Biopolymers 2000: Vol 57 Index

5 Pages·2000·2 MB·English

Biopolymers: Biospectroscopy
Author Index—Volume 57
Aboul-Enein, H. Y. See Danet, Blanch, E. W. Immobilized
A. F., 37 —; Morozova-Roche, L. A.; Acetylcholinesterase
Araki, K. Hecht, L.; Noppe, W.; Reactor and New Type of
—; Takeuchi, H.: Effects of pH Barron, L. D.: Raman Chemiluminescent
and Chloride Concentration Optical Activity Reaction, 37
on Resonance Raman Characterization of Native Das, T. K.
Spectra of Human and Molten Globule States —; Mazumdar, S.: Redox-
Myeloperoxidase and of Equine Lysozyme: Linked Conformational
Raman Microspectroscopic Comparison with Hen Changes in Bovine Heart
Analysis of Enzyme State Lysozyme and Bovine a- Cytochrome c Oxidase:
in Azurophilic Granules, Lactalbumin, 235 Picosecond Time-Resolved
169 Boffi, A. See Sanfratello, V., Fluorescence Studies of
Arcangeli, C. 291 Cyanide Complex, 316
—; Cannistraro, S.: In Situ Bonora, S. See Torreggiani, A., Déléris, G. See Melin, A.-M.,
Raman Microspectroscopic 352 160
Identification and Boskey, L. See Ou-Yang, H., Delgadillo, I. See Lopes,
Localization of Carotenoids: 129 M. H., 344
Approach to Monitoring of Bottura, G. See Taddei, P., 140 Diem, M.
UV-B Irradiation Stress on Bratu, I. See Hernanz, A., 187 —; Chiriboga, L.; Yee, H.:
Antarctic Fungus, 179 Buslov, D. K. See Nikonenko, Infrared Spectroscopy of
—; Yu, W.; Cannistraro, S.; N. A., 257 Human Cells and Tissue.
Gratton, E.: Two-Photon VIII. Strategies for Analysis
Autofiuorescence of Infrared Tissue Mapping
Microscopy and Cannistraro, S. See Arcangeli, Data and Applications to
Spectroscopy of Antarctic C., 179; Arcangeli, C., 218 Liver Tissue, 282
Fungus: New Approach for Carmona, P. See Fraile, M. V., Dukor, R. K.
Studying Effects of UV-B 11 Calendar Editor, 51, 126, 199,
Irradiation, 218 Carter, E. A. See Rintoul, L., 263, 323, 383
Asher, S. A. See Holtz, 19 Duportail, G. See Hafner, A.,
J.S. W., 55 Chamberlain, J. R. See 226
Pemberton, J. E., 103 Dutton, L. See Eads, D. D., 64
Chiriboga, L. See Diem, M..,
Badea, M. See Danet, A. F., 37 282
Barron, L. D. See Blanch, Chumanov, G. See Lin, S.,
E. W., 235 249; Zheng, J., 77 Eads, D. D.
Barros, A. S. See Lopes, M. H., Cotton, T. M. See Lin, S., 249; —; Moser, C.; Blackwood M. E.,
344 Zheng, J., 77 Jr.; Lin, C.-Y.; Dutton, L.;
Bertoluzza, A. See Taddei, P., Cupane, A. See Sanfratello, V., Spiro, T. G.: Selective
140 291 Enhancement of Resonance
Billes, F. See Hernanz, A., 187 Raman Spectra of Separate
Bjornstad, K. See Holman, H.- Bacteriopheophytins in Rb.
Y. N., 329 Danet, A. F. sphaeroides Reaction
Blackwood M. E., Jr. See —; Badea, M.; Marty, J.-L.; Centers, 64
Eads, D. D., 64 Aboul-Enein, H. Y.: Flow Ermishov, M.
