Progress in Biophysics and Molecular Biology 1993: Vol 60 Index

17 Pages·1993·2.9 MB·English

PROGRESS IN
BIOPHYSICS AND
MOLECULAR BIOLOGY
An International Review Journal
60
EDITORS
D. NOBLE
T. L. BLUNDELL
T. PAWSON*
*(as of Volume 61)
©
PERGAMON
Progress in Biophysics & Molecular Biology
EDITORS
D. NOBLE, University Laboratory of Physiology, Oxford OX1 3PT
T. L. BLUNDELL, University of Cambridge, Department of Biochemistry,
Cambridge CB2 1QW
T. PAWSON, Samuel Lunenfeld Institute, Mount Sinai Hospital, Toronto,
Canada M5G 1XS
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VOLUME 60
CONTENTS
Regulation of Serotonin Synthesis—M. C. Boadle-Biber
Short-term Control of GABA Synthesis in Brain—D. L. Martin
Short-term Control of Transmitter Synthesis in Central Catecholaminergic
Neurones—M. Fillenz
Regulation of the Synthesis of the Transmitter Glutamate Pool—
F. Fonnum
Short-term Control of the Synthesis of Acetylcholine—T. Tucek
Aspects of Protein Energetics and Dynamics—A. A. Rashin
Standard Structures in Proteins—A. V. Efimov
Distinctive Features of Foot-and-Mouth Disease Virus, a Member of
the Picornavirus Family; Aspects of Virus Protein Synthesis, Protein
Processing and Structure—G. J. Belsham

SUBJECT INDEX
Acetylcholine (Ach) regulation of 61, 64
Constancy of level in nervous system 59 Choline acetyltransferase (ChAT)
Synthesis, short term control of 59-65 properties and localization 62, 64
concentration limit in neurons 64 reaction catalysed 59, 62
equilibrium concentration 63,64 a-Chymotrypsin
rate-limiting circumstances 63 hairpin loop 211
sequence of events 64 half-turns 207-209
unsolved problems 65 long irregular region 211
Acetyl-CoA turns 204
Provision for Ach synthesis 61 Chymotrypsin inhibitor (CI-2) cross-over region 210
rate-limiting 64 a-Cobratoxin cross-over region 210
Synaptoplasmic concentration 61, 62 Crambin
Adenylate kinase «-B-arches 226 a-B-arch 226
Alanine aminotransferase in glutamate metabolism 51 B-a-arch 230
Alcohol dehydrogenase cross-over region 210
a-B-arches 226, 228 a-Crystallin
B-a-arch 230 cross-over region 210
Alkali ion binding to proteins 178 half-turns 209
y-Aminobutyric acid see GABA turns 204
Annexin V-shaped structures 222 Cytochromes L-shaped structures 220
Arabinose-binding protein
a-B-arches 226, 228 Deoxyribonuclease 1
B-a-arches 230 hairpin loop 211
Aromatic amino acid decarboxylase (AADC) long irregular region 211
in serotonin synthesis 2-4 Dihydrofolate reductase
properties 4 a-B-arch 228
reactions catalysed 3 B-a-arch 230
Aspartate aminotransferase (AspT, AAT) L-DOPA (dihydroxyphenylalanine) formation from
B-a-arch 230 tyrosine 30
properties and distribution in brain 50, 51 DOPAC (3,4-dihydroxyphenylacetic acid) concentration
ATP effects on GAD 18, 23-25 changes in neurons 36, 41 42
Azurin long irregular region 211 Dopamine
deamination to DOPAC 36
