Biophysical Chemistry 1992: Vol 44 Index

7 Pages·1992·1.4 MB·English

AUTHOR INDEX TO VOLUME 44 (1992)
Akutsu, T., see Kobayashi, Y. (44) 113 Gakamsky, D.M., Goldin, A.A., Petrov, E.P. and Rubinov,
Albani, J. A.N.
Motions studies of the human a,-acid glycoprotein Fluorescence decay time distribution for polar dye solu-
(orosomucoid) followed by red-edge excitation spectra and tions with time-dependent fluorescent shift (44) 47
polarization of 2-p-toluidinylnaphthalene-6-sulfonate Gerardy-Schahn, R., see Federwisch, M. (44) 151
(TNS) and of tryptophan residues (44) 129 Ghosh, A.N., see Bhattacharyya, M. (44) 209
Aradi, F. Goldin, A.A., see Gakamsky, D.M. (44) 47
Comparative 'H NMR chemical shift study on the stacking Graslund, A., Kim, S.K., Eriksson, $., Nordén, B. and Jern-
interaction of pyrimidine with purine and 6-methylpurine strom, B.
(44) 143 Dynamics of benzo[a]pyrene diol epoxide adducts in
poly(dG-dC) - (dG-dC) studied by synchrotron excited flu-
Bhattacharyya, M., Ghosh, A.N., Chaudhuri, U. and Poddar, orescence polarization anisotropy decay (44) 21
R.K.
Chlorpromazine induced aggregation of normal human Heffer-Lauc, M., see Lauc, G. (44) 79
hemoglobin. Electron microscopic evidence (44) 209
Bismuto, E., Sirangelo, I. and Irace, G. Imanishi, Y., see Taku, K. (44) 187
Fluorescence lifetime distribution of 1,8-anilinonaphtha- Irace, G., see Bismuto, E. (44) 83
lenesulfonate (ANS) in reversed micelles detected by fre-
quency domain fluorometry (44) 83 Jernstrom, B., see Graslund, A. (44) 21
Bitter-Suermann, D., see Federwisch, M. (44) 151 Jordanova, N., see Taneva, S.G. (44) 91
Bordin, F., Cacchione, S., Savino, M. and Tufillaro, A.
Kim, S.K., see Graslund, A. (44) 21
Different superstructural features of the complexes be-
tween spermine and the light responsive elements of the Kimura, S., see Taku, K. (44) 187
two pea genes rbcS-3A and rbcS-3.6. Gel electrophoresis Kobayashi, Y., Sasabe, H., Akutsu, T. and Sait6, N.
and circular dichroism studies (44) 99 Mechanism of protein folding. IV. Forming and breaking
Brand, L., see Chauvin, F. (44) 163 of disulfide bonds in bovine pancreatic tripsin inhibitor
(44) 113
Cacchione, S., see Bordin, F. (44) 99
Casaretto, M., see Federwisch, M. (44) 151 Lauc, G. and Heffer-Lauc, M.
Chaudhuri, U., see Bhattacharyya, M. (44) 209 Reply to Wada’s comments on the entropies of coding and
Chauvin, F., Toptygin, D., Roseman, S. and Brand, L. noncoding sequences of DNA and proteins (44) 79
Time-resolved intrinsic fluorescence of Enzyme I. The
Maeda, H., see Nishiyama, H. (44) 199
monomer / dimer transition (44) 163
Cun-da Wang, , see Wen-Ge Han, (44) 29
Nishiyama, H. and Maeda, H.
Denisov, I.G. Reduced lysozyme in solution and its interaction with
Thermal stability of proteins in intermolecular complexes non-ionic surfactants (44) 199
(44) 71 Nordén, B., see Graslund, A. (44) 21
Dougherty, G. and Pasternack, R.F.
Pasternack, R.F., see Dougherty, G. (44) il
Base pair selectivity in the binding of copper (II) tetrakis
Peacock-Lépez, E., see Swartz, M.W. (44) 1
(4-N-methylpyridyl)porphine to polynucleotides under
Petkanchin, I.B., see Taneva, S.G. (44) 91
closely packed conditions (44) 11
Petrov, E.P., see Gakamsky, D.M. (44) 47
Eriksson, S., see Graslund, A. (44) 21 Poddar, R.K., see Bhattacharyya, M. (44) 209
Federwisch, M., Casaretto, M., Gerardy-Schahn, R., Bitter- Ralston, G.B.
