et al.</author> <title>Ion Channel Mimetic Micropore and Nanotube Membrane Sensors.</title> <container-title>Analytical Chemistry</container-title> <volume>74,</volume> <page>2416–2422</page> <year>(2002).</year> |
crossref | en | article | 10.1021 | nature | <citation-number>1.</citation-number> <author>Kourkine, I. V., Hestekin, C. N., Buchholz, B. A. & Barron, A. E.</author> <title>High-Throughput, High-Sensitivity Genetic Mutation Detection by Tandem Single-Strand Conformation Polymorphism/Heteroduplex Analysis Capillary Array Electrophoresis.</title> <container-title>Analytical Chemistry</container-title> <volume>74,</volume> <page>2565–2572</page> <year>(2002).</year> |
crossref | en | article | 10.1021 | nature | <citation-number>2.</citation-number> <author>Tolley, H. D., Wang, Q., LeFebre, D. A. & Lee, M. L.</author> <title>Equilibrium Gradient Methods with Nonlinear Field Intensity Gradient:~ A Theoretical Approach.</title> <container-title>Analytical Chemistry</container-title> <volume>74,</volume> <page>4456–4463</page> <year>(2002).</year> |
crossref | en | article | 10.1021 | nature | <citation-number>3.</citation-number> <author>Du, Q. & Schimpf, M. E.</author> <title>Correction for Particle-Wall Interactions in the Separation of Colloids by Flow Field-Flow Fractionation.</title> <container-title>Analytical Chemistry</container-title> <volume>74,</volume> <page>2478–2485</page> <year>(2002).</year> |
crossref | en | article | 10.1021 | nature | <citation-number>4.</citation-number> <author>Taylor, E. W., Jia, W., Bush, M. & Dollinger, G. D.</author> <title>Accelerating the Drug Optimization Process:~ Identification, Structure Elucidation, and Quantification of in Vivo Metabolites Using Stable Isotopes with {LC}/{MSnand} the Chemiluminescent Nitrogen Detector.</title> <container-title>Analytical Chemistry</container-title> <volume>74,</volume> <page>3232–3238</page> <year>(2002).</year> |
crossref | en | article | 10.1021 | nature | <citation-number>5.</citation-number> <author>Ogata, Y. et al.</author> <title>Automated Affinity Capture-Release of Biotin-Containing Conjugates Using a Lab-on-Valve Apparatus Coupled to UV/Visible and Electrospray Ionization Mass Spectrometry.</title> <container-title>Analytical Chemistry</container-title> <volume>74,</volume> <page>4702–4708</page> <year>(2002).</year> |
crossref | en | article | 10.1021 | nature | <citation-number>6.</citation-number> <author>Sakai-Kato, K., Kato, M. & Toyooka, T.</author> <title>On-Line Trypsin-Encapsulated Enzyme Reactor by the Sol-Gel Method Integrated into Capillary Electrophoresis.</title> <container-title>Analytical Chemistry</container-title> <volume>74,</volume> <page>2943–2949</page> <year>(2002).</year> |
crossref | en | article | 10.1021 | nature | <citation-number>7.</citation-number> <author>Toriumi, C. & Imai, K.</author> <title>Determination of Insulin in a Single Islet of Langerhans by High-Performance Liquid Chromatography with Fluorescence Detection.</title> <container-title>Analytical Chemistry</container-title> <volume>74,</volume> <page>2321–2327</page> <year>(2002).</year> |
crossref | en | article | 10.1021 | nature | <citation-number>8.</citation-number> <author>Treble, R. G., Johnson, K. E., Xiao, L. & Thompson, T. S.</author> <title>Analysis of Consecutively Sampled Headspace and Liquid Fractions by Gas Chromatography/Mass Spectrometry.</title> <container-title>Analytical Chemistry</container-title> <volume>74,</volume> <page>3247–3253</page> <year>(2002).</year> |
crossref | en | article | 10.1021 | nature | <citation-number>9.</citation-number> <author>Kruppa, G., Schnier, P. D., Tabei, K., Orden, S. V. & Siegel, M. M.</author> <title>Multiple Ion Isolation Applications in {FT}-{ICR} {MS}:~ Exact-Mass {MSnInternal} Calibration and Purification/Interrogation of Protein-Drug Complexes.</title> <container-title>Analytical Chemistry</container-title> <volume>74,</volume> <page>3877–3886</page> <year>(2002).</year> |
crossref | en | article | 10.1021 | nature | <citation-number>10.</citation-number> <author>Meng, F. et al.</author> <title>Processing Complex Mixtures of Intact Proteins for Direct Analysis by Mass Spectrometry.</title> <container-title>Analytical Chemistry</container-title> <volume>74,</volume> <page>2923–2929</page> <year>(2002).</year> |