Bence-Jones protein formation from tyrosine 30
cross-over regions 210 synthesis
hairpin loops 211 in synaptosomes and slices 38-40
half-turns 208 in vivo 40-42
BPTI presynaptic receptors and 38, 42
folding 155-157 Dopaminergic neurons 37-42
hydrogen exchanges studies 169
turns 205 Encephalomyocarditis virus (EMCV) see Picornavirus
-trypsin complex 145, 174
Brain Flavodoxin a-B-arches 226
GABA synthesis in 17-26 Foot-and-mouth disease virus (FMDV)
apoGAD levels 23 distinguishing features 257
compartmentation 20 polyprotein processing
glutamate compartmentation in 47-54 myristoylation 252, 253
proteolysis 242, 251
Ca 2+ 1AB cleavage 252
binding and protein folding 177, 179 2A/2B cleavage 251
in 5-HT synthesis 8, 10 3C mediated 252
Carbamoyl transferase (CMTC) L/P1 cleavage 251
a-B-arches 228 protein synthesis
B-a-arches 230 initiation sites 248-251
Carboxypeptidase IRES
a-B-arch 226 identification 246, 247
L-shaped structures 220 in initiation of protein synthesis 245
Catalase, L-shaped structures 220 mode of action 247, 248
Catecholamines synthesis secondary structure 246
physiological significance of regulation 43 RNA genome 241
protein kinases regulating 42 structure 242, 243
scheme 30 modifications 243, 244
Choline provision for Ach synthesis 59 structure
facilitated diffusion 60 antigenic 254-257
high-affinity carriers 60 3D 253-255
effects of inhibition 64 subtype distribution 241
vi Subject Index
GABA (a-aminobutyric acid) Internal ribsome entry site (IRES)
functions 20, 21 cellular 248
synthesis in brain 17-26, 48, 49 of picornaviruses 245-249
compartmentation 20-22
controlling factors 20 L7/L12 protein a-B-arch 226-
degradation scheme and 21 Lactate dehydrogenase
main route 17 a-B-arch 228
regulation 18, 25 B-a-arch 230
substrate availability 22 Lysozyme
turnover 25 chickens, turns 204
Gluconate oxidase V-shaped structure 222 phage T4
Glucose metabolism in brain 48 L-shaped structures 220
Glutamate turns 204
compartmentation in brain 47-54 V-shaped structure 222
distribution 47, 48
formation, uptake mechanisms 52 Mutations and protein stability 179-189 (see also under
-glutamine cycle 49, 53
protein energetics, stability)
precursors for 48, 49
Myogen, carp, turns 204
release, regulation by presynaptic receptors 52, 53
Myoglobin L-shaped structures 220
synthesis, enzymes involved 49
AspT 50, 51
GDH 51 Neurons
GS 51 catecholaminergic, control of transmitter synthesis in
PaG 49, 50 cholinergic 29-43
transmission control 53, 54 concentration limit to Ach 64
presence of Ach and ChAT 59
in GABA synthesis 17, 18, 20, 22-26
GABAergic 22, 25, 26
Glutamate decarboxylase (GAD)
apoenzyme noradrenergic 34-37, 42
serotonergic, organization 1
as inactive enzyme reservoir 23
formation 18 Noradrenaline synthesis
level, factors controlling 23-26 in slices and synaptosomes 35
assay 19 in vivo 36
presynaptic receptors and 34, 42
detection 21
