Table Of Content

ANALYTICA CHIMICA ACTA Analytica Chimica Acta 444 (2001) 319-321 www.elsevier.com/locate/aca Author Index Ali, Z., see Armstrong, S. 79 Cheng, R., see Ong, K.K. 143 Apostol, A., see Rogers, K.R. 51 Chuang, J.C. Armstrong, S. —, Hart, K., Chang, J.S., Boman, L.E., Van Emon, J.M. and —, Miao, Z.-F., Rowell, FJ. and Ali, Z. Reed, A.W. Simple dip strip ELISA for airborne estrogenic steroids 79 Evaluation of analytical methods for determining pesticides in baby foods and adult duplicate-diet samples 87 Ballesteros, O., see Vilchez, J.L. 279 Comba, M., see Zaruk, D. 163 Barakat, S.A. Cong, X. Erratum to “Determination of manganese in steel after extrac- —, Guo, Z.-X., Wang, X.-X. and Shen, H.-X. tion of dimethyldistearylammonium permanganate” [Anal. Resonance light-scattering spectroscopic determination of pro- Chim. Acta 393 (1999) 223] 317 tein with pyrocatechol violet 205 Barrio, R.J., see Unceta, N. 211 Barrondo, S., see Unceta, N. 211 Das, D. Beier, R.C. — and Carnahan, J.W. — and Stanker, L.H. Moderate volatility analyte transport behavior with membrane An antigen based on molecular modeling resulted in the devel- desolvation reversed-phase liquid chromatography-helium opment of a monoclonal antibody-based immunoassay for the microwave-induced plasma atomic emission spectroscopy 229 coccidiostat nicarbazin 61 Daunert, S., see Shrestha, S. 251 Blake II, R.C., see Blake, D.A. 3 de Balugera, Z.G., see Unceta, N. 211 Blake, D.A. de Sousa, C.S. —, Pavlov, A.R., Yu, H., Kohsraviani, M., Ensley, H.E. and — and Korn, M. Blake II, R.C. Effects of ultrasonic irradiation on the spectrophotometric deter- Antibodies and antibody-based assays for hexavalent uranium 3 mination of nickel with dimethylglyoxime 309 Boman, L.E., see Chuang, J.C. 87 Deng, A., see Franek, M. 131 Bult, A., see Stroink, T. 193 Deng, F.-L., see Chen, B.-M. 223 Bushway, R.J., see Prince, A.E. 37 Dill, K. Cai, Y., see Yin, F. 271 —, Montgomery, D.D., Wang, W. and Tsai, J.C. Cao, Y.-Z., see Chen, Z.-P. 295 Antigen detection using microelectrode array microchips 69 Carnahan, J.W., see Das, D. 229 Durrieu, F., see Lamontagne, J. 241 Chan, W.H. Durst, H.D., see Ong, K.K. 143 —, Yang, R.H. and Wang, K.M. Development of a mercury ion-selective optical sensor based on Efremenko, E.N., see Simonian, A.L. 179 fluorescence quenching of 5,10,15,20-tetraphenylporphyrin 261 Emanuel, P.A., see Ong, K.K. 143 Chang, D.P.Y., see Shan, G. 169 Ensley, H.E., see Blake, D.A. 3 Chang, J.S., see Chuang, J.C. 87 Chen, B.-M. Fan, T.S., see Prince, A.E. 37 —, Xia, L.-W., Liang, S.-X., Chen, G.-H., Deng, F.-L., Zhang, Franek, M. W.-R. and Tao, L. —, Deng, A., Kolar, V. and Socha, J. Simultaneous determination of L-arginine and dimethylarginines Direct competitive immunoassays for the coplanar polychlori- in human urine by high-performance liquid chromatography 223 nated biphenyls 131 Chen, G.-H., see Chen, B.-M. 223 Chen, Z.-P. Garden, S.R. —, Liu, Z., Cao, Y.-Z. and Yu, R.