Blakely, E. A. See Holman, Analysis for Determination —; Sukhanova, A.; Kryukov, E.;
H.-Y. N., 329 of Paraoxon with Use of Grokhovsky, S.; Zhuze, A.;
Biopolymers (Biospectroscopy), Vol. 57, 385-388 (2000) 385
386 AUTHOR INDEX
Oleinikov, V.; Jardillier, Change in Fragment 1-86 Kryukov, E. See Ermishov, M.,
J. C.; Nabiev, I.: Raman of Factor X, 226 272
and Surface-Enhanced Hecht, L. See Blanch, E. W., Kuba, J. See Murata, S.-I., 306
Raman Scattering 235 Kveder, M.
Spectroscopy of Bis- Hernanz, A. —; Pifat, G.; Vukeli¢, B.; Peéar,
Netropsins and Their DNA —-; Billes, F.; Bratu, I.; Navarro, S.; Schara, M.: Structural
Complexes, 272 R.: Vibrational Analysis Aspects of Thiol-Specific
and Spectra of Orotic Acid, Spin Labeling of Human
187 Plasma Low Density
Fini, G. See Torreggiani, A., Hof, M. See Hafner, A., 226 Lipoprotein, 336
149; Torreggiani, A., 352
Holman, H.-Y. N.
Fraile, M. V.
—; Martin, M. C.; Blakely,
—; Lopez-Rodriguez, G.; Lakowicz, J. R. See Murata,
E. A.; Bjornstad, K.;
Gallego-Nicasio, J.; S.-1L., 306
McKinney, W. R.: IR
Carmona, P.: IR Spectroscopic Ledauphin, V. See Vergoten,
Spectroscopic Study of G., 373
Characteristics of Cell
Phospholipid Emulsions Lednev, I. K. See Holtz,
Cycle and Cell Death
Containing Cholesteryl J.S. W., 55
Probed by Synchrotron
Oleate, 11 Leone, M. See Sanfratello, V.,
Radiation Based Fourier
Fredericks, P. M. See Rintoul, 291
Transform IR
L., 19 Levin, I. W. See McCarthy,
Spectromicroscopy, 329
Fujita, S. See Yoon, S., 267 r. oo
Holtz, J. S. W.
Fukuda, R. See Okishio, N.., Lin, C.-Y. See Eads, D. D., 64
—; Lednev, I. K.; Asher, S. A::
208 Lin, S.
UV Resonance Raman
—; Quaroni, L.; White, W. S.;
Study of Angiotensin II
Cotton, T.; Chumanoy, G.:
Conformation in
Gallego-Nicasio, J. See Fraile, Nonaqueous Environments: Localization of Carotenoids
M. V., 11 Lipid Micelles and in Plasma Low-Density
Garrell, R. L. See Ooka, A. A., Acetonitrile, 55 Lipoproteins Studied by
92 Huang, C.-H. See McCarthy, Surface-Enhanced
Gil, A. M. See Lopes, M. H.., ya. 2 Resonance Raman
344 Hutterer, R. See Hafner, A., Spectroscopy, 249
Goldbeck, R. A. See Thomas, 226 Lopes, M. H.
Y. G., 29 —; Neto, C. P.; Barros, A. S.;
Graham, D. Rutledge, D.; Delgadillo, L.;
—; Mallinder, B. J.; Smith, Gil, A. M.: Quantitation of
W. E.: Detection and Jardillier, J. C. See Ermishov, Aliphatic Suberin in
Identification of Labeled M., 272; Strekal, N., 325 Quercus suber L. Cork by
DNA by Surface Enhanced FTIR Spectroscopy and
Resonance Raman Solid State *C-NMR
Scattering, 85 Kalaji, M. Spectroscopy, 344
Gratton, E. See Arcangeli, C., —; Neal, A. L.: IR Study of Self- Lopez-Rodriguez, G. See
218 Assembly of Capsular Fraile, M. V., 11
Grokhovsky, S. See Ermishov, Exopolymers from Lu, T. See Zheng, J., 77
M., 272 Pseudomonas sp. NCIMB
Gryczynski, I. See Murata, 2021 on Hydrophilic and Mallinder, B. J. See Graham,
S.-1., 306 Hydrophobic Surfaces, 43 D., 85
Kazusaka, A. See Yoon, S., 267 Marczynski, S.
