Progress in Biophysics and Molecular Biology 1991: Vol 56 Index

13 Pages·1991·2.2 MB·English

SUBJECT INDEX
S-Adenosylhomocysteine binding to MetJ surface remodelling mechanism 34-36
repressor 169 thermodynamics 15
S-Adenosylmethionine trace elements 30
binding to MetJ repressor 172 Bovine pancreatic trypsin inhibitor (BPTI) as
corepressor action 160, 169 model for structural analysis 44, 54
formation from methionine 158 comparison with crystal structure 60, 61, 65,
cAMP 66
autocatalytic production 86 distance constraints 55-57
colocalization with ATP 81 results with B-methylene assignments and
inembryo 85, 93 floating chiralities 60-64
significance of 82-84, 91, 96-100 results without prochiral assignments 57-60
localization, gap junctions and 93-96
on gene expression 88
on intracellular Ca2+ 83 Ca?+ currents in retinal horizontal cells 108, 109
regulation of phosphorylation by 82, 89, 90 white perch H2 129
requirement for differentiation 88 Caenorhabditis elegans genome sequencing 221,
Apatite 223, 234
charge mobility 19 Cattle genome sequencing 223
macromolecular organization 4, 5 Charge coupled device (CCD) cameras, use in
phonon mean free path in 15 fluorescence microscopy 191, 195, 198,
photovoltaic effects 17 199, 207-210
Arabidopsis thaliana genome sequencing 221, 223 Chicken genome sequencing 223
ATP colocalization with cAMP 81 Chromatin assembly, XTFIIIA involvement 142
in embryo 85, 93 Collagen of bone 3
significance of 82-84, 91, 96-100 charge mobility 19
electret formation and 21
photovoltaic effects 17
Bone piezoelectric effect 23
as composite material 7 Computer analysis of cell network models
two phase 8 113-116, 129, 130
cancellous (trebecular) 7
cell types 2
charge mobility 19 Databases see Molecular biological databases
chemical composition 3 Datura stramonium epidermal cells, fluorescence
collagen 3,4 microscopy 196, 197, 211
inorganic phase 4, 5 DG-II program package see Protein structure
cortical (compact) 5-7 determination
electret formation in 21 Differentiation
electrical properties entropy changes and 98
AC conduction 10 induction of 83, 86-88
charge transport mechanism 11 oncogenesis and 91, 94
DC conductivity 9 universality of Turing couple and 97
dielectric parameters 11-14 DISGEO program comparison with DG-II
h.f. responses 13-15 package 45, 54, 57-60
table of 12 Distance geometry in structure predictions 43,
electron paramagnetic resonance 28-30 44, 74, 75
general properties 2 DNA-XTFIIIA interaction 136-141
long, parts of 6 Drosophila melanogaster
photoelectric effects fluorescence microscopy 198-200, 206, 207
effect of UV 17, 18 genome sequencing 221, 223
optical spectra 17 morphogenesis 93-95
photovoltaic cell 17, 18
piezoelectricity
applications in vivo 28 Electret formation in bone 21
equivalent single crystal 27 Electron paramagnetic resonance (EPR) in
measurement 22-25 bone 28-30
physical concept 25 EMBED algorithm 44-48, 50, 70
table of properties 24 Embryo
theory 26 cAMP, ATP colocalization in 83-85, 88, 91
PN junction characteristics 19-21 development, extracellular signal in 93-96, 100,
remodelling loop 3 101
solid state 15 induction, universal bifurcation parameter
Hall effect 16 in 100
streaming potentials 31-34 metabolic patterns in 84
SUBJECT INDEX
cAMP production in 86 biosynthetic genes 159
effect of cyanide 85 btuB 161, 162
effect of lithium 85, 86 met E 161-164, 167
Escherichia coli met F 161-163, 167
