Analytica Chimica Acta 2002: Vol 466 Index

3 Pages·2002·1 MB·English

© ANALYTICA
O CHIMICA
@ ACTA
° -~\
8 Analytica Chimica Acta 466 (2002) 353-355 (a
o°O www.elsevier.com/locate/aca
2)
¥ ys re O
” 2 0 a re)
she obi’: ° e Author Index
erat ess yer: @: © O O
Alder,.J.F., see Wilakese a° e,A SE¢. 9d. *ao rc) h ° eo 0 a) O Dahlgaard, ©Ha see Chen, Q. 109
Andersson, Ht OBE OF ° Oo oO on S., se@Questier, F. 311 ©)
—, Hartonen, °K.* Hydtyliiiten, T. andeRiekkola, aL. oO Di Befia, GQ)see Saitta,.M. 335 © ©
a Pressuris®d” hot waters extraction? and ‘thermal elesorptfn of A Dong, H., seg Tong, 1 ©
3 ail ee“ polycyclic. “ayomatic. hydrocarbons: from fediment With use of 9 DresMer, V.L.
ei, ° 7P,&e ae ainovel, e¢ xtraction vessel, 93 @ af : ge x &éo f se one zebon, D., Flores, E. LMegpath 3J.N . SG. and ores
© *Arévala, EF, see Gonzalez, K 233 °¢@ ot vero oe @ Co ©5 o eve a otey s S 89D *
. we ios a eee @ 0° °° ¢ © B fenst iometrit GPSSn o 6” anyid e in _geoligical oe %
Baker, J.G., sée Wilks, +: 4 a |S e © ° @ O o biological samplésfollowing Beghyir tcic oup 11%:°
Bendicho, C., see2 Filfucifasy. & 303B o ° Dugo, G., see Saitta, M. 335 : >? 0a 9v6 i
Botana, L.M., sée;G anzéilez; "LC. 238° re O ra RR fe
Boucon, C., see Questie?, F. 341 - °e Elkind, J., see Simonian, A.L. 201
Bulatov, V. °° wen ern ° QO Erkomaa see Rapala, J. 219 )
—., Fisher, M. anid Stickies I. oO Escandar;
Aerosol analysis by cavity-ring-down laser spectrosSopy 1 —, 1, A.J. and Campiglia, A.D.
BermiuideZz-Puente, M,, see G8nzalez, J.C. 233 Spec uorimetric method for the determination of piroxicam
Buschmann, H.-J. 2) and pyridoxine 275
— and Mutihac, L. ©
Complexation, liquid-liquid extractiof? and transport through Fan, M.K., see Huang, C.Z. 193
a liquid membrane of protonated peptides using crown ethers Filella, M., see Town, R.M. 285
101% 00 Filgueiras, A.V.
Bystol, A.J., see Egcandar, G.M. 275 —, Lavilla, I. and Bendicho, C.
Comparison..of conventional and fast thermal programme
Cai, R., see Gan, N. 257 net determination of total and extractable & in
Campiglia, A.D., see Escandar, G.M. 275 sediments by electrothermal atomic absorption spectrometry
Chen, Q. following sequential extraction 303
—, Hou, X., Yu, Y., Dahlgaard, eo Nielsen, S.P. O Fisher, M., see Budatov, V. 1
Separation of Sr frofa Ca, Bagand Ka by means of Ca(OH)> (=) Flores, E.L.M., s ressler, V.L. 117
Ba(Ra)Cl5 or Ba(Ra)SO, for the determination of raQiostron- Flores, E.M.M., see Dressler, V.L. 117
tium 109 Fontal, O.I., see Gonzalez, J.C. 233
Chen, X. ) O
—, Yi, C., Li, M., Lu, X., Li, Z., Li, P. and Wang, X. Gan, N.
Determination of sophoridine and related lupin alkaloids using —, Cai, R. and Lin, Z.
tris(2,2'-bipyridine)ruthenium electrogenerated chemilumines- Determination of ascorbic acid based on a peroxidase oscillator
cence 79 @ reaction 257 LD ae
Chow, C.-F. . Gao, F., see Wang, L.-Y. 87
—, Lam, M.H.W. ariti Leung, M.K.P. O Gee, S.J., see Zurek, G. 246)
Madieaens sensing of a by molecular imprinting Gonzalez, J.C. O
17 Q —., Leira, F., Fontal, O.1., Vieytes, M.R., Arévalo, FF, Vieites,
Croot, P.L. J.M., Bermtidez-Puente, M., Muniz, S., Salgado, C., Yasumoto,
— and Laan, P. »Y O T. and Botana, L.M.