crossref | en | article | 10.1021 | nature | <citation-number>11.</citation-number> <author>Friso, S., Choi, S.-W., Dolnikowski, G. G. & Selhub, J.</author> <title>A Method to Assess Genomic DNA Methylation Using High-Performance Liquid Chromatography/Electrospray Ionization Mass Spectrometry.</title> <container-title>Analytical Chemistry</container-title> <volume>74,</volume> <page>4526–4531</page> <year>(2002).</year> |
crossref | en | article | 10.1021 | nature | <citation-number>12.</citation-number> <author>Trau, D. et al.</author> <title>Nanoencapsulated Microcrystalline Particles for Superamplified Biochemical Assays.</title> <container-title>Analytical Chemistry</container-title> <volume>74,</volume> <page>5480–5486</page> <year>(2002).</year> |
crossref | en | article | 10.1021 | nature | <citation-number>13.</citation-number> <author>Leavell, M. D., Kruppa, G. H. & Leary, J. A.</author> <title>Analysis of Phosphate Position in Hexose Monosaccharides Using Ion-Molecule Reactions and SORI-CID on an FT-ICR Mass Spectrometer.</title> <container-title>Analytical Chemistry</container-title> <volume>74,</volume> <page>2608–2611</page> <year>(2002).</year> |
crossref | en | article | 10.1021 | nature | <citation-number>14.</citation-number> <author>Zen, J.-M., Song, Y.-S., Chung, H.-H., Hsu, C.-T. & Kumar, A. S.</author> <title>Photoelectrochemical Oxygen Sensor Using Copper-Plated Screen-Printed Carbon Electrodes.</title> <container-title>Analytical Chemistry</container-title> <volume>74,</volume> <page>6126–6130</page> <year>(2002).</year> |
crossref | en | article | 10.1021 | nature | <citation-number>15.</citation-number> <author>Kajiro, T., Nakajima, Y., Fukushima, T. & Imai, K.</author> <title>A Method To Evaluate the Renin-Angiotensin System in Rat Renal Cortex Using a Microdialysis Technique Combined with HPLC-Fluorescence Detection.</title> <container-title>Analytical Chemistry</container-title> <volume>74,</volume> <page>4519–4525</page> <year>(2002).</year> |
crossref | en | article | 10.1021 | nature | <citation-number>16.</citation-number> <author>Gelaude, I., Dams, R., Resano, M., Vanhaecke, F. & Moens, L.</author> <title>Direct Determination of Methylmercury and Inorganic Mercury in Biological Materials by Solid Sampling-Electrothermal Vaporization-Inductively Coupled Plasma-Isotope Dilution-Mass Spectrometry.</title> <container-title>Analytical Chemistry</container-title> <volume>74,</volume> <page>3833–3842</page> <year>(2002).</year> |
crossref | en | article | 10.1021 | nature | <citation-number>17.</citation-number> <author>Canada, T. A., Allain, L. R., Beach, D. B. & Xue, Z.</author> <title>High-Acidity Determination in Salt-Containing Acids by Optical Sensors. The Scope of a Dual-Transducer Approach and the Hammett Acidity Function.</title> <container-title>Analytical Chemistry</container-title> <volume>74,</volume> <page>2535–2540</page> <year>(2002).</year> |
crossref | en | article | 10.1021 | nature | <citation-number>18.</citation-number> <author>Soga, T. et al.</author> <title>Simultaneous Determination of Anionic Intermediates forBacillussubtilisMetabolic Pathways by Capillary Electrophoresis Electrospray Ionization Mass Spectrometry.</title> <container-title>Analytical Chemistry</container-title> <volume>74,</volume> <page>2233–2239</page> <year>(2002).</year> |
crossref | en | article | 10.1021 | nature | <citation-number>19.</citation-number> <author>Lee, T. M. H. & Hsing, I.-M.</author> <title>Sequence-Specific Electrochemical Detection of Asymmetric PCR Amplicons of Traditional Chinese Medicinal Plant DNA.</title> <container-title>Analytical Chemistry</container-title> <volume>74,</volume> <page>5057–5062</page> <year>(2002).</year> |
crossref | en | article | 10.1021 | nature | <citation-number>20.</citation-number> <author>Seong, G. H., Zhan, W. & Crooks, R. M.</author> <title>Fabrication of Microchambers Defined by Photopolymerized Hydrogels and Weirs within Microfluidic Systems:~ Application to {DNA} Hybridization.</title> <container-title>Analytical Chemistry</container-title> <volume>74,</volume> <page>3372–3377</page> <year>(2002).</year> |