route 30
in GABA synthesis 17
localization 20 Nuclease S turns 204
multiple forms 19, 20
possible regulatory mechanisms 24-26 Ovomucoid OMJPQ3, B-a-arch 230
reaction mechanism i8 2-Oxoglutarate in glutamate metabolism 51, 52
Glutamate dehydrogenase (GDH) properties and
distribution in brain 51 Pancreatic trypsin inhibitor
Glutamatergic a-B-arch 228
autoreceptors concept 52, 53 B-a-arch 230
terminal Phospholipase A, in choline transport 61
composition 47, 48 Picornavirus
glutamate level control in 53, 54 cell-virus interaction 257
Glutaminase (PaG) properties and distribution in family 241, 242
brain 49. 50 inhibition of cell protein synthesis 249-251
Glutamate-glutamate cycle in brain 48, 49, 52, 53 internal ribosome entry site 245-249
Glutamine synthesis (GS) properties and distribution in polyprotein processing 251-253
brain 51 protein synthesis 244-251
Glutathione reductase structures 253-257
a-B-arches 226 Platocyanin long irregular region 211
a-B-arch 230 Poliovirus 241
Glyceraldehyde-phosphate dehydrogenase inhibition of cell protein synthesis 249-251
a-B-arch 228 inhibition of replication 257
B-a-arch 230 IRES 245
polyprotein processing 251-253
relationship to FMDV 242
Prealbumin
Halogen ion binding to proteins 178 half-turns 208, 209
a-Helices turns 204, 205
as parts of standard structures 201 Protein energetics
formation, dynamic aspects 163 interactions
stability 165-168 bonded 75, 76
Hemicholinium-3 binding sites in choline transport 61 classification 75
Hemocyanin V-shaped structure 222 dispersion 79-81
Hemoglobins L-shaped structures 220 electrostatic 77-79, 104
HiPiP half-turns 207-209 entropic contributions 100-102
Hydrogen hydrogen bonds 81-83, 104, 105
bonds in protein interactions 81-83, 104, 105, 173 packing 102, 103
exchange studies of protein structure 168, 169 repulsion 76, 77
5-hydroxytryptamine (5-HT) see serotonin solvent-induced 83-85
Subject Index
hydration of polar groups 98-100 initiation 245
hydrophobic solute transfer 89-92 sites 248
hydrophobic/solvophobic 85-89 Proteins, standard structures
ion-ion 97, 98 «/B recurrent folding units 231
ionic hydration 94-99 a-helical super-secondary structures 232, 233
transfer energies 92, 93 B-proteins super-secondary structures 233
ion binding 177-179 abcd-units 234-236
ligand design 176 corners 236, 237
methodology Greek key topologies 234
empirical potentials 103-107 formed by two elements of secondary structure
dielectric constants 106 a-a-corners 217-219
hydrogen bonds 104 a-a-hairpins 216-218
polarizabilities 105, 106 a-B- andB-a-arches 224-231
entropy a-helices on a hydrophobic surface 212-214
confrontational 139-141 B-B-arches and - hairpins 222-224
rotational, translational and vibrational 137-139 L-shaped 219 221
solvational 141-143 polypeptide chain at ends of -helices 214, 215
integral equations and correlation functions 107-111 Ramachandran plot 203