Continuous shipboard determination of Fe(II) in polar “Waters Inter-laboratory validation of the fluorescent protein phospha-
using flow injection analysis with chemiluminescence detection tase inhibition assay to determine diarrhetic shellfish toxins:
261 intercomparison with liquid chromatography and mouse bio-
Curto, S.L., see Saitta, M. 335 assay 233
oo O
me
PII: S0003-2670(02)00759-6
e 354a° ° yf t *& J Author Index/Analytica Chimica Acta
? .o °
.Halko, R. Stuer) DAS ean iar
Li, M., see Chen, X. 79
— and Hutta, M. > ead Li, P., see Chen, X. 79
Study of high-performance liquid chromatographic separation of Li, Y.F., see Huang, C.Z. 193
selected herbicides by hydro-methanolic and micellar liquid Li, Y.-X., see Wang, L.-Y. 87
chromatography using Genapol X-080 non-ionic surfactant as Li, Z., see Chen, X. 79
mobile phase constituent 325 Lima, J.L.E.C., see Lapa, R.A.S. 125
Hamlaoui, M.L. Lin, S.-Y., see Huang, C.-Y. 161
—, Reybier, K., Marrakchi, M., Jaffrezic-Renault, N., Martelet, Lin, Z., see Gan, N. 257
C., Kherrat, R. and Walcarius, A. Liu, C.-Y., see Huang, C.-Y. 161
Development of a urea biosensor based on a polymeric mem- Lu, X., see Chen, X. 79
brane including zeolite 39
Hammock, B.D., see Zurek, G. 247 Marrakchi, M., see Hamlaoui, M.L. 39
Hartonen, K., see Andersson, T. 93 : Martelet, C., see Hamlaoui, M.L. 39
Hassan, S.S.M. g 8 Marzouk, S.A.M., see Hassan, S.S.M. 47
@ —, Marzouk, S.A.M. and Sayour, H.E.M. Masini, J.C., see Silva, M.S.P. 345
Methylene blue potentiometric sensor for ro dey rmina- Massart, D.L., see Questier, F. 311
° tion of sulfide ions 47 i Matsui, J.
HiraVama, N. —, Tamaki, K. and Sugimoto, N.
—, Taga, J., Oshima, S. and Honjo, T. Molecular imprinting in alcohols: utility of a pre-polymer based
Sulfonamide-type di-Schiff base ligands as chelate extraction strategy for synthesizing stereoselective artificial receptor poly:
-reagent®for divalent metal cations 295 © mers in hydrophilic media 11 .
et _fa., t aig oa 295 > QMo, W., see Pan, Z. 141 A
o_, HoaYn e.& n S Chen, @sH00.5 *a 5t8'.s0P VEe sP o’ Go ee oMobiey, J.,@ee Song, J.Mol87 ° ° , 3
oFr asG)o da o~ FaS e&a “aaoon na: L yr2e Wa aeO< tbeey r“,g rpee eeeP eSsE Y .e dsa. nwweh c,PU ,, ** C oyaA ¢t a LN 6o rbse r .4 Se aoe ¢S e ABarY B yoeaa5 a. vooe?u °P 4: Sea. pore
iF
o2 e: a aex DpglteeXr nmfiantaritxi-oSna iny svlae s"B Y u=e tlepuiiiahd ta ten jeaonnsas:h a aA ee icMe hsi<°e nsagpe besas ywc Rd:P 09 DSAss e5 on pe: ata esay e ¥9¢
oo gv ° ‘lit. deiection- with inductively coupes plisméyi ti peek ¢
ae RES fr ode. al & XP Ss ‘ ra“ts yUyJ as t* a
FY od Nt y vee
OF metry’ 161 reyae * rey me eA, aE Ss tear daca Oshima, S.. Ge FH irayama, wigs / aes ¥
Oo MMe 6. ees AL os O7zkaii’S.A. sseegslu, B. 175 “a wt 4
io a
—, Fan, MeK. and Li? Y.F. Ft FAD f
wr 4 Rk
Fluorescence, microscopic quantification of-DNA with a,B,7,08° Padarauskas, Av,-see<Paliufionyte? V- 133
tetrakis[4- (trimethylammonium)phenyl]porphine by a ring-like Paliulionyte, V.
deposition technique 193 — and Padarauskas, A.
Huang, X., see Pan, Z. 141 Single-run capillary electrophoretic speciation of iodide and
Hutta, M., see Halko, R. 325 iodine 133
Hyotylainen, T., see Andersson, T. 93 Pan, Z.
—, Zou, H., Mo, W., Huang, X. and Wu, R.
iis Bena N., see Hamlaoui, M.L. 39 Protein A immobilized monolithic capillary column for affinity
chromatography 141
Kherrat, R., see Hamlaoui, M.L. 39 Paniz, J.N.G., see Dressler, V.L. 117
° Kukkonen, J., see Rapala, J. 213 Pishko, M.V., see Simonian, A.L. 201
Pozebon, D., see Dressler, V.L. 117
Laan, P., see Croot, P.L. 261
Lahti, K., see Rapala, J. 213 Questier, F.
Lam, M.H.W., see Chow, C.-F. 17 —, Walczak, B., Massart, D.L., Boucon, C. and de Jong, S.
Lapa, R.A.S. Feature selection for hierarchical clustering 311
—, Lima, J.L.FC., Reis, B.F, Santos, J.L.M. and Zagatto,
E.A.G. Rapala, J.