crossref | en | article | 10.1021 | nature | <citation-number>21.</citation-number> <author>Sabot, A. & Krause, S.</author> <title>Simultaneous Quartz Crystal Microbalance Impedance and Electrochemical Impedance Measurements. Investigation into the Degradation of Thin Polymer Films.</title> <container-title>Analytical Chemistry</container-title> <volume>74,</volume> <page>3304–3311</page> <year>(2002).</year> |
crossref | en | article | 10.1021 | nature | <citation-number>22.</citation-number> <author>Walton, I. D. et al.</author> <title>Particles for Multiplexed Analysis in Solution:~ Detection and Identification of Striped Metallic Particles Using Optical Microscopy.</title> <container-title>Analytical Chemistry</container-title> <volume>74,</volume> <page>2240–2247</page> <year>(2002).</year> |
crossref | en | article | 10.1021 | nature | <citation-number>23.</citation-number> <author>Tipple, C. A. et al.</author> <title>Nanostructured Microcantilevers with Functionalized Cyclodextrin Receptor Phases:~ Self-Assembled Monolayers and Vapor-Deposited Films.</title> <container-title>Analytical Chemistry</container-title> <volume>74,</volume> <page>3118–3126</page> <year>(2002).</year> |
crossref | en | article | 10.1021 | nature | <citation-number>24.</citation-number> <author>Skulason, H. & Frisbie, C. D.</author> <title>Contact Mechanics Modeling of Pull-Off Measurements:~ Effect of Solvent, Probe Radius, and Chemical Binding Probability on the Detection of Single-Bond Rupture Forces by Atomic Force Microscopy.</title> <container-title>Analytical Chemistry</container-title> <volume>74,</volume> <page>3096–3104</page> <year>(2002).</year> |
crossref | en | article | 10.1021 | nature | <citation-number>25.</citation-number> <author>Jelen, F., Yosypchuk, B., Kourilová, A., Novotný, L. & Palecek, E.</author> <title>Label-Free Determination of Picogram Quantities of DNA by Stripping Voltammetry with Solid Copper Amalgam or Mercury Electrodes in the Presence of Copper.</title> <container-title>Analytical Chemistry</container-title> <volume>74,</volume> <page>4788–4793</page> <year>(2002).</year> |
crossref | en | article | 10.1021 | nature | <citation-number>26.</citation-number> <author>Mühlberger, F., Wieser, J., Ulrich, A. & Zimmermann, R.</author> <title>Single Photon Ionization ({SPI}) via Incoherent {VUV}-Excimer Light:~ Robust and Compact Time-of-Flight Mass Spectrometer for On-Line, Real-Time Process Gas Analysis.</title> <container-title>Analytical Chemistry</container-title> <volume>74,</volume> <page>3790–3801</page> <year>(2002).</year> |
crossref | en | article | 10.1021 | nature | <citation-number>27.</citation-number> <author>Planeta, J., Řehulka, P. & Chmelk, J.</author> <title>Sample Deposition Device for Off-Line Combination of Supercritical Fluid Chromatography and Matrix-Assisted Laser Desorption/Ionization Time-of-Flight Mass Spectrometry.</title> <container-title>Analytical Chemistry</container-title> <volume>74,</volume> <page>3911–3914</page> <year>(2002).</year> |
crossref | en | article | 10.1021 | nature | <citation-number>28.</citation-number> <author>Ohno, K. et al.</author> <title>Estrogen Receptor Binding Assay Method for Endocrine Disruptors Using Fluorescence Polarization.</title> <container-title>Analytical Chemistry</container-title> <volume>74,</volume> <page>4391–4396</page> <year>(2002).</year> |
crossref | en | article | 10.1021 | nature | <citation-number>29.</citation-number> <author>Bruce, D., Richter, M. M. & Brewer, K. J.</author> <title>Electrochemiluminescence from Os(phen)2(dppene)2$\mathplus$(phen = 1,10-phenanthroline and dppene = bis(diphenylphosphino)ethene).</title> <container-title>Analytical Chemistry</container-title> <volume>74,</volume> <page>3157–3159</page> <year>(2002).</year> |
crossref | en | article | 10.1021 | nature | <citation-number>30.</citation-number> <author>Nurmi, J., Wikman, T., Karp, M. & Lövgren, T.</author> <title>High-Performance Real-Time Quantitative RT-PCR Using Lanthanide Probes and a Dual-Temperature Hybridization Assay.</title> <container-title>Analytical Chemistry</container-title> <volume>74,</volume> <page>3525–3532</page> <year>(2002).</year> |