closures 108, 109 relation to super-secondary structures 201
loops and crosslinks 135-137 small standard structures 201
molecular dynamics 111-113, 139, 144, 167 combinations 206, 209-212
molecular mechanisms 111, 112, 124, 146, 178 irregular regions
molecular recognition 145-149, 174-177 as combinations 206
docking procedure 146-148, 174, 175 conformation 202
enzyme midfication 149 of half-turns, examples 205-209
protease inhibitor design 148, 174, 175 of turns, examples 202-205
Monte Carlo simulations 111-113, 124, 139, 153, 178, types of B-bends 202
179 Pyridoxal 5’-phosphate (pyridoxal-P) cofactor with
packing effects 143-145 GAD 17, 18, 20, 23-26
scaled particle theory 113-115 Pyruvate dehydrogenase regulation and acetyl-CoA
surface area correlations 128-135 levels 61, 63, 64
accessible area algorithms 134
approximations for different protein classes 129
Rhodonase f-a-arch 230
stabilities derived from 131
Ribosome see Internal ribosome entry site
Treatments of electrostatics 115
RNA picornavirus translation 244, 245
boundary element method Rubredoxin turns 205
continuum reaction field 125
continuum solvent effects 124
empirical approximations 126-128 Scorpion
neurotoxin
finite difference method 115, 121, 122
cross-over region 210
hydration enthalpies 118, 131
molecular polarization models 123, 124 half-turns 207, 208
turns 204, 205
stability and mutations 179
of hydrophobic groups 181-183 toxin II hairpin loop 211
of ionizable groups 185-188 Serotonin (5-HT), regulation of synthesis 1-10
functional implications 10
general rules 180
introduction of crosslinks 188 neuronal impulse flow 7, 9
introduction of ion-binding site 189 relation of evoked release and synthesis 8,9
water removal 188 synthetic pathway 2
of uncharged groups 183-185 terminal autoreceptors 7, 9
substrate recognition 174-177 tetrahysrobiopterin 6
tissue oxygen levels 6
thermodynamics of association 176, 177
Protein folding 149-161 tryptophan concentration 4, 5,9
BPTI 155-157 tryptophan hydroxylase activity 7, 8
collapsed structures 152 Somatodendritic autoreceptors, on neuronal firing 7,9, 10
diffusion-collision model 154 Streptomyces subtilisin inhibitor B-x-arch 230
Subtilisin «-B-arches 226, 228
hierarchical models 160, 161
Superoxide dismutase
ion-binding requirements 177
lattice studies 153 hairpin loop 211
molten globule behaviour 150, 151 half-turns 208
rules, analysis of 172 turns 204
thermolysin 158-160, 162
Protein structure Tetrahydrobiopterin (6R-BH,4) monoamine synthesis
cavities and flexibility 163-165 cofactor 6
domains and stable fragments 161-163 Thermolysin
a-helices 163, 165-168 folding 158-160, 162
hydrogen exchange studies 168, 169 inhibitor binding 177
predictions and design 169-174, 189 Thiorductase B-x-arch 230
principles, present understanding 189 Triose phosphate isomerase
stability/flexibility requirements 74 a-B-arch 228