genome sequencing 222, 223, 232, 238 metH_ 161-164
methionine met J 160, 164, 165, 167
enzymes, gene locations 147-149, 157, met R163, 167
162-165 conversion to S-adenosylmethionine 158
MetJ repressor structure 169-176 operators 165-167
operator consensus sequences 166 consensus sequences 166
transport 146 repression of met genes 159
Evolution, thermodynamic and biological 81 repressor MetJ
—corepressor complex 170-174
derivatives 170
Fluorescence microscopy identification 165
image processing 198-211 interaction with operators 167-169, 173, 174
restoration algorithms mutants 168, 170, 175, 176
computing requirements 203 three-dimensional structure 169-176
linear deconvolution 198-200 structure and properties 146
Wiener filter 199 transport 146, 147
non-linear deconvolution 200-203 Methionyl-transfer RNA synthetase 158
Jansson’s method 200 B-Methylene assignments in protein structure
probabilistic constraints 203 determinations 54-64
tilted view reconstruction 200, 204-207 5,10-Methylenetetrahydrofolate conversion to
imaging 5-methyltetrahydrofolate 153
comparison of confocal and wide-field Molecular biological databases
192-195, 207-211 EMBnet 236, 237 ;
confocal improved information acquisition 215, 233, 234
image display 197 model for next generation
optical arrangement 194 details 241-243
point spread function 192-197 principles 239-241
labelling techniques 187 sequence databanks
process, analysis 188-190 availability 225
wide-field 3-D customization 230-233
cameras 191 distribution 234-237
image deblurring 199-201 handling and storage 237
point spread function 191-194 historical summary 216, 217
practical considerations 190 integration 229
overlapping 225, 226
present situation 217
Gap junctions in embryo development 93-96 publication 224-226
Gene relational database management system
expression, Turing system and 87-93 (RDBMS) 219, 237
transcription by XTFIIIA 135-142 software development 230, 233
Genome analysis projects 220-222 updating 228
Goldfish horizontal cell Ca2+ currents 120, 129 Morphogenesis, universal Turing couple (cAMP,
Growth factor on embryo development 95, 96 ATP) 79-81
Growth hormone gene regulation 87 development of differentiation and 89-92
evidence for 91-93
localized gene expression and 87
Hall effect in bone 16 uniqueness of 96-100
Homeobox genes, expression regulation 87 Mouse, genome sequencing 221, 223
Horizontal cell see Retinal horizontal cell
Human genome sequencing project 220, 221, 223 Na* currents in white perch H2 horizontal
cells 116-121
NMR spectroscopy of proteins see Protein
K* currents structure determinations
in shaping network responses 130 NOESY data in protein structure analysis 56-64,
in white perch H2 horizontal cells 116-121 71, 73
Nucleotide sequences see also Molecular biological
databases
Lithium, effects on embryonic development 85, data quality 226-228
86 DDBJ 216, 224, 230, 235
EMBL Data Library 216, 218, 219, 224, 234
annotation 238, 241
Methionine cross-reference with Swiss-Prot and
biosynthesis pathway 147, 148 others 230, 231, 234
aspartate to aspartate semialdehyde 147 growth of 222, 223
homoserine to homocysteine 150 GenBank 216, 224, 230, 233, 234, 236, 238
serine to 5’-methyltetrahydrofolate 152, 153 overlapping 225, 226, 232
terminal step 153-158 publication 224-226
SUBJECT INDEX
Oncogenic transformation by c-myb 90, 91 Retinal horizontal cell see also White perch retina
Oocytes, XTFIIIA expression in 138, 142 general properties 107