crossref | en | article | 10.1021 | nature | <citation-number>31.</citation-number> <author>Liu, Y. et al.</author> <title>DNA Amplification and Hybridization Assays in Integrated Plastic Monolithic Devices.</title> <container-title>Analytical Chemistry</container-title> <volume>74,</volume> <page>3063–3070</page> <year>(2002).</year> |
crossref | en | article | 10.1021 | nature | <citation-number>32.</citation-number> <author>Ragozina, N., Heissler, S., Faubel, W. & Pyell, U.</author> <title>Near-Field Thermal Lens Detection at 257 nm as an Alternative to Absorption Spectrometric Detection in Combination with Electromigrative Separation Techniques.</title> <container-title>Analytical Chemistry</container-title> <volume>74,</volume> <page>4480–4487</page> <year>(2002).</year> |
crossref | en | article | 10.1021 | nature | <citation-number>33.</citation-number> <author>Shahrokhian, S., Hamzehloei, A. & Bagherzadeh, M.</author> <title>Chromium(III) Porphyrin as a Selective Ionophore in a Salicylate-Selective Membrane Electrode.</title> <container-title>Analytical Chemistry</container-title> <volume>74,</volume> <page>3312–3320</page> <year>(2002).</year> |
crossref | en | article | 10.1021 | nature | <citation-number>34.</citation-number> <author>Nielsen, C. A., Chrisman, R. W., LaPointe, R. E. & Miller, T. E.</author> <title>Novel Tubing Microreactor for Monitoring Chemical Reactions.</title> <container-title>Analytical Chemistry</container-title> <volume>74,</volume> <page>3112–3117</page> <year>(2002).</year> |
crossref | en | article | 10.1021 | nature | <citation-number>35.</citation-number> <author>Jacob, P., Wilson, M., Yu, L., Mendelson, J. & Jones, R. T.</author> <title>Determination of 4-Hydroxy-3-methoxyphenylethylene Glycol 4-Sulfate in Human Urine Using Liquid Chromatography-Tandem Mass Spectrometry.</title> <container-title>Analytical Chemistry</container-title> <volume>74,</volume> <page>5290–5296</page> <year>(2002).</year> |
crossref | en | article | 10.1021 | nature | <citation-number>36.</citation-number> <author>Smith, B. M. & Franzen, S.</author> <title>Single-Pass Attenuated Total Reflection Fourier Transform Infrared Spectroscopy for the Analysis of Proteins in H2O Solution.</title> <container-title>Analytical Chemistry</container-title> <volume>74,</volume> <page>4076–4080</page> <year>(2002).</year> |
crossref | en | article | 10.1021 | nature | <citation-number>37.</citation-number> <author>Berger, S. J. et al.</author> <title>High-Throughput Global Peptide Proteomic Analysis by Combining Stable Isotope Amino Acid Labeling and Data-Dependent Multiplexed-MS/MS.</title> <container-title>Analytical Chemistry</container-title> <volume>74,</volume> <page>4994–5000</page> <year>(2002).</year> |
crossref | en | article | 10.1021 | nature | <citation-number>38.</citation-number> <author>Backofen, U., Matysik, F.-M. & Lunte, C. E.</author> <title>A Chip-Based Electrophoresis System with Electrochemical Detection and Hydrodynamic Injection.</title> <container-title>Analytical Chemistry</container-title> <volume>74,</volume> <page>4054–4059</page> <year>(2002).</year> |
crossref | en | article | 10.1021 | nature | <citation-number>39.</citation-number> <author>Chen, B. & Selegue, J. P.</author> <title>Separation and Characterization of Single-Walled and Multiwalled Carbon Nanotubes by Using Flow Field-Flow Fractionation.</title> <container-title>Analytical Chemistry</container-title> <volume>74,</volume> <page>4774–4780</page> <year>(2002).</year> |
crossref | en | article | 10.1021 | nature | <citation-number>40.</citation-number> <author>Tao, W. A., Clark, R. L. & Cooks, R. G.</author> <title>Quotient Ratio Method for Quantitative Enantiomeric Determination by Mass Spectrometry.</title> <container-title>Analytical Chemistry</container-title> <volume>74,</volume> <page>3783–3789</page> <year>(2002).</year> |
crossref | en | article | 10.1021 | nature | <citation-number>41.</citation-number> <author>Casciotti, K. L., Sigman, D. M., Hastings, M. G., Böhlke, J. K. & Hilkert, A.</author> <title>Measurement of the Oxygen Isotopic Composition of Nitrate in Seawater and Freshwater Using the Denitrifier Method.</title> <container-title>Analytical Chemistry</container-title> <volume>74,</volume> <page>4905–4912</page> <year>(2002).</year> |