B-strands 171-174 B-a-arch 230
Protein synthesis in picornavirus 244-251 TRP repressor V-shaped structure 222
Viii Subject Index
Tryptophan concentration effects in serotonin synthesis 4, cofactor 31
5, 9, 10 O, requirements 31, 32
Tryptophan hydroxylase substrate 31
Ca ** activation 8, 10 localization of activity 33, 34, 37
in serotonin synthesis 2 Tyrosyl-tRNA-synthetase V-shaped structure 222
properties 3
reaction catalysed 2 Uteroglobin V-shaped structure 222
regulation of activity 7, 8
Tyrosine hydroxylase characteristics Vesamicol (AH5183, 2-(4-phenylpiperidino)-cyclopexanol)
kinetics of enzyme reaction 29-32 effect on Ach uptake and release 65
NAME INDEX OF AUTHORS OF ARTICLES IN
PREVIOUS VOLUMES
Aarnstein, H.R. V. Vol. 7, p. 165 Butler, J. A. V. Vol. 4, p. 148; Vol. 18, p. 209
Aarts, H. J. M. Vol. 51, p. 47 Byrne, B. M. Vol. 53, p. 33
Ab, G. Vol. 53, p. 33
Abrahamson, E. W. Vol. 17, p. 179
Adams, W. B. Vol. 46, p. 1 Caille, J. Vol. 46, p. 185
Adolph, A. R. Vol. 41, p. 125 Cameron, G.N. Vol. 56, p. 215
Campbell, P. N. Vol. 15, p. 1
Adrian, R. H. Vol. 19, p. 343
CantorVol. 25, p. 69
Alfsen, A. Vol. 42, p. 79; Vol. 54, p. 145
Carbone, E. Vol. 54, p. 31
Ambrose, E. J. Vol. 6, p. 25; Vol. 16, p. 241
Amjad, A. M. Vol. 53, p. 1 Carlson, F.D. Vol. 13, p. 261
Amos, L. A. Vol. 39, p. 183 Caro, L. Vol. 16, p. 171
Carruthers, A. Vol. 43, p. 33
Amzel, L. M. Vol. 31, p. 67
Carsana, A. Vol. 51, p. 165
Arden, G. B. Vol. 19, p. 375
Case, D. A. Vol. 52, p. 39
Arnott, S. Vol. 21, p. 265; Vol. 22, p. 179
Castresana, J. Vol. 59, p. 23
Arrondo, J. L. R. Vol. 59, p. 23
Cater, D. B. Vol. 10, p. 153
Ashcroft, F. M. Vol. 54, p. 87
Chad, J. E. Vol. 44, p. 215
Askonas, B. A. Vol. 25, p. 129
Chapman, D. Vol. 43, p. 71
Astumian, R. D. Vol. 50, p. 1
Attwell, D. Vol. 31, p. 201; Vol. 34, p. 81 Chapman, R. A. Vol. 50, p. 67
Cheeseman, C. I. Vol. 55, p. 71
Audinat, E. Vol. 55, p. 31
Cheng, Y.-K. Vol. 58, p. 255
Augustein, L.G. Vol. 13, p. 1
Chik, C. L. Vol. 53, p. 197
Clark, S. M. Vol. 7, p. 225
Baker, E. N. Vol. 44, p. 97
Clegg, G. A. Vol. 36, p. 53
Baker, K. Vol. 49, p. 89
Clemens, M. J. Vol. 28, p. 69
Baker, P. F. Vol. 24, p. 177
Clough, G. Vol. 55, p. 47
Baldwin, J. M. Vol. 29, p. 225
Coakley, W. T. Vol. 48, p. 155
Bangham, A. D. Vol. 18, p. 29
Cohen, I. Vol. 31, p. 201
Banks, B. E.C. Vol. 20, p. 247
Conchie, J. Vol. 14, p. 105
Bass, L. Vol. 27, p. 145 Congdon, C.C. Vol. 19, p. 311
Batke, J. Vol. 53, p. 105 Constantin, L. J. Vol. 29, p. 197
Bayley, P. M. Vol. 27, p. 3; Vol. 37, p. 149
Conway, B. E. Vol. 4, p. 148
Beaufay, H. Vol. 9, p. 325 Cooper, A. Vol. 44, p. 181
Beeler, G. W. Vol. 34, p. 219 Cooper, K. Vol. 46, p. 51; Vol. 53, p. 153
Behari, J. Vol. 56, p. |
Cox, R. A. Vol. 32, p. 193
Beidler, L. M. Vol. 12, p. 107 Cramp, W. A. Vol. 43, p. 71; Vol. 50, p. 121
Beintema, J.J. Vol. 51, p. 165
Crane, E. E. Vol. 1, p. 85