Optical microscopy see Fluorescence microscopy isolation 108
Optical transfer function (OTF) 190, 192-196, network models
198-201, 204, 206, 208-210 properties 109
Osteoblasts role in bone maintenance 2, 36 response to light stimuli 121
Osteoclasts role in bone maintenance 2, 35 slit 124-129
Osteocytes role in bone maintenance 2, 34-36 spot 121-126
similarity of other cellular networks 130
State equations 113
Phosphorylation field, cAMP, ATP colocalization computer integration 114-116
and Structure 113, 131
inembryo 83, 84 single cell models 108
Photoelectromagnetic effect in bone 21 Ca2+ current inactivation 108, 109
Piezoelectricity in bone Ca2+ dynamics 112
applications in vivo 28 electrical circuit 109, 110
equivalent single crystal 27 membrane currents 111, 116-121
experimental measurement 22-25 subsystems derived from 108
physical concept 25 white perch H2
table of properties 24 cell membrane currents 111, 116, 117
theory 26 comparison with other species 122, 129
Pisum sativum root, fluorescence microscopy parameters 112
207-210 properties 118-121
Protein kinase A (PKA) activation by cAMP 82 SSRNA-XTFIIA interaction 141, 142, 144
Protein phosphorylation, spatial nonuniformity
82, 89, 90
Protein sequences see also Molecular biological Saccharomyces cerevisiae genome sequencing 221,
databases 223, 224, 234
data collection 216-218, 224 Salmonella typhimurium methionine
cross reference with EMBL 230, 231 enzymes, gene locations 147-149, 157, 162-165
updating 228 operator consensus sequences 166
Protein structure determination using distance transport 146
constraints 43 Serine, conversion to
annealing strategies 67-69 .5,10-methylenetetrahydrofolate 153
back-calculation comparison 73, 74 Streaming potentials in bone 31-34
computational limitations 65 O-Succinylhomoserine, conversion to
conformational enantiomorphism 70 cystathionine 151
convergence summaries 68 Synaptic interactions of horizontal cells 107, 122,
DG-II program package 44-54, 65-70 128
angular embedding 47
EMBED algorithm 44-48, 50, 70
error functions for optimization 49 Threonine biosynthesis 147, 148
flow chart 45 Transcription factor see also Xenopus transcription
Guttman transformation 48 factor IIIA
local minima avoidance 51 distribution during embryonic growth 89
majorization algorithm 48 phosphorylation 90
randomized metrization 46 Turing couple (CAMP, ATP)
regularization algorithm 52 localized gene expression and 87
simulated annealing optimization 50 morphogenesis and 79-81, 91, 92
system architecture 45 spatial differentiation and 88, 89
tetrangle bound smoothing 46 universality 96-100
torsion space refinement 53
embedding, classical 69
energy minimization and 72 Valine biosynthesis 147, 148
methods limitations 71 Vicia faba root, fluorescence microscopy 201
NMR sample problems 54-64 Vitamin B12, methionine biosynthesis and
DG-II, DISGEO comparison 45, 54, 57-60 153-156
distance constraints simulation 55-57, 65 regulation of 161-163
results with B-methylene assignments and
floating chiralities 60—64
results without prochiral assignments 57-60 White perch retina
precision, useful limits 71 horizontal cell membrane currents 111, 112
Proteoglycan orientation on bone cell K+ 116-121
behaviour 36 model fitting 117-120
Na+ 116-121
network response
Rabbit, genome sequencing 223 analyses 129
Rat, genome sequencing 223 slit 124-129
Reaction-diffusion systems spot 121-126