-Q. — and Strachan, N.J.C. Efficient way to estimate the optimum number of factors for Novel colorimetric immunoassay for the detection of aflatoxin trilinear decomposition 295 B, 187 PII: SO0003-2670(01)01398-8 320 Author Index/Analytica Chimica Acta Gee, S.J., see Matveeva, E.G. 103 Navalon, A., see Vilchez, J.L. 279 Gee, S.J., see Shan, G. 169 Gee, S.J., see Staimer, N. 27 Ong, K.K. Gee, S.J., see Watanabe, T. 119 —, Jenkins, A.L., Cheng, R., Tomalia, D.A., Durst, H.D., Jensen, Goicolea, M. Aranzazu, see Unceta, N. 211 J.L., Emanuel, P.A., Swim, C.R. and Yin, R. Guo, Z.-X., see Cong, X. 205 Dendrimer enhanced immunosensors for biological detection 143 Halsall, H. Brian, see Kradtap, S. 13 Hammock, B.D., see Matveeva, E.G. 103 Pavlov, A.R., see Blake, D.A. 3 Hammock, B.D., see Shan, G. 169 Planche, J.-P., see Lamontagne, J. 241 Hammock, B.D., see Staimer, N. 27 Prince, A.E. Hammock, B.D., see Watanabe, T. 119 —, Fan, T.S., Skoczenski, B.A. and Bushway, R.J. Hart, K., see Chuang, J.C. 87 Development of an immunoaffinity-based solid-phase extraction Heineman, W.R., see Kradtap, S. 13 for diazinon 37 Jenkins, A.L., see Ong, K.K. 143 Ramanathan, S., see Shrestha, S. 251 Jensen, J.L., see Ong, K.K. 143 Reed, A.W., see Chuang, J.C. 87 Jones, A.D., see Shan, G. 169 Rodriguez, E., see Unceta, N. 211 Rogers, K.R. Kennedy, I.M., see Matveeva, E.G. 103 —, Apostol, A., Madsen, S.J. and Spencer, C.W. Kister, J., see Lamontagne, J. 241 Fiber optic biosensor for detection of DNA damage 51 Kohsraviani, M., see Blake, D.A. 3 Rowell, F.J., see Armstrong, S. 79 Kolar, V., see Franek, M. 131 Korn, M., see de Sousa, C.S. 309 Sallés, J., see Unceta, N. 211 Kradtap, S. Sampedro, C., see Unceta, N. 211 —, Wijayawardhana, C.A., Schlueter, K.T., Halsall, H.B. and Sanborn, J.R., see Shan, G. 169 Heineman, W.R. Sanchez-Palencia, G., see Vilchez, J.L. 279 ‘“‘Bugbead”: an artificial microorganism model used as a harm- Schlueter, K.T., see Kradtap, S. 13 less simulant for pathogenic microorganisms 13 Shan, G. —, Leeman, W.R., Gee, S.J., Sanborn, J.R., Jones, A.D., Chang, Lai, E.P.C., see Mohammed, I. 97 D.P.Y. and Hammock, B.D. Lamontagne, J. Highly sensitive dioxin immunoassay and its application to soil —, Durrieu, F., Planche, J.-P., Mouillet, V. and Kister, J. and biota samples 169 Direct and continuous methodological approach to study Shan, G., see Matveeva, E.G. 103 the ageing of fossil organic material by infrared microspectro- Shan, G., see Watanabe, T. 119 metry imaging: application to polymer modified bitumen Shen, H.-X., see Cong, X. 205 241 Shetty, R.S., see Shrestha, S. 251 Leeman, W.R., see Shan, G. 169 Shrestha, S. Li, H., see Zhang, S. 287 —, Shetty, R.S., Ramanathan, S. and Daunert, S. Liang, S.-X., see Chen, B.-M. 223 Simultaneous detection of analytes based on genetically engi- Lingeman, H., see Stroink, T. 193 neered whole cell sensing systems 251 Liu, Z., see Chen, Z.-P. 295 Simonian, A.L. —, Efremenko, E.N. and Wild, J.R. Madsen, S.J., see Rogers, K.R. 51 Discriminative detection of neurotoxins in multi-component Matveeva, E.G. samples 179 —, Shan, G., Kennedy, I.M., Gee, S.J., Stoutamire, D.W. and Skoczenski, B.A., see Prince, A.E. 37 Hammock, B.D. Socha, J., see Franek, M. 131 Homogeneous fluoroimmunoassay of a pyrethroid metabolite in Spangler, B.D. urine 103 —, Wilkinson, E.A., Murphy, J.T. and Tyler, B.J. Miao, Z.