Kincaid, J. R. See Podstawka, Chemiluminescent Method for
Hafner, A. E., 201 the Determination of
—; Merola, F.; Duportail, G.; Kitagawa, T. See Okishio, N., Tetracycline,
Hutterer, R.; Schneider, 208 Chlortetracycline,
F. W.; Hof, M.: Calcium- Kliger, D. S. See Thomas, Minocycline, Doxycykline,
Induced Conformational Y. G., 29 and Demeclocycline, 365
AUTHOR INDEX 387
Martin, M. C. See Holman, H.- Navarro, R. See Hernanz, A., Spectroscopy of Model
Y. N., 329 187 Membrane Monolayers of
Marty, J.-L. See Danet, A. F., Neal, A. L. See Kalaji, M., 43 Dipalmitoylphosphatidic
37 Neto, C. P. See Lopes, M. H., Acid at the Air—Water
Maskevich, A. See Strekal, N., 344 Interface Using Surface
325 Nikonenko, N. A. Enhancement from Buoyant
Maskevich, S. See Strekal, N., —; Buslov, D. K.; Sushko, N. L.; Thin Silver Films, 103
325 Zhbankovy, R. G:: Perromat, A. See Melin, A.-M.,
Mazumdar, S. See Das, T. K., Investigation of Stretching 160
316 Vibrations of Glycosidic Pifat, G. See Kveder, M., 336
McCarthy, P. K. Linkages in Disaccharides Piszczek, G. See Murata, S.-I.,
—; Huang, C.-H.; Levin, I. W.: and Polysaccarides with 306
Raman Spectroscopic Study Use of IR Spectra Podstawka, E.
of Polycrystalline Mono- Deconvolution, 257 —; Rajani, C.; Kincaid, J. R.;
and Polyunsaturated 1- Noppe, W. See Blanch, E. W., Proniewicz, L. M.:
Eicosanoyl-d39-2-eicosenoyl- 235 Resonance Raman Studies
sn-glycero-3-phosphocholines: of Heme Structural
Bilayer Lipid Clustering Differences in Subunits of
and Acyl Chain Order and Okishio, N. Deoxy Hemoglobin, 201
Disorder Characteristics, 2 —; Nagai, M.; Fukuda, R.; Proniewicz, L. M. See
McKinney, W. R. See Holman, Nagatomo, S.; Kitagawa, T.:: Podstawka, E., 201
H.-Y. N., 329 Interactions of
Melin, A.-M. Phosphatidylinositol 3-
—; Perromat, A.; Déléris, G.: Kinase Src Homology 3 Quaroni, L. See Lin, S., 249
Pharmacologic Application Domain with Its Ligand
of Fourier Transform IR Peptide Studied by Rajani, C. See Podstawka, E.,
Spectroscopy: In Vivo Absorption, Circular 201
Toxicity of Carbon Dichroism, and UV Richmond, G. L. See Smiley,
Tetrachloride on Rat Liver, Resonance Raman B. L., 117
160 Spectroscopies, 208 Rintoul, L.
Mendelsohn, R. See Ou-Yang, Oleinikov, V. See Ermishov, —; Carter, E. A.; Stewart, S. D.;
H., 129 M., 272 Fredericks, P. M.: Keratin
Merola, F. See Hafner, A., 226 Ooka, A. A. Orientation in Wool and
Morozova-Roche, L. A. See —; Garrell, R. L.: Surface- Feathers by Polarized
Blanch, E. W., 235 Enhanced Raman Raman Spectroscopy, 19
Moser, C. See Eads, D. D., 64 Spectroscopy of DOPA- Rutledge, D. See Lopes, M. H..,