Belluzzi,O. Vol. 55, p. |
Creeth, J. M. Vol. 17, p. 217
Belsham, G. J. Vol. 60, p. 241 Crepel, F. Vol. 55, p. 31
Benga, G. Vol. 43, p. 195; Vol. 51, p. 193 Crippa, M. Vol. 31, p. 247
Benson, J. A. Vol. 46, p. 1
Curtis, A. S.G. Vol. 27, p. 317
Bergel, D. H. Vol. 11, p. 1
Berman, H. M. Vol. 41, p. 43
Bernhard, S. A. Vol. 10, p. 115 Dalmark, M. Vol. 31, p. 145
Berthet, J. Vol. 9, p. 325 Damjanovich, S. Vol. 39, p. 109; Vol. 49, p. 65
Bevan, M. J. Vol. 25, p. 129 Danchin, A. Vol. 54, p. 81
Binet, J. Vol. 43, p. 161 Date, T. Vol. 30, p. 23
Bitenksy, M. W. Vol. 26, p. 429 Davies, D. R. Vol. 15, p. 189
Blackshaw, S. E. Vol. 58, p. 19 Davies, H. G. Vol. 3, p. 195
Blake, C. C. F. Vol. 25, p. 69 Davison, P. F. Vol. 4, p. 148
Blinks, J. R. Vol. 40, p. 1 Dean, A.C. R. Vol. 5, p. 1
Boadle-Biber, M. C. Vol. 60, p. 1 De Crombrugghe, M. Vol. 49, p. 29
Bocciarelli, D. S. Vol. 15, p. 149 De Duve, C. Vol. 9, p. 325
Booth, F. Vol. 3, p. 131 DeFelice, L. J. Vol. 28, p. 189
Boyett, N. R. Vol. 26, p. | Del Castillejo, J. Vol. 6, p. 121
Brachet, J. Vol. 15, p. 97 De Mello, W. C. Vol. 39, p. 147
Bradbury, E. M. Vol. 20, p. 187 Denton, E. J. Vol. 11, p. 177
Brahmachary, R. L. Vol. 18, p. 207 Dervichian, D.G. Vol. 14, p. 263
Breeze, P. Vol. 53, p. | De Vries, H. F. Vol. 6, p. 207
Bretscher, M. R. Vol. 18, p. 177 Dhalla, N.S. Vol. 52, p. 1
Brillinger, D. R. Vol. 53, p. 1 DiFrancesco, D. Vol. 46, p. 163
Brindley, G. S. Vol. 8, p. 49 Doniach, I. Vol. 3, p. 1
Broda, E. Vol. 21, p. 143 Doonan, S._ Vol. 20, p. 247
Brown, Jr. R. H. Vol. 28, p. 341 Drummond, M. L. J. Vol. 47, p. 1
Burns, V. W. Vol. 12, p. 1 Dubois, J. M. Voi. 42, p. 1; Vol. 59, p. 1
x Name Index of Authors of Articles in Previous Volumes
Dulhunty, A. F. Vol. 57, p. 181 Hasnain, S. S. Vol. 50, p. 47
Duysens, L.M.N. Vol. 14, p. 1 Hasselbach, W. Vol. 14, p. 167
Havel, T. F. Vol. 56, p. 43
Ebashi, S. Vol. 18, p. 123 Heinrich, R. Vol. 32, p. 1
Eckert, R. Vol. 44, p. 215 Helene, C. Vol. 39, p. 1
Edstrom, J.-E. Vol. 30, p. 57 Helliwell, J. R. Vol. 41, p. 67
Edwards, J.C. Vol. 43, p. 71 Henderson, R. Vol. 39, p. 183
Efimov, A. V. Vol. 60, p. 201 Hess, P. Vol. 40, p. 1
Eisenberg, R. Vol. 53, p. 153 Hilgemann, D. W. Vol. 51, p. 1
Eisenberg, R. S. Vol. 20, p. 1 Hill, T. L. Vol. 28, p. 267; Vol. 29, p. 105
Ellerton, H. D. Vol. 41, p. 143 Hille, B. Vol. 21, p. 1
Ellerton, N. F. Vol. 41, p. 143 Hindley, J. Vol. 26, p. 269
Endo, M. Vol. 18, p. 123 Hinshelwood, C. N. Vol. 5, p. 1
Engstrom, A. Vol. 1, p. 164 Ho, A. K. Vol. 53, p. 197
Errera, M. Vol. 3, p. 88 Hol, W.G.J. Vol. 45, p. 149
Holland, I. B. Vol. 49, p. 89
Fain, G. L. Vol. 37, p. 91 Holmes, R. P. Vol. 43, p. 195
Fairhurst, S. A. Vol. 34, p. 1 Hope, A. B. Vol. 23, p. 3
Feldman, M. Ya. Vol. 32, p. 83 Hovmoller, S. Vol. 51, p. 131
Felix, K. Vol. 6, p. 1 Howard, A. Vol. 3, p. 1
Fernandez-Moran, H. Vol. 4, p. 112 Huang, P.C. Vol. 23, p. 105