-F., see Armstrong, S. 79 Comparison of the Spreeta surface plasmon resonance sensor Mohammed, I. and a quartz crystal microbalance for detection of Escherichia —, Mullett, W.M., Lai, E.P.C. and Yeung, J.M. coli heat-labile enterotoxin 149 Is biosensor a viable method for food allergen detection? 97 Spencer, C.W., see Rogers, K.R. 51 Montgomery, D.D., see Dill, K. 69 Staimer, N. Mouillet, V., see Lamontagne, J. 241 —, Gee, S.J. and Hammock, B.D. Mullett, W.M., see Mohammed, I. 97 Development of a class-selective enzyme immunoassay for Murphy, J.T., see Spangler, B.D. 149 urinary phenolic glucuronides 27 Author Index/Analytica Chimica Acta Stanker, L.H., see Beier, R.C. 61 Wang, X.-X., see Cong, X. 205 Stoutamire, D.W., see Matveeva, E.G. 103 Watanabe, T. Stoutamire, D.W., see Watanabe, T. 119 —., Shan, G., Stoutamire, D.W., Gee, S.J. and Hammock, B.D. Strachan, N.J.C., see Garden, S.R. 187 Development of a class-specific immunoassay for the type I Stroink, T. pyrethroid insecticides 119 —, Wiese, G., Lingeman, H., Bult, A. and Underberg, W.J.M. Wiese, G., see Stroink, T. 193 Development of an on-line size exclusion chromatographic — Wijayawardhana, C.A., see Kradtap, S. 13 reversed-phase liquid chromatographic two-dimensional system Wild, J.R., see Simonian, A.L. 179 for the quantitative determination of peptides with concentration Wilkinson, E.A., see Spangler, B.D. 149 prior to reversed-phase liquid chromatographic separation 193 Wu, Y., see Yin, F. 271 Struger, J., see Zaruk, D. 163 Swim, C.R., see Ong, K.K. 143 Xia, L.-W., see Chen, B.-M. 223 Xie, Q., see Yin, F. 271 Tao, L., see Chen, B.-M. 223 Taoufiki, J., see Vilchez, J.L. 279 Yang, R.H., see Chan, W.H. 261 Tomalia, D.A., see Ong, K.K. 143 Yao, S., see Yin, F. 271 Tsai, J.C., see Dill, K. 69 Yeung, J.M., see Mohammed, I. 97 Tyler, B.J., see Spangler, B.D. 149 Yin, F. —, Zhang, Y., Wu, Y., Cai, Y., Xie, Q. and Yao, S. Unceta, N. Study of bovine serum albumin adsorption onto a silicon dioxide —, Rodriguez, E., de Balugera, Z.G., Sampedro, C., Goicolea, surface using a ring-electrode piezoelectric sensor 271 M.A., Barrondo, S., Sallés, J. and Barrio, R.J. Yin, R., see Ong, K.K. 143 Determination of catecholamines and their metabolites in human Young, S., see Zaruk, D. 163 plasma using liquid chromatography with coulometric multi- Yu, H., see Blake, D.A. 3 electrode cell-design detection 211 Yu, R.-Q., see Chen, Z.-P. 295 Underberg, W.J.M., see Stroink, T. 193 Zaruk, D. Van Emon, J.M., see Chuang, J.C. 87 —, Comba, M., Struger, J. and Young, S. Vilchez, J.L. Comparison of immunoassay with a conventional method for the —, Ballesteros, O., Taoufiki, J., Sanchez-Palencia, G. and determination of Diazinon™ in surface waters 163 Navalon, A. Zhang, S. Determination of the antibacterial norfloxacin in human urine — and Li, H. and serum samples by solid-phase spectrofluorimetry 279 Flow-injection chemiluminescence sensor for the determination of isoniazid 287 Wang, K.M., see Chan, W.H. 261 Zhang, W.-R., see Chen, B.-M. 223 Wang, W., see Dill, K. 69 Zhang, Y., see Yin, F. 271