Murata, S.-I. Containing Peptides 344
—; Kuba, J.; Piszezek, G.; Related to Adhesive Protein
Gryczynski, I.; Lakowicz, of Marine Mussel, Mytilus
J. R.: Donor Fluorescence edulis, 92 Sanfratello, V.
Decay Analysis for Energy Ou-Yang, H. —,; Boffi, A.; Cupane, A.; Leone,
Transfer in Double-Helical —+; Paschalis, E. P.; Boskey, L.; M.: Heme Symmetry,
DNA with Various Acceptor Mendelsohn, R.: Two- Vibronic Structure, and
Dimensional Vibrational Dynamics in Heme
Concentrations, 306
Correlation Spectroscopy of Proteins: Ferrous
In Vitro Hydroxyapatite Nicotinate Horse Myoglobin
Nabiev, I. See Ermishov, M.., Maturation, 129 and Soybean
272; Strekal, N., 325 Leghemoglobin, 291
Nafie, L. A. Schara, M. See Kveder, M.,
Acknowledgment, 1 Paschalis, E. P. See Ou-Yang, 336
Editorial, 265 H., 129 Schneider, F. W. See Hafner,
Nagai, M. See Okishio, N., 208 Peéar, S. See Kveder, M., 336 A., 226
Nagatomo, S. See Okishio, N., Pemberton, J. E. Smiley, B. L.
208 —; Chamberlain, J. R.: Raman —; Richmond, G. L.: Assembly
388 AUTHOR INDEX
of Long Chain Thomas, Y. G. Vukelic, B. See Kveder, M.,
Phosphatidylcholines at a —; Goldbeck, R. A.; Kliger, 336
Liquid—Liquid Interface, D. S.: Characterization of
7 Equilibrium Intermediates
Smith, W. E. See Graham, D., in Denaturant-Induced
85 Unfolding of Ferrous and White, W. S. See Lin, S., 249
Spiro, T. G. See Eads, D. D., Ferric Cytochromes c Using Ye, S. See Zheng, J., 77
64 Magnetic Circular Yee, H. See Diem, M., 282
Stewart, S. D. See Rintoul, L., Dichroism, Circular Yoon, S.
19 Dichroism, and Optical —; Kazusaka, A.; Fujita, S.:
Strekal, N. Absorption Spectroscopies, FTIR Spectroscopic and
—; Maskevich, A.; Maskevich, 29 HPLC Chromatographic
S.; Jardillier, J.-C.; Nabiev, Tinti, A. See Taddei, P., 140 Studies of Carbon
I.: Selective Enhancement Torreggiani, A. Tetrachloride Induced
of Raman or Fluorescence —; Bonora, S.; Fini, G.: Raman Acute Hepatitis in Rats:
Spectra of Biomolecules and IR Spectroscopic Damage in Liver
Using Specifically Annealed Investigation of Zn(II)- Phospholipid Membrane,
Thick Gold Films, 325 Carnosine Complexes, 352 267
Sukhanova, A. See Ermishov, —; Tamba, M.; Fini, G.: Binding Yu, W. See Arcangeli, C., 218
M., 272 of Copper(II) to Carnosine:
Sushko, N. I. See Nikonenko, Raman and IR
N. A., 257 Spectroscopic Study, 149
Zhbankov, R. G. See
Nikonenko, N. A., 257
Taddei, P. Van Duyne, R. P. Zheng, J.
—; Tinti, A.; Bottura, G.; Guest Editorial, 53 —; Ye, S.; Lu, T.; Cotton, T. M.;
Bertoluzza, A.: Vibrational Vergoten, G. Chumanov, G.: Circular
Spectroscopic —; Ledauphin, V.: New Dichroism and Resonance
Characterization of New Nonbonded Interactions Raman Comparative
Calcium Phosphate Calculation Strategy for Studies of Wild Type
Bioactive Coatings, 140 Rectangular System. I. Cytochrome c and F82H
Takeuchi, H. See Araki, K., 169 Preliminary Molecular Mutant, 77
Tamba, M. See Torreggiani, A., Dynamics Study of Solvated Zhuze, A. See Ermishov, M.,
149 Na” Ion, 373 272