Suermann, D. and Wollmer, A. The self-association of human spectrin at high concentra-
Enhanced biopotency of synthetic C3a analogues by mem- tion (44) 175
brane binding. A fluorescence anisotropy decay study (44) Roseman, S., see Chauvin, F. (44) 163
151 Rubinov, A.N., see Gakamsky, D.M. (44) 47
220
Saito, N., see Kobayashi, Y. (44) 113 Taku, K., Sasaki, H., Kimura, S. and Imanishi, Y.
Sasabe, H., see Kobayashi, Y. (44) 113 Effects of lipid structure on energy transfer from car-
Sasaki, H., see Taku, K. (44) 187 bazolyl to anthryl groups in a lipid bilayer (44) 187
Savino, M., see Bordin, F. (44) 99 Taneva, S.G., Jordanova, N. and Petkanchin, I.B.
Shinoda, T. Electro-optical investigation of lipid-depleted purple
On the base sequences of the promoters in transcription membranes (44) 91
initiation (44) 61 Toptygin, D., see Chauvin, F. (44) 163
Sirangelo, I., see Bismuto, E. (44) 83 Tufillaro, A., see Bordin, F. (44) 99
Slezak, A. and Turczynski, B. Turczynski, B., see Slezak, A. (44) 139
Generalization of the Spiegler-Kedem—Katchalsky fric-
tional model equations of the transmembrane transport Wada, A.
for multicomponent non-electrolyte solutions (44) 139 Comments on the entropies of genetic codes of DNA and
Swartz, M.W. and Peacock-Lépez, E. proteins (44) 77
A theoretical model of LDL-receptor trapping on a spher- Wen-Ge Han and Cun-da Wang,
ical cell (44) 1 The vibrational normal modes of B-barrels in an IgG
antibody molecule (44) 29
Wollmer, A., see Federwisch, M. (44) 151
SUBJECT INDEX TO VOLUME 44 (1992)
Anili phthalenesulfonate emission decay C3a analogues
Reversed micelles; Fluorescence lifetime distribution; Fre- Phospholipid vesicles; Biopotency enhancement by membrane
quency domain fluorometry (Bismuto, E. (44) 83) binding; Fmoc as membrane anchor and fluorophore; Fluo-
rescence anisotropy decay for monitoring binding (Feder-
Anisotropy decay wisch, M. (44) 151)
BenzolaJpyrene diol epoxide; Poly(dG-dC)-(dG-dC); Syn-
chrotron radiation; Fluorescence lifetimes (Graslund, A. (44) Chlorpromazine
21) Hemoglobin; Induced aggregation (Bhattacharyya, M. (44)
209)
Anthryl /carbazolyl bilayer membrane
Energy transfer; Fluorescence spectroscopy (Taku, K. (44) Close packing
187) DNA intercalation; Porphyrins; Electron paramagnetic reso-
nance; Binding selectivity (Dougherty, G. (44) 11)
Bacteriorhodopsin
Electric light scattering; Delipidated purple membranes; Creighton’s renaturation experiment
Permanent dipole moment; Electric polarizability; Elec- Bovine pancreatic tripsin inhibitor; Disulfide bond; Interme-
trophoretic mobility (Taneva, S.G. (44) 91) diate state; Island model (Kobayashi, Y. (44) 113)
Decay time distribution
Base sequences of promoters
Time-dependent fluorescent shift; Fluorescent probes
Mechanism of transcription initiation; Escherichia coli pro-
(Gakamsky, D.M. (44) 47)
moters (Shinoda, T. (44) 61)
Delipidated purple membranes
B-barrel
Electric light scattering; Bacteriorhodopsin; Permanent dipole
Immunoglobulin G antibody molecule; Quasi-continuity
moment; Electric polarizability; Electrophoretic mobility
model; Group Dz, symmetry species; Raman and infrared
(Taneva, S.G. (44) 91)
active vibrational normal modes (Wen-Ge Han, (44) 29)
Dipole relaxation
Benzola] pyrene diol epoxide
Tryptophan residues dynamics; Orosomucoid; Protein—fluoro-
Poly(dG-dC):-(dG-dC); Synchrotron radiation; Fluorescence
phore probe; Polarization studies (Albani, J. (44) 129)
lifetimes; Anisotropy decay (Graslund, A. (44) 21)
Disulfide bond
Binding isotherm Bovine pancreatic tripsin inhibitor; Creighton’s renaturation
Reduced lysozyme; Non-ionic surfactants; Equilibrium dialy- experiment; Intermediate state; Island model (Kobayashi, Y.