Few, A. V. Vol. 5, p. 41 Huang, R.-C.C. Vol. 17, p. 149
Filitti, Wurmser, S. Vol. 7, p. 87 Hubbard, J. I. Vol. 21, p. 33
Fillenz, M. Vol. 60, p. 29 Hubbard, R. E. Vol. 44, p. 97
Finean, J. B. Vol. 16, p. 143 Hughes, A. F. W.Vol, 1, p. 137
Finkelstein, A. V. Vol. 50, p. 171 Hughes, R.C. Vol. 26, p. 189
Fischer, H. Vol. 6, p. | Hunter, P. J. Vol. 30, p. 99; Vol. 52, p. 101
Fishman, H. M.Vol, 46, p. 127 Hutchinson, F. Vol. 5, p. 72
Fitton, J. E. Vol. 36, p. 53 Huxley, A. F. Vol. 7, p. 255
Fonnum, F. Vol. 60, p. 47 Hyde, B. B. Vol. 15, p. 129
Fothergill-Gilmore, L. A. Vol. 59, p. 105
Franck, U. F. Vol. 6, p. 171 Iball, J. Vol. 7, p. 225
Frankenhaeuser, V. Vol. 18, p. 97 lidefonse, M. Vol. 46, p. 185
Fraser, R. D. B. Vol. 4, p. 47 Inuzuka, M. Vol. 30, p. 23
French, A. S. Vol. 54, p. 59 Irie, M. Vol. 51, p. 165
Fuchs, R. Vol. 56, p. 215
Jack, J. Vol. 34, p. 81
Gallez, D. Vol. 48, p. 155 Jaenicke, R. Vol. 49, p. 117
Garner, C. D. Vol. 50, p. 47 Jakobsson, E. Vol. 46, p. 51
Gary-Bobo, C. M. Vol. 26, p. 103 James, A.M. Vol. 8, p. 95
Gates, P. Vol. 53, p. 153 Janin, J. Vol. 27, p. 79; Vol. 42, p. 21; Vol. 49, p. 29
George, A.M. Vol. 50, p. 121 Jardetzky,O. Vol. 43, p. 94
George, P. Vol. 10, p. 1 Jewell, B. R. Vol. 36, p. 1
Geschwind, N. Vol. 8, p. 165 Johns, E. W. Vol. 18, p. 209
Gibson, Q.H. Vol. 5, p. 1 Johnson, E. A. Vol. 20, p. |
Gierer, A. Vol. 10, p. 299; Vol. 37, p. 1 Johnson, J. E. Vol. 55, p. 107
Glisin, V. Vol. 23, p. 193 Johnson, M. E. Vol. 59, p. 285
Glynn, I. M. Vol. 18, p. 241 Jolles, J. and P. Vol. 22, p. 97
Goddard, J. P. Vol. 32, p. 233 Joly, M. Vol. 5, p. 168
Goldman, Y. Vol. 27, p. 259 Joo, F. Vol. 53, p. 71
Goni, F.M. Vol. 59, p. 23 Jordan, D.O. Vol. 2, p. 51
Goodman, M. Vol. 38, p. 105
Gorman, R. E. Vol. 26, p. 409 Katchalsky, A. Vol. 4, p. 1
Goutier, R. Vol. 11, p. 53 Katz, B. Vol. 6, p. 121
Grant, P. T. Vol. 7, p. 165 Kay, R.H. Vol. 28, p. 109
Gray, J. A. B. Vol. 9, p. 285 Keleti, T. Vol. 53, p. 105
Gray, L.H. Vol. 2, p. 240 Kelly, L.S. Vol. 8, p. 143
Greenhough, T. J. Vol. 41, p. 67 Kendrew, J.C. Vol. 4, p. 244
Grisvard, J. Vol. 31, p. 165 Kepes, A. Vol. 19, p. 201
Gruber, M. Vol. 53, p. 33 Khodorov, B. I. Vol. 30, p. 146; Vol. 37, p. 49;
Grunberg-Manago, M. Vol. 13, p. 175 Vol. 45, p. 57
Grundfest, H. Vol. 7, p. 1 Kitagawa, T. Vol. 58, p. 1
Guild, W. R. Vol. 5, p. 72 Klootwijk, J. Vol. 51, p. 77
Guille, E. Vol. 27, p. 123; Vol. 31, p. 165 Knapp, A. G. Vol. 56, p. 107
Gutfreund, H. Vol. 1, p. 1; Vol. 10, p. 115; Vol. 29, p. 161 Koller, P.C. Vol. 4, p. 195
Kon, H. Vol. 55, p. 85
Hadjiolov, A. A. Vol. 31, p. 95 Korner, A. Vol. 17, p. 61
Hall, D.O. Vol. 24, p. 125 Korner, P. I. Vol. 11, p. 111
Halliday, D. M. Vol. 53, P. 1 Kratky, O. Vol. 13, p. 105
Harel, M. Vol. 48, p. 67 Krekels, A. Vol. 6, p. 1
Harrison, P. M. Vol. 36, p. 53 Kumar, S. A. Vol. 38, p. 165
Hartzell, H.C. Vol. 52, p. 165 Kuppers, B. Vol. 30, p. 1