crossref | en | article | 10.1021 | nature | <citation-number>42.</citation-number> <author>Mrozek, M. F. & Weaver, M. J.</author> <title>Detection and Identification of Aqueous Saccharides by Using Surface-Enhanced Raman Spectroscopy.</title> <container-title>Analytical Chemistry</container-title> <volume>74,</volume> <page>4069–4075</page> <year>(2002).</year> |
crossref | en | article | 10.1021 | nature | <citation-number>43.</citation-number> <author>Andrieux, K., Lesieur, P., Lesieur, S., Ollivon, M. & Grabielle-Madelmont, C.</author> <title>Characterization of Fluorescein Isothiocyanate-Dextrans Used in Vesicle Permeability Studies.</title> <container-title>Analytical Chemistry</container-title> <volume>74,</volume> <page>5217–5226</page> <year>(2002).</year> |
crossref | en | article | 10.1021 | nature | <citation-number>44.</citation-number> <author>Gyurcsányi, R. E. & Lindner, E.</author> <title>Spectroscopic Method for the Determination of the Ionic Site Concentration in Solvent Polymeric Membranes and Membrane Plasticizers.</title> <container-title>Analytical Chemistry</container-title> <volume>74,</volume> <page>4060–4068</page> <year>(2002).</year> |
crossref | en | article | 10.1021 | nature | <citation-number>45.</citation-number> <author>Shim, H.-S., Yeo, I.-H. & Park, S.-M.</author> <title>Simultaneous Multimode Experiments for Studies of Electrochemical Reaction Mechanisms:~ Demonstration of Concept.</title> <container-title>Analytical Chemistry</container-title> <volume>74,</volume> <page>3540–3546</page> <year>(2002).</year> |
crossref | en | article | 10.1021 | nature | <citation-number>46.</citation-number> <author>Onoda, M., Uchiyama, S., Santa, T. & Imai, K.</author> <title>A Photoinduced Electron-Transfer Reagent for Peroxyacetic Acid, 4-Ethylthioacetylamino-7- phenylsulfonyl-2,1,3-benzoxadiazole, Based on the Method for Predicting the Fluorescence Quantum Yields.</title> <container-title>Analytical Chemistry</container-title> <volume>74,</volume> <page>4089–4096</page> <year>(2002).</year> |
crossref | en | article | 10.1021 | nature | <citation-number>47.</citation-number> <author>Daz, A., Ventura, F. & Galceran, M. T.</author> <title>Simultaneous Determination of Estrogenic Short Ethoxy Chain Nonylphenols and Their Acidic Metabolites in Water by an In-Sample Derivatization/Solid-Phase Microextraction Method.</title> <container-title>Analytical Chemistry</container-title> <volume>74,</volume> <page>3869–3876</page> <year>(2002).</year> |
crossref | en | article | 10.1021 | nature | <citation-number>48.</citation-number> <author>Delcorte, A., Médard, N. & Bertrand, P.</author> <title>Organic Secondary Ion Mass Spectrometry:~ Sensitivity Enhancement by Gold Deposition.</title> <container-title>Analytical Chemistry</container-title> <volume>74,</volume> <page>4955–4968</page> <year>(2002).</year> |
crossref | en | article | 10.1021 | nature | <citation-number>49.</citation-number> <author>Tutschku, S., Schantz, M. M. & Wise, S. A.</author> <title>Determination of Methylmercury and Butyltin Compounds in Marine Biota and Sediments Using Microwave-Assisted Acid Extraction, Solid-Phase Microextraction, and Gas Chromatography with Microwave-Induced Plasma Atomic Emission Spectrometric Detection.</title> <container-title>Analytical Chemistry</container-title> <volume>74,</volume> <page>4694–4701</page> <year>(2002).</year> |
crossref | en | article | 10.1021 | nature | <citation-number>50.</citation-number> <author>Mayes, A. G., Blyth, J., Millington, R. B. & Lowe, C. R.</author> <title>Metal Ion-Sensitive Holographic Sensors.</title> <container-title>Analytical Chemistry</container-title> <volume>74,</volume> <page>3649–3657</page> <year>(2002).</year> |
crossref | en | article | 10.1021 | nature | <citation-number>51.</citation-number> <author>Sonehara, T., Kojima, K. & Irie, T.</author> <title>Fluorescence Correlation Spectroscopy Excited with a Stationary Interference Pattern for Capillary Electrophoresis.</title> <container-title>Analytical Chemistry</container-title> <volume>74,</volume> <page>5121–5131</page> <year>(2002).</year> |
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