Subject index to volume 4

Biophysical Chemistry 4 (1976) 399-401 0 North-Holland Publishing Company

SUBJECT INDEX TO VOLUME 4 Each page nwnber

refers to the /iit

Adenosine-5triphosphate, Adsorption, of DNA, 79 a-lactalbumin, nanosecond

page of a given reference

self-association fhrorometry,

Electrophoresis, theory for hemolytic plaque assay, 349 Electrostatic free energy, for charged lipid membranes,

of, 55 203

Allosteric enzymes, cooperativity in, 159 Anomalous osmosis, through model membranes, 305 Association-dissociation, of ribosomes, 253 Association, equilibrium sedimentation studies, 259 Association, of adenosine-S-triphosphate, 55 Association, of &lactoglobulin, 181 Association, of DNA intercaIating ellipticine derivatives, 275 Association, of pyrimidines in aqueous solutions, 13 1 Birefringence, rhodopsin transient eIectric, 199 /?-lactoglobulin, self association of, 181 Bohr effect, of human hemoglobin, 223 Bound counterions. NMR studies in polyelectrolyte solutions, 143 Caloiimetry, of lysozyme denaturation, 33 Circular dichroism, of adenosine-5-triphosphate, Co2f-complex, with X-537A (antibiotic) in methanol, 363 Cooperativity, in allosteric enzymes, 159 Qdimirical flow, of DNA, 51

55

hydrogen

titration,

of histidine

residues

haemocyanin, 343 Diffusion coefficient, hemoglobin mutual, 287 Diffusion, coupled with association in Lac repressoroperator system, 367 DNA, adsorption and surface denaturation, 79 DNA, complex with ethidium bromide, 19 1 DNA, radial migration in cylindrical flow, 51 DNA, self-association in presence of elhpticine derivatives, 275 in

intercalation of derivatives in DNA, 275 Enthalpies of reactions, of hexokinase catalyzed

reactions, 215 Enzyme catalyzed reactions, thermodynamics of, 2 15 ESR, temperature dependence for met-hemoglobin, 281 Ethidium bromide, complex with DNA, 191 Fluorescent polarization, of oriented pigment molecules, 65 Fluorescent probes, in nerve membranes, 1 Ruorometry, of a-lactalbumin and lysozyme, 203 Flux equations, effect of heteroporosity of membranes on, 237 Flux equations, of neutral solute through sieving

membranes, 229 Free energy,

Denaturation, calirometry of lysozyme, 33 Denaturation. of DNA by adsorption, 79 Dichroism, study of DNA-ethidium bromide complex, 191 Differential

309 Ellipticine,

electrostatic

contribution

lipid membranes, 309 Frequency sensitive reactions, Gel permeatian,

in charged

249

in protein interaction

studies,

171

Haemocyanin, titration of histidine residues in, 343 Hemoglobin, mutual diffusion coefficient, 287 Hemodobin, valency hybrids of human, 223 Hemolytic plaque assay, theory in presence of electric field, 349 Histidine, titration in haemocyanin of residues of, 343 Hydrophobic interactions, in self-association of pyrimidines, 13 1 Inhomogeneous stationary states, in reaction-diffusion systems, 151 Ion condensation, thermodynamics and kinetics with polynucleotides, 383 Kinetics, diffusional flow coupled to association in Lac repressor-operator system, 367 Kinetics, of outer sphere complex formed by Mg’* and polynucleotides, 383

Subjzct index

400

Kinetics, transformation of poly(L-tyrosine),

15

Lac repressor-operator system, coupling of association and diffusion, 367 Lysozyme, denaturation by guanidine hydrochloride, 33 Lysozyme,-nanosecond fluorometry, 203 Lysozyme, thermodynamic description, 41 Membranes, anomalous osmosis through model, 305 Membranes, effect of heteroporosity on flux equations through, 237 Membranes, effects of pH and cations on structure of charged membranes, 3 19 Membranes, electrostatic free energy and phase transitions in charged, 3G9 Membranes, flux equations through porous sieving, 229 Membranes, spectroscopic studies in nerve, 1 Membranes, thermal potential across charged, 269 Met-Hemoglobin, ESR spectra temperature dependence, 281 Mg2+-complex, thermodynamics and kinetics of polynucleotides outer sphere complex, 383 Microcalorimetry, of hexokinase catalyzed reactions, 215 Nanosecond fluorometry, of a-lactalbumin and lysozyme, 203 Nerve membranes, spectroscopic studies in, 1 NMR, in polyelectrolyte solutions, 143 NMR, relaxation, of ions in polyphosphate sohrtions, 103 NMR, self-association studies of DNA intercalating elhpticine derivatives, 275 NMR, studies of complexation of X-537A with Co’+ in methanol, 363 NMR, studies on interaction of paramagnetic ions with phospholipids by, 297 _ Operon control circuit, sustained oscillations in, 113 Oscillations, in operon control circuit, 113 Osmometry, of pyrimidines in aqueous solutions, 13 1 Osmosis, anomalous osmosis through mcdel membranes, 305 Pammagnetic ions, NMRstudies of interaction with phospholipids, 297

Phase transitions, in charged lipid membtanes, 309 Phase transitions, in charged membranes by pH and salt concentration, 3 19 Phospholipids. NMR studies of interaction with pararnagnetic ions, 297 Plastocyanin, secondary and tertiary structure, 123 Polarography, of DNA, 79 Poly(L-tyrosine), kinetics of transformation, 15 Polynucleotides, kinetics and thermodynamics of outer sphere compIex with Mg2’, 383 Polyphosphate, NMR relaxation of ions in solutions of, 103 Polystyrenerulphonate solutions, model membranes of, 305 Pressure-jump relaxation, studies in associationdissociation of ribosomes, 253 Protein interactions, studies by gel permeation, 171 Protein ohgomers, sedimentation, 93 Proteins, thermodynamic functions, 23 Reaction-diffusion systems, 151 Relaxation, NMR relaxation of ions in polyphosphate solutions, 103 Relaxation, pressure jump relaxation in riboiome studies, 253 Rhodopsin, transient electric birefringence of, 199 Ribosomes, association-dissociation studies by pressure jump relaxation, 253 Sedimentation, equilibrium sedimentation of heterogeneously associating species, 259 Sedimentation, of protein oligomers, 93 Self-association of DNA intercalating ellipticine derivatives, 275 Self-association, of adenosine-S-triphosphate, 55 Self-association, of fl-lactoglobulin, 181 Self-association, of pyrimidines in aqueous solutions, 131 Sieving membranes, equations for flux across, 229 Structure, plastocyanin’s secondary and tertiary, 123 Spectroscopy in nerve membranes, I Thermal membrane potentiial, across charged memb-es, 269 ‘Thermodynamic functions, of lysozyme, 41 Thermodynamic functions, of proteins, 23 Thermodynamics, of hexokinase catalyzed reaction, 215 Thermodynamics, of lysozyme, 41

Thermodynamics,of iysozyme denarxation, 33 of outer spherecomplex formed by Rfg’” and polynucleotides, 383 Thermodynamics,of proteins, 23 ‘Ikeshold phenomena,in operon control circuit, 113

~e~ad~~~,

%znsient electric hirefringence, of rhodopsk, 199 X437A (antibiotic), comptexation with Co2+ in methanol, 363