sis; Osmotic pressure; Irreversible aggregation (Nishiyama, H. (44) 113)
(44) 199)
DNA intercalation
Binding selectivity Porphyrins; Electron paramagnetic resonance; Binding selec-
DNA intercalation; Porphyrins; Electron paramagnetic reso- tivity; Close packing (Dougherty, G. (44) 11)
nance; Close packing (Dougherty, G. (44) 11)
DNA-spermine complexes circular dichroism
Biopotency enhancement by membrane binding DNA superstructures; DNA-spermine complexes elec-
C3a analogues; Phospholipid vesicles; Fmoc as membrane trophoretic mobilities; rbcS genes; Light responsive elements
anchor and fluorophore; Fluorescence anisotropy decay for (Bordin, F. (44) 99)
monitoring binding (Federwisch, M. (44) 151)
DNA-spermine complexes electrophoretic mobilities
Bovine pancreatic tripsin inhibitor DNA superstructures; DNA-spermine complexes circular
Creighton’s renaturation experiment; Disulfide bond; Inter- dichroism; rbcS genes; Light responsive elements (Bordin, F.
mediate state; Island model (Kobayashi, Y. (44) 113) (44) 99)
DNA superstructures Fluorescent probes
DNA-spermine complexes circular dichroism; DNA-sper- Decay time distribution; Time-dependent fluorescent shift
mine complexes electrophoretic mobilities; rbcS genes: Light (Gakamsky, D.M. (44) 47)
responsive elements (Bordin, F. (44) 99)
Fmoc as membrane anchor and fluorophore
Electric light scattering C3a analogues; Phospholipid vesicles; Biopotency enhance-
Bacteriorhodopsin; Delipidated purple membranes; Perma- ment by membrane binding; Fluorescence anisotropy decay
nent dipole moment; Electric polarizability; Electrophoretic for monitoring binding (Federwisch, M. (44) 151)
mobility (Taneva, S.G. (44) 91)
Frequency domain fluorometry
Electric polarizability Reversed micelles; Fluorescence lifetime distribution; Anili-
Electric light scattering; Bacteriorhodopsin; Delipidated pur- nonaphthalenesulfonate emission decay (Bismuto, E. (44) 83)
ple membranes; Permanent dipole moment; Electrophoretic
mobility (Taneva, S.G. (44) 91)
Group D,,, symmetry species
Immunoglobulin G antibody molecule; B-barrel; Quasi-con-
Electron paramagnetic resonance tinuity model; Raman and infrared active vibrational normal
DNA intercalation; Porphyrins; Binding selectivity; Close modes (Wen-Ge Han, (44) 29)
packing (Dougherty, G. (44) 11)
Hemoglobin
Electrophoretic mobility
Chlorpromazine: Induced aggregation (Bhattacharyya, M. (44)
Electric light scattering; Bacteriorhodopsin; Delipidated pur-
209)
ple membranes; Permanent dipole moment: Electric polariz-
ability (Taneva, S.G. (44) 91)
Hetero-association
'H NMR chemical shift; Stacking interaction; Pyrimidine-
Energy transfer
purine cross-interaction; 6-Methylpurine (Aradi, F. (44) 143)
Anthryl/carbazolyl bilayer membrane; Fluorescence spec-
troscopy (Taku, K. (44) 187)
'H NMR chemical shift
Stacking interaction; Hetero-association; Pyrimidine—purine
Equilibrium dialysis
cross-interaction; 6-Methylpurine (Aradi, F. (44) 143)
Reduced lysozyme; Non-ionic surfactants; Binding isotherm;
Osmotic pressure; Irreversible aggregation (Nishiyama, H.