Multi-pumping in flow analysis: concepts, instrumentation, —, Erkomaa, K., Kukkonen, J., Sivonen, K. and Lahti, K.
potentialities 125 Detection of microcystins with protein phosphatase inhibition
Lavilla, I., see Filgueiras, A.V. 303 assay, high-performance liquid chromatography—UV detection
Lee, N.-Ming, see Huang, C.-Y. 161 and enzyme-linked immunosorbent assay. Comparison of
Leira, F., see Gonzalez, J.C. 233 methods 213
Leung, M.K.P., see Chow, C.-F. 17 Reis, B.F., see Lapa, R.A.S. 125
Li, J., see Shi, J. 69 Revzin, A., see Simonian, A.L. 201
Li, L., see Tong, A. 31 Reybier, K., see Hamlaoui, M.L. 39
Author Index/Analytica Chimica Acta
Riekkola, M.-L., see Andersson, T. 93 Urbanczyk, A.
—, Staniewski, J. and Szymanowski, J.
Saitta, M. Abraham model in gas chromatography of phenol pollutants
—, Curto, S.L., Salvo, F., Di Bella, G. and Dugo, G. 151
Gas chromatographic—tandem mass spectrometric identification Uslu, B.
of phenolic compounds in Sicilian olive oils 335 — and Ozkan, S.A.
Salgado, C., see Gonzalez, J.C. 233 Determination of lamivudine and zidovudine in binary mixtures
Salvo, F., see Saitta, M. 335 using first derivative spectrophotometric, first derivative of the
Santos, J.L.M., see Lapa, R.A.S. 125 ratio-spectra and high-performance liquid chromatography-UV
Sayour, H.E.M., see Hassan, S.S.M. 47 methods 175
Schechter, I., see Bulatov, V. 1
Shi, J. Vieites, J.M., see Gonzalez, J.C. 233
—, Li, J., Zhu, Y., Wei, F. and Zhang, X. Vieytes, M.R., see Gonzalez, J.C. 233
Nanosized SrCO3-based chemiluminescence sensor for ethanol Vo-Dinh, T., see Song, J.M. 187
69
Silva, M.S.P. Walcarius, A., see Hamlaoui, M.L. 39
— and Masini, J.C. Walczak, B., see Questier, F. 311
Exploiting monosegmented flow analysis to perform in-line Wang, L., see Wang, L.-Y. 87
standard additions using a single stock standard solution in Wang, L.-Y.
spectrophotometric sequential injection procedures 345 —, Zhou, Y.-Y., Wang, L., Zhu, C.-Q., Li, Y.-X. and Gao, F.
Simonian, A.L. Synchronous fluorescence determination of protein with func-
—, Revzin, A., Wild, J.R., Elkind, J. and Pishko, M.V. tionalized CdS nanoparticles as a fluorescence probe 87
Characterization of oxidoreductase—redox polymer electrostatic Wang, X., see Chen, X. 79 ‘
film assembly on gold by surface plasmon resonance spectro- Wei, F., see Shi, J. 69
scopy and Fourier transform infrared—external reflection spec- Wild, J.R., see Simonian,! A.L: 201
troscopy 201 Wiiks, A.T. AR aaa 6b
Sivonen, K.; see Rapala, J. 213 —, Baker, J.G., Alder, J.F, and Thompson, M. tag te 6
“Song, J.M. ; Quantitative millimetre wavelength spectrometty at pressures %
—, Mobley, J. and Vo-Dinh, T. approaching atmospheric. Part .I..A bsolute determination of
Integrated circuit microchip system with multiplex capillary transition line strengths and saniple Concentrationg with a con-
electrophoresis module for DNA analysis 187 focal Fabry-Perot cavity spéctrometer 57° i f
Staniewski, J., see Urbanezyk, ‘A. 151 Wu, R., see Pan, Z. 141 ° aes f
Sugimoto, N., see Matsui, J. 11 ’ $ f
Szymanowski, J., see Urbanczyk, A. 151 Yasumoto, T., see Gonzalez, J.C. 233
Yi, C., see Chen, X. 79 ‘ /
Taga, J., see Hirayama, N. 295 Yu, Y., see Chen, Q. 109
Tamaki, K., see Matsui, J. 11
Thompson, M., see Wilks, A.T. 57 Zagatto, E.A.G., see Lapa, R.A.S. 125
Tong, A. Zhang, X., see Shi, J. 69
—, Dong, H. and Li, L. Zhou, Y.-Y., see Wang, L.-Y. 87
Molecular imprinting-based fluorescent chemosensor for hista- Zhu, C.-Q., see Wang, L.-Y. 87
mine using zinc(II)—protoporphyrin as a functional monomer 31 Zhu, Y., see Shi, J. 69
Town, R.M. Zou, H., see Pan, Z. 141
— and Filella, M. Zurek, G.
Crucial role of the detection window in metal ion speciation —, Gee, S.J. and Hammock, B.D.
analysis in aquatic systems: the interplay of thermodynamic and Development of an enzyme immunoassay for linoleic acid diols
kinetic factors as exemplified by nickel and cobalt 285 in urine 247