inembryos 84 single cell
symmetry breaking in 85 action potentials 119-121
SUBJECT INDEX
analyses 129 coding regions 138
I-V curves 118, 121 TFIllIc binding site 137
models 109-111 properties 135
protein 135
inactivation 136
Xenopus laevis possible functions 136
genome sequencing 223 structure 138
—pou protein mRNA sequence 219 -5SRNA interaction 141, 142, 144
Xenopus transcription factor IITA (XTFIIIA) Zn fingers 135, 138-140, 142
chromatin assembly and 142
-DNA interaction 139-141
gene 136-138 Zinc fingers in XTFIIIA 135, 138-140, 142
NAME INDEX OF AUTHORS OF ARTICLES IN
PREVIOUS VOLUMES
AARNSTEIN, H. R. V. Vol. 7, p. 165 CAILLE, J. Vol. 46, p. 185
Aarts, H. J. M. Vol. 51, p. 47 CAMERON, G.N. Vol. 56, p. 215
AB, G. Vol. 53, p. 33 CAMPBELL, P. N. Vol. 15, p. 1
ABRAHAMSON, E. W. Vol. 17, p. 179 CANTOR, Vol. 25, p. 69
ADAMS, W. B. Vol. 46, p. 1 CARBONE, E. Vol. 54, p. 31
ADOLPH, A. R. Vol. 41, p. 125 CARLSON, F. D. Vol. 13, p. 261
ADRIAN, R. H. Vol. 19, p. 343 Caro, L. Vol. 16, p. 171
ALFSEN, A. Vol. 42, p. 79; Vol. 54, p. 145 CARRUTHERS, A. Vol. 43, p. 33
AMBROSE, E. J. Vol. 6, p. 25; Vol. 16, p. 241 CARSANA, A. Vol. 51, p. 165
AMJAD, A.M. Vol. 53, p. 1 CasE, D. A. Vol. 52, p. 39
Amos, L. A. Vol. 39,p . 183 CaTER, D. B. Vol. 10, p. 153
AMZEL, LL.M. Vol. 31, p. 67 CHAD, J. E. Vol. 44, p. 215
ARDEN, G. B. Vol. 19, p. 375 CHAPMAN, D. Vol. 43, p. 71
ARNOTT, S. Vol. 21, p. 265; Vol. 22, p. 179 CHAPMAN, R. A. Vol. 50, p. 67
ASHCROFT, F. M. Vol. 54, p. 87 CHEESEMAN, C. I. Vol. 55, p. 71
Askonas, B. A. Vol. 25, p. 129 CuHIkK, C. L. Vol. 53, p. 197
ASTUMIAN, R. D. Vol. 50, p. 1 CLARK, S. M. Vol. 7, p. 225
ATIWELL, D. Vol. 31, p 201; Vol. 34, p. 81 CLEGG, G. A. Vol. 36, p. 53
AUDINAT, E. Vol. 55, p. 31 CLEMENS, M. J. Vol. 28, p. 69
AUGUSTEIN, L. G. Vol. 13, p. 1 CLouGH, G. Vol. 55, p. 47
COAKLEY, W. T. Vol. 48, p. 155
COHEN, I. Vol. 31, p. 201
BAKER, E.N. Vol. 44, p. 97 ConcuiE, J. Vol. 14, p. 105
BAKER, K. Vol. 49, p. 89 Conopon, C. C. Vol. 19, p. 311
BAKER, P. F. Vol. 24, p. 177 CONSTANTIN, L. J. Vol. 29, p. 197
BALDWIN, J. M. Vol. 29, p. 225 Conway, B. E. Vol. 4, p. 148
BANGHAM, A.D. Vol. 18, p. 29 Cooper, A. Vol. 44, p. 181
BANKS, B. E.C. Vol. 20, p. 247 Cooper, K. Vol. 46, p. 51
Bass, L. Vol. 27, p. 145 Cooper, K. Vol. 53, p. 153
BATKE, J. Vol. 53, p. 105 Cox, R. A. Vol. 32, p. 193
BAYLEY, P.M. Vol. 27, p. 3; Vol. 37, p. 149 Cramp, W. A. Vol. 43, p. 71; Vol. 50, p. 121
BEAUFAY, H. Vol. 9, p. 325 CRANE, E. E. Vol. 1, p. 85
BEELER, G. W. Vol. 34, p. 219 CREETH, J. M. Vol. 17, p. 217
BEHARI, J. Vol. 56, p. 1 CREPEL, F. Vol. 55, p. 31
BEIDLER, L. M. Vol. 12, p. 107 CrippA, M. Vol. 31, p. 247
BEINTEMA, J.J. Vol. 51, p. 165 Curtis, A. S. G. Vol. 27, p. 317
BELLUZzI, O. Vol. 55, p. 1
BENGA, G. Vol. 43, p. 195; Vol. 51, p. 193
BENSON, J. A. Vol. 46, p. 1
BEVAN, M. J. Vol. 25, p. 129
BERGEL, D.H. Vol. 11, p. 1 DALMARK, M. Vol. 31, p. 145
BERMAN, H.M. Vol. 41, p. 43 DAMIJANOVICH, S. Vol. 39, p. 109; Vol. 49, p. 65
BERNHARD, S. A. Vol. 10, p. 115 DANCHIN, A. Vol. 54, p. 81
BERTHET, J. Vol. 9, p. 325 Date, T. Vol. 30, p. 23
BINET, J. Vol. 43,p . 161 Davies, D. R. Vol. 15, p. 189
BITENKSY, M. W. Vol. 26, p. 429 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
BocciARELLI, D. S. Vol. 15, p. 149 DE CROMBRUGGHE, M. Vol. 49, p. 29
Bootn, F. Vol. 3, p. 131 De Duve, C. Vol. 9, p. 325
Boyett, N. R. Vol. 26, p. 1 DeEFELIcE, L. J. Vol. 28, p. 189
BRACHET, J. Vol. 15, p. 97 DEL CASTILLEJO, J. Vol. 6, p. 121
BRADBURY, E. M. Vol. 20, p. 187 DE MELLO, W.C. Vol. 39, p. 147
BRAHMACHARY, R. L. Vol. 18, p. 207 DENTON, E. J. Vol. 11, p. 177
BREEZE, P. Vol. 53, p. 1 DERVICHIAN, D. G. Vol. 14, p. 263
BRETSCHER, M. R. Vol. 18, p. 177 De Vries, H. F. Vol. 6, p. 207
BRILLINGER, D. R. Vol. 53, p. 1 DHALLA, N.S. Vol. 52, p. 1
BRINDLEY, G. S. Vol. 8, p. 49 DIFRANCESCO, D. Vol. 46, p. 163
Bropa, E. Vol. 21, p. 143 DoniaAcu, I. Vol. 3, p. 1
Brown, Jr. R. H. Vol. 28, p. 341 Doonan, S._ Vol. 20, p. 247
Burns, V. W. Vol. 12, p. 1 DRUMMOND, M. L. J. Vol. 47, p. 1
BuTLeR, J. A. V. Vol. 4, p. 148; Vol. 18, p. 209 Dusois, J. M. Vol. 42, p. 1
BYRNE, B.M. Vol. 53, p. 33 Duysens, L.M.N. Vol. 14, p. 1
x NAME INDEX OF AUTHORS OF ARTICLES IN PREVIOUS VOLUMES
EsasuHi, S. Vol. 18, p. 123 HEINRICH, R. Vol. 32, p. 1
EcKerT, R. Vol. 44, p. 215 HELENE, C. Vol. 39, p. 1
EpstroM, J.-E. Vol. 30, p. 57 HELLIWELL, J. R. Vol. 41, p. 67
Epwarps, J.C. Vol. 43, p. 71 HENDERSON, R. Vol. 39, p. 183
EISENBERG, R. Vol. 53, p. 153 Hess, P. Vol. 40, p. 1
EISENBERG, R. S._ Vol. 20, p. 1 HILGEMANN, D. W. Vol. 51, p. 1
ELLERTON, H. D. Vol. 41, p. 143 Hitt, T. L. Vol. 28, p. 267; Vol. 29,p . 105
ELLERTON, N. F. Vol. 41, p. 143 Hitte, B. Vol. 21, p. 1
Enpo, M. Vol. 18, p. 123 HINDLEY, J. Vol. 26, p. 269
ENGsTROM, A. Vol. 1, p. 164 HINSHELWooD, C. N. Vol. 5, p. 1
ERRERA, MAuRICE Vol. 3, p. 88 Ho, A. K. Vol. 53, p. 197
Hot, W. G.J. Vol. 45, p. 149
HOLLAND, I. B. Vol. 49, p. 89
Fain, G. L. Vol. 37, p. 91 Homes, 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, ALMA _ 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
Fititti, WURMSER, S. Vol. 7, p. 87 HuBBARD, J. I. Vol. 21, p. 33
FINEAN, J. B. Vol. 16, p. 143 HUBBARD, R. E. Vol. 44, p. 97
FINKELSTEIN, A. V. Vol. 50, p. 171 HuGuHes, A. F. W. Vol. 1, p. 137
FISCHER, H. Vol. 6, p. 1 HuGues, R.C. Vol. 26, p. 189
FISHMAN, H. M. Vol. 46, p. 127 Hunter, P. J. Vol. 30, p. 99; Vol. 52, p. 101
Fitton, J. E. Vol. 36, p. 53 HUTCHINSON, F. Vol. 5, p. 72
FRANCK, U. F. Vol. 6, p. 171 Hux_Ley, A. F. Vol. 7, p. 255
FRANKENHAEUSER, V. Vol. 18, p. 97 Hype, B. B. Vol. 15, p. 129
FRASER, R. D. B. Vol. 4, p. 47
FRENCH, A. S. Vol. 54, p. 59
Fucus, R. Vol. 56, p. 215 IBALL, J. Vol. 7, p. 225
ILDEFONSE, M. Vol. 46, p. 185
INUZUKA, M. Vol. 30, p. 23
GALLEz, D. Vol. 48, p. 155 IRIE, M. Vol. 51, p. 165
GarRNER, C.D. Vol. 50, p. 47
Gary-Boso, C. M. Vol. 26, p. 103
Gates, P. Vol. 53, p. 153 JACK, J. Vol. 34, p. 81
GeorGeE, A. M. Vol. 50, p. 121 JAENICKE, R. Vol. 49, p. 117
GeorGE, P. Vol. 10, p. 1 JAKOBSSON, E. Vol. 46, p. 51
GESCHWIND, N. Vol. 8, p. 165 JAMES, A. M. Vol. 8, p. 95
Gipson, Q.H. Vol. 5, p. 1 JANIN, J. Vol. 27, p. 79; Vol. 42, p. 21; Vol. 49,
GIERER, A. Vol. 10, p. 299; Vol. 37, p. 1 p. 29
GLISsiN, V. Vol. 23, p. 193 JARDETZKY, O. Vol. 43, p. 94
GLYNN, I. M. Vol. 18, p. 241 JEWELL, B. R. Vol. 36, p. 1
GopDARD, J. P. Vol. 32, p. 233 JOHNS, E. W. Vol. 18, p. 209
GOLDMAN, Y. Vol. 27, p. 259 JOHNSON, E. A. Vol. 20, p. 1
GoopMAN, M._ Vol. 38, p. 105 JOHNSON, J. E. Vol. 55, p. 107
GORMAN, R. E. Vol. 26, p. 409 JoLLés, J. and P. Vol. 22, p. 97
GouTieR, R. Vol. Li, p. 53 Jory, M. Vol. 5, p. 168
GRANT, P. T. Vol. 7, p. 165 Joo, F. Vol. 53, p. 71
Gray, J. A. B. Vol. 9, p. 285 JORDAN, D. O. Vol. 2, p. 51
Gray, L. H. Vol. 2, p. 240
GREENHOUGH, T. J. Vol. 41, p. 67
GRISVARD, J. Vol. 31, p. 165 KATCHALSKY, A. Vol. 4, p. 1
GRUBER, M. Vol. 53, p. 33 Katz, B. Vol. 6, p. 121
GRUNBERG-MANAGO, M. Vol. 13, p. 175 Kay, R. H. Vol. 28, p. 109
Grunprest, H. Vol. 7, p. 1 KELeTI, T. Vol. 53, p. 105
Gui_p, W. R. Vol. 5, p. 72 KeLty, L. S. Vol. 8, p. 143
GuILLE, E. Vol. 27, p. 123; Vol. 31, p. 165 KENDREW, J.C. Vol. 4, p. 244
GUTFREUND, H. Vol. 1, p. 1; Vol. 10, p. 115; Vol. Keres, A. Vol. 19,p . 201
29, p. 161 KuHoporov, B. 1. Vol. 30, p. 146; Vol. 37, p. 49;
Vol. 45, p. 57
KLOOTWUK, J. Vol. 51, p. 77
HapsioLov, A. A. Vol. 31, p. 95 Knapp, A. G. Vol. 56, p. 107
HALL, D.O. Vol. 24, p. 125 KOLLER, P. C. Vol. 4, p. 195
HALLIDAY, D. M. Vol. 53, p. 1 Kon, H. Vol. 55, p. 85
HAREL, M. Vol. 48, p. 67 KoRNER, A. Vol. 17, p. 61
HARRISON, P. M. Vol. 36, p. 53 Korner, P. I. Vol. 11, p. 111
HARTZELL, H.C. Vol. 52, p. 165 KRATKY, O. Vol. 13, p. 105
HASNAIN, S. S. Vol. 50, p. 47 KREKELS, A. Vol. 6, p. 1
HASSELBACH, W. Vol. 14, p. 167 Kumar, S. A. Vol. 38, p. 165
HAVEL, T. F. Vol. 56, p. 43 Kuppers, B. Vol. 30,p . 1
NAME INDEX OF AUTHORS OF ARTICLES IN PREVIOUS VOLUMES
LasTHA, L.G. Vol. 11, p. 79 PAIN, R. H. Vol. 17,p . 217
LaMBERT, B. Vol. 30, p. 57 PALMER, J. M. Vol. 24, p. 125
LAMBERTON, L. F. Vol. 2, p. 90; Vol. 18, p. 245 PARELLO, J. Voi. 43, p. 95
LANCELOT, G. Vol. 39, p. 1 PARKHOUSE, R. M. R. Vol. 25, p. 129
LanD, M. F. Vol. 24, p. 75 Passow, H. Vol. 19, p. 42
Lee, A. G. Vol. 29, p. 3 PEACOCKE, A. R. Vol. 10, p. 55; Vol. 18, p. 185
LevINE, Y. K. Vol. 24, p. 1 Petc, S. R. Vol. 3, p. |
Levvy, C. A. Vol. 14, p. 105 PELLING, C. Vol. 19, p. 237
LEWARTOWSKI, B. Vol. 50, p. 97 Pepe, F. A. Vol. 22, p. 75
Liuias, A. Vol. 40, p. 161 PERRY, S. V. Vol. 17, p. 325
Linas, L. Vol. 48, p. 1 PETERLIN, ANTON Vol. 9, p. 175
Lim-DE-FaRIA, A. Vol. 12, p. 281 PeTHica, B. A. Vol. 5, p. 41
LIsMAN, J. E. Vol. 37, p. 91 PetRuscu, I. Vol. 48, p. 103
LopisH, H. F. Vol. 18, p. 285 Petsko, G. A. Vol. 45, p. 197
LOFTFIELD, R. B. Vol. 8, p. 347 PHILLIPS, D.C. Vol. 19, p. 3
LomonossorF, G. P. Vol. 55, p. 107 PHILLIPS, D. M. P. Vol. 12, p. 211; Vol. 18, p. 209
Loutit, J. H. Vol. 1, p. 197 PHILLIPS, S. E. V. Vol. 56, p. 145
LuBseN, N. H. Vol. 51, p. 47 PHILPoT, J. St. L. Vol. 1, p. 142
PHIZACKERLEY, R. P. Vol. 31, p. 67
PICKARD, W. F. Vol. 37, p. 101
MacDOoNnaLD, D. A. Vol. 9, p. 105 PINK, J.R. L. Vol. 21,p . 209
MACFARLANE, A. S._ Vol. 1, p. 115 PIRENNE, M. H. Vol. 2, p. 193
McGuiGan, J. A. S. Vol. 34, p. 219 PoLAK, R. J. Vol. 31, p. 67
McKINLEY, MCKEE, J. S. Vol. 14, p. 223 POLLARD, E. C. Vol. 5, p. 72
McNAUGHTON, P. A. Vol. 30, p. 99 PoLLock, M. R. Vol. 19, p. 275
McNutt, N.S. Vol. 26, p. 45 PORTZEHL, HILDEGARD Vol. 4, p. 60
MCcQUILLEN, K. Vol. 12, p. 67 PORTZME, H. Vol. 34, p. 175
MACKMAN, N. Vol. 49, p. 89 PoRUMB, F. Vol. 48, p. 103
MapDEN, B. E.H. Vol. 22, p. 127 PRENDERGAST, F.G. Vol. 40, p. 1
MaLco”m, A. D. B. Vol. 30, p. 205 PRESTON, R. D. Vol. 2, p. 17; Vol. 13, p. 241
MatuoTra, S. K. Vol. 20, p. 67 PRINGLE, J. W.S. Vol. 17, p. 1
MARKHAM, Roy Vol. 3, p. 61
PRITCHARD, N. J. Vol. 18, p. 185
Marston, S. B. Vol. 41, p. 1 Pryor, M.G.M. Vol. 1, p. 216
MATHEWS, F. S. Vol. 45, p. 1 PtitsYN, O. B. Vol. 50, p. 171
MATHUR-DE VRE, R. Vol. 43, p. 161 Puck, T. T. Vol. 10, p. 237
MAyYNFORD, W. V._ Vol. 11, p. 1 PuckeTT, L. Vol. 31, p. 1
MEnRISHI, J. N. Vol. 25, p. 1 PyTkowskI, B. Vol. 50, p. 97
Meves, H. Vol. 33, p. 207
MICHEL, C.C. Vol. 34, p. 197
MILLER, J. N. Vol. 28, p. 41 QUIETTER, F. Vol. 27, p. 123
MILSTEIN, C. Vol. 21, p. 209 QuINN, P. J. Vol. 34, p. 109; Vol. 38, p. 1; Vol. 53,
MITCHISON, J. M. Vol. 2, p. 1 p. 71
MITCHISON, N. A. Vol. 16, p. 3
MoLLoy, G. Vol. 31, p. 1 RABINOWICH, D. Vol. 47, p. 159
Moor!, W. J. Vol. 27, p. 145 Rag, J. Vol. 53, p. 153
MorabD, M. Vol. 27, p. 259 RAMON, F. Vol. 48, p. 127
MoreL, J. E. Vol. 44, pp. 47, 73; Vol. 46, p. 97 Rapoport, S. M. Vol. 32, p. 1
Morris, P. J. Vol. 30, p. 83 Raporort, T. A. Vol. 32, p. 1
MOuTSCHEN, J. Vol. 31, p. 39 RaTTLe, H. W. E. Vol. 28, p. 1
MULHERN, S. A. Vol. 49, p. 65 RavuE£, H. A. Vol. 51, p. 77
MULLER, A. Vol. 17, p. 99 RAwLIns, D. J. Vol. 56, p. 187
MULLER-HILL, B. Vol. 30, p. 227 REUTTER, H. Vol. 26, p. 1
MustTers, W. Vol. 51, p. 77 RIBIERO, A. Vol. 43, p. 95
RINGE, D. Vol. 45, p. 197
RITCHIE, J. M. Vol. 26,p . 147
NAFTALIN, L. Vol. 18, p. 1
RitcHiE, R. J. Vol. 43, p. 1
NAGANO, K. Vol. 48, p. 67
RIVERA, A. Vol. 48, p. 127
NEIDLE, S._ Vol. 41, p. 43
Roserts, Vol. 28, p. 371
NEUMAN, E. Vol. 47, p. 197
ROBERTSON, J. D. Vol. 10, p. 343
NICOLAU, CL. Vol. 23, p. 23
RoBINson, H. A. Vol. 41, p. 143
NIKOLAEV, N. Vol. 31, p. 95 Rocers, N. K. Vol. 48, p. 37
Nose, D. Vol. 30, p. 99
RORSMAN, P. Vol. 54, p. 87
Nou, S. Vol. 55, p. 85 ROSENBERG, J. R. Vol. 53, p. 1
NortH, A.C. T. Vol. 19, p. 3
ROUGHTON, F. J. W. Vol. 9, p. 55
ROUGIER, O. Vol. 46, p. 185
Ocston, A. G. Vol. 34, p. 197 Rowsury, R. J. Vol. 31, p. 271
OLb, I. G. Vol. 56, p. 145 Roy, G. Vol. 29, p. 57
OsTeR, G. Vol. 1, p. 73 RuDALL, K. M. Vol. 1, p. 39
Ostroy, S. E. Vol. 17, p. 179 RUNGGER, D. Vol. 31, p. 247
OvADI, J. Vol. 53, p. 105 RusHTON, W. A. H. Vol. 9, p. 239
OVERBEEK, J. TH. Vol. 6, p. 67 RuTMAN, R. J. Vol. 10, p. 1
xii NAME INDEX OF AUTHORS OF ARTICLES IN PREVIOUS VOLUMES
SaccHl, O. Vol. 55, p. | TEORELL, TORSTEN Vol. 3, p. 305
SADRON, C. Vol. 3, p. 237 Tuomas, J. B. Vol. 5, p. 109
SAINT GIRONS, I. Vol. 56, p. 145 THORSON, J. Vol. 27, p. 175
SALEMME, F. R. Vol. 42, p. 95 TIMIN, E. N. Vol. 30, p. 145
SALTON, M. R. L. Vol. 5, p. 41 Tomita, T. Vol. 30, p. 185
SANSOM, M.S. P. Vol. 55, p. 139 TOMOEDA, M. Vol. 30, p. 23
Savic, A. Vol. 23, p. 193 TRON, L. Vol. 49, p. 65
SCHIFFMANN, Y. Vol. 36, p. 87; Vol. 56, p. 79 TsonG, T. Y. Vol. 50, p. 1
ScHMITT, F.O. Vol. 8, p. 165 Tucek, S. Vol. 44, p. 1
SCHNETKAMP, P. P.M. Vol. 54, p. 1 TUNSTALL, J. Vol. 50, p. 67
SCHOENMAKERS, J. G. G. Vol. 51, p. 47
SCHOLES, G. Vol. 13, p. 59
SCHULLER, C. Vol. 51, p. 165 Unwin, P.N. T. Vol. 39, p. 183
SCHULMAN, J. H. Vol. 5, p. 41 UrspRUNG, H. Vol. 17, p. 149
SEEDS, W. E. Vol. 3, p. 27 UttLey, A.M. Vol. 11, p. 25
SETHI, V.S. Vol. 23, p. 69
SETLOW, R. B. Vol. 5, p. 72
SHA‘AFI, R. I. Vol. 26, p. 103 VAUGHAN, P. C. Vol. 54, p. 59
SHAKKED, Z. Vol. 47, p. 159 VERNON, C. A. Vol. 20, p. 247
SHastTRY, B.S. Vol. 56, p. 135 VERVEEN, A. A. Vol. 28, p. 109
SHAW, P. J. Vol. 56, p. 187 ViGH, L. Vol. 53, p. 71
SHCHULTZ, D. I. Vol. 22, p. 1 VIJAYAN, M. Vol. 52, p. 71
SHEARD, B. Vol. 20, p. 187 Vries, H. L. DE Vol. 6, p. 207
SHERBERT, G. V. Vol. 16, p. 89
SHOOTER, E. M. Vol. 10, p. 195
SHOOTER, K. V._ Vol. 8, p. 309; Vol. 17, p. 289 WapbaA, A. Vol. 47, p. 113
SHUGAR, D. Vol. 12, p. 153 WAHNERT, U. Vol. 47, p. 31
SIBATANI, A. Vol. 16, p. 15 WALKER, P. M. B. Vol. 3, p. 195; Vol. 23, p. 147
SILVER, S. Vol. 16, p. 191 WALTER, I. A. Vol. 23, p. 3
SINCLAIR, W. K. Vol. 2, p. 90 WANG, D. NENG Vol. 51, p. 131
SINGH, A. Vol. 39, p. 69 WeBER, H. H. Vol. 4, p. 60
SINGH, H. Vol. 39, p. 69 WEINSTEIN, R. S. Vol. 26, p. 45
SIRLIN, J. L. Vol. 12, p. 25 WeELcH, G. R. Vol. 32, p. 103; Vol. 39, p. 109
SissOEFF, 1. Vol. 31, p. 165 Waite, D.C. S. Vol. 27, p. 175
SJOGREN, A. Vol. 51, p. 131 WHITEHEAD, E. Vol. 21, p. 321
Skou, J.C. Vol. 14, p. 131 WHITFIELD, I. C. Vol. 8, p. 1
SMAILL, B. H. Vol. 52, p. 101 WHITTAKER, V. P. Vol. 15, p. 39
SMITH, D. S. Vol. 16, p. 107 WHITTINGHAM, C. P. Vol. 7, p. 319; Vol. 21, p. 125
SMITH, D. W. Vol. 26, p. 321 WieER, W.G. Vol. 40, p. 1
SmitH, R. H. Vol. 8, p. 217 WILLIAMS, W. P. Vol. 34, p. 109
SomoGy!, B. Vol. 39, p. 109 WILLIAMSON, A. R. Vol. 25, p. 129
SpirRIn, A. S. Vol. 19, p. 135 WiLkie, D. R. Vol. 4, p. 288; Vol. 10, p. 259
STOCKLEY, P. G. Vol. 56, p. 145 WINSLOW, R. L. Vol. 56,p . 107
STOKES, A. R. Vol. 5, p. 140 WLoDAWER, A. Vol. 40,p . 115
STONE, A. B. Vol. 20, p. 133 Wopak, S. J. Vol. 42, p. 21; Vol. 49, p. 29
Stuckl, J. W. Vol. 33, p. 99 WOLEDGE, R. C. Vol. 22, p. 37
SUTCLIFFE, L. H. Vol. 34, p. | Wo tynes, P. Vol. 46, p. 51
SuYAMA, A. Vol. 47, p. 113 WuRMSER, R. Vol. 7, p. 87
SWANDULLA, D. Vol. 54, p. 31 WyckorF, R. W.G._ Vol. 2, p. 224
SwaANN, M.M. Vol. 2, p. 1 Wyke, B.D. Vol. 2, p. 117
SyYKOVA, E. Vol. 42, p. 135
SYNGH, B. B. Vol. 23, p. 23
Syrovy, I. Vol. 49, p. 1 YATVIN, M. B. Vol. 43, p. 71
SZOLLOsI, J. Vol. 49, p. 65
ZAMENHOF, S._ Vol. 6, p. 85
TANIGUCHI, S. Vol. 55, p. 85 ZAMYATKIN, A. A. Vol. 24, p. 107
TAYLOR, M.G. Vol. 9, p. 105 ZHAO, D. Vol. 52, p. 1
TAYLOR, W. R. Vol. 54, p. 159 ZIMMER, CH. Vol. 47, p. 31
SUBJECT INDEX OF TITLES OF
PREVIOUS VOLUMES
Acetylcholine synthesis in brain neurons Vol. 44, p. 1 Charge carriers, in membranes Vol. 26, p. 1
Acoustic transmission Vol. 18, p. 1 Chiroptical techniques Vol. 37, p. 149
Action potential model, rat sympathetic neurone Vol. Chloroplast, structure and function Vol. 5, p. 109
55, p. 1 Chloroplast structure Vol. 7, p. 319; Vol. 21, p. 125
Active centre of dehydrogenases Vol. 14, p. 223 Chromatin, ultrastructure Vol. 15, p. 129
Active transport of Na+ and K+ Vol. 14, p. 131 Chromosome breakage Vol. 4, p. 195
Adhesion, cell Vol. 27, p. 317 Chromosome fine structure Vol. 31, p. 39
Allosteric transition Vol. 21, p. 321 Chromosome, structure Vol. 6, p. 25
—-proteins Vol. 27, p. 79 Chromosomes, giant Vol. 19, p. 239
Amino acid transport, regulatory mechanisms Vol. 55, Chromosomes (synthesis of nucleic acids in) Vol. 19,
p. 71 p. 239
AMP, cyclic; cellular responses Vol. 26, p. 409 Circular dichroism of biomolecules Vol. 27, p. 3; Vol.
Anthracyclines action on mitochondria Vol. 48, p. 103 37, p. 149
Antigen, recognition of Vol. 16, p. 3 Circular, arterial Vol. 9, p. 105
Aplysia bursting pacemaker neurone R15 Vol 46, p. 1 Circulation, mammalian Vol. 11,p . 111
Arterial elasticity Vol. 22, p. 1 Coliform organisms Vol. 5, p. |
Autoradiography Vol. 3, p. 1 Colloidal systems, ionic double layer Vol. 3, p. 131
Autoradiography, high resolution Vol. 26, p. 171 Comovirus capsids, synthesis and structure Vol. 55,
Autoradiography, tritium Vol. 12, p. 281 p. 107
Axon surface Vol. 8, p. 165 Connective tissues Vol. 8, p. 217
Contractile mechanism (insect muscle) Vol. 17, p. 1
—(skeletal muscle) Vol. 29, p. 105
Bacterial plasmids Vol. 31, p. 271 Coupling, excitation-contraction Vol. 27, p. 259
Bacterial RNA polymerase Vol. 38, p. 165 Crystallias, evolution of Vol. 51, p. 47
Bacterial sex pili Vol. 30, p. 23 Cyclic AMP Vol. 26, p. 409
Bacterial surface Vol. 8, p. 95 Cyclic nucleotides, multiple receptor regulation
Bacterial surface layers structure Vol. 51, p. 131 of Vol. 53,p . 197
Bacteriolysis Vol. 