Immunoglobulin G antibody molecule
(44) 199)
B-barrel; Quasi-continuity model; Group D>, symmetry
Escherichia coli promoters species; Raman and infrared active vibrational normal modes
(Wen-Ge Han, (44) 29)
Mechanism of transcription initiation; Base sequences of pro-
moters (Shinoda, T. (44) 61)
Induced aggregation
Fibroblasts Chlorpromazine; Hemoglobin (Bhattacharyya, M. (44) 209)
LDL-receptor complexes; Keizer’s theory (Swartz, M.W. (44)
1) Intermediate state
Bovine pancreatic tripsin inhibitor; Creighton’s renaturation
Fluorescence anisotropy decay for monitoring binding experiment; Disulfide bond; Island model (Kobayashi, Y. (44)
C3a analogues; Phospholipid vesicles; Biopotency enhance- 113)
ment by membrane binding; Fmoc as membrane anchor and
fluorophore (Federwisch, M. (44) 151) Irreversible aggregation
Reduced lysozyme; Non-ionic surfactants; Binding isotherm;
Fluorescence lifetime distribution Equilibrium dialysis; Osmotic pressure (Nishiyama, H. (44)
Reversed micelles; Frequency domain fluorometry; Anilinon- 199)
aphthalenesulfonate emission decay (Bismuto, E. (44) 83)
Irreversible denaturation
Fluorescence lifetimes Protein unfolding; Thermal stability; Ligand binding (Denisov,
BenzofaJpyrene diol epoxide; Poly(dG-dC)-(dG-dC); Syn- 1.G. (44) 71)
chrotron radiation; Anisotropy decay (Graslund, A. (44) 21)
Island model
Fluorescence spectroscopy Bovine pancreatic tripsin inhibitor; Creighton’s renaturation
Anthryl /carbazolyl bilayer membrane; Energy transfer (Taku, experiment; Disulfide bond; Intermediate state (Kobayashi,
K. (44) 187) Y. (44) 113)
Keizer’s theory Phospholipid vesicles
LDL-receptor complexes; Fibroblasts (Swartz, M.W. (44) 1) C3a analogues; Biopotency enhancement by membrane bind-
ing; Fmoc as membrane anchor and fluorophore; Fluores-
LDL-receptor complexes cence anisotropy decay for monitoring binding (Federwisch,
Fibroblasts; Keizer’s theory (Swartz, M.W. (44) 1) M. (44) 151)
Ligand binding Phosphotransferase system enzyme I
Protein unfolding; Irreversible denaturation; Thermal stability Time-resolved fluorescence; Monomer/dimer equilibrium
(Denisov, 1.G. (44) 71) (Chauvin, F. (44) 163)
Light responsive elements Polarization studies
DNA ssuperstructures; DNA-spermine complexes circular Tryptophan residues dynamics; Orosomucoid; Protein—fluoro-
dichroism; DNA-spermine complexes electrophoretic mobili- phore probe; Dipole relaxation (Albani, J. (44) 129)
ties; rbcS genes (Bordin, F. (44) 99)
Poly(dG-dC) - (dG-dC)
Mechanism of transcription initiation Benzola]pyrene diol epoxide; Synchrotron radiation; Fluores-
Base sequences of promoters; Escherichia coli promoters cence lifetimes; Anisotropy decay (Graslund, A. (44) 21)
(Shinoda, T. (44) 61)
Porphyrins
6-Methylpurine DNA intercalation; Electron paramagnetic resonance; Bind-
'H NMR chemical shift; Stacking interaction; Hetero-associa- ing selectivity; Close packing (Dougherty, G. (44) 11)
tion; Pyrimidine—purine cross-interaction (Aradi, F. (44) 143)
Protein—fluorophore probe
Monomer /dimer equilibrium Tryptophan residues dynamics; Orosomucoid; Polarization
Phosphotransferase system enzyme I; Time-resolved fluores- studies; Dipole relaxation (Albani, J. (44) 129)
cence (Chauvin, F. (44) 163)
Protein unfolding
Multicomponent non-electrolyte systems Irreversible denaturation; Thermal stability; Ligand binding
Transmembrane transport; Spiegler-Kedem—Katchalsky fric- (Denisov, 1.G. (44) 71)
tion model (Slezak, A. (44) 139)
Pyrimidine—purine cross-interaction
Non-ideality 'H NMR chemical shift; Stacking interaction; Hetero-associa-
Spectrin; Oligomers; Sedimentation equilibrium; Ultracen- tion; 6-Methylpurine (Aradi, F. (44) 143)
trifuge (Ralston, G.B. (44) 175)
Quasi-continuity model
Non-ionic surfactants Immunoglobulin G antibody molecule; B-barrel; Group D>,
Reduced lysozyme; Binding isotherm; Equilibrium dialysis; symmetry species; Raman and infrared active vibrational nor-
Osmotic pressure; Irreversible aggregation (Nishiyama, H. mal modes (Wen-Ge Han, (44) 29)
(44) 199)
Raman and infrared active vibrational normal modes
Oligomers Immunoglobulin G antibody molecule; B-barrel; Quasi-con-
Spectrin; Non-ideality; Sedimentation equilibrium; Ultracen- tinuity model; Group D,, symmetry species (Wen-Ge Han,
trifuge (Ralston, G.B. (44) 175) (44) 29)
Orosomucoid Reduced lysozyme
Tryptophan residues dynamics; Protein—fluorophore probe: Non-ionic surfactants; Binding isotherm; Equilibrium dialysis:
Polarization studies; Dipole relaxation (Albani, J. (44) 129) Osmotic pressure; Irreversible aggregation (Nishiyama, H.
(44) 199)
Osmotic pressure
Reduced lysozyme; Non-ionic surfactants; Binding isotherm; Reversed micelles
Equilibrium dialysis; Irreversible aggregation (Nishiyama, H. Fluorescence lifetime distribution; Frequency domain fluo-
(44) 199) rometry; Anilinonaphthalenesulfonate emission decay (Bi-
smuto, E. (44) 83)
Permanent dipole moment
Electric light scattering; Bacteriorhodopsin; Delipidated pur- Sedimentation equilibrium
ple membranes; Electric polarizability; Electrophoretic mobil- Spectrin; Oligomers; Non-ideality; Ultracentrifuge (Ralston,
ity (Taneva, S.G. (44) 91) G.B. (44) 175)
224
rbcS genes Time-dependent fluorescent shift
DNA superstructures; DNA-spermine complexes circular Decay time distribution; Fluorescent probes (Gakamsky, D.M.
dichroism; DNA-spermine complexes electrophoretic mobili- (44) 47)
ties; Light responsive elements (Bordin, F. (44) 99)
Spectrin Time-resolved fluorescence
Oligomers; Non-ideality; Sedimentation equilibrium; Ultra- Phosphotransferase system enzyme I; Monomer/dimer equi-
centrifuge (Ralston, G.B. (44) 175) librium (Chauvin, F. (44) 163)
Spiegler—Kedem—Katchalsky friction model
Transmembrane transport
Transmembrane transport; Multicomponent non-electrolyte
systems (Slezak, A. (44) 139) Spiegler-Kedem-Katchalsky friction model; Multicomponent
non-electrolyte systems (Slezak, A. (44) 139)
Stacking interaction
'H NMR chemical shift; Hetero-association; Pyrimidine-
Tryptophan residues dynamics
purine cross-interaction; 6-Methylpurine (Aradi, F. (44) 143)
Orosomucoid; Protein—fluorophore probe; Polarization stud-
ies; Dipole relaxation (Albani, J. (44) 129)
Synchrotron radiation
Benzo[a]pyrene diol epoxide; Poly(dG-dC)-(dG-dC); Fluores-
cence lifetimes; Anisotropy decay (Graslund, A. (44) 21) Ultracentrifuge
Spectrin; Oligomers; Non-ideality; Sedimentation equilibrium
Thermal stability (Ralston, G.B. (44) 175)
Protein unfolding; Irreversible denaturation; Ligand binding
(Denisov, 1.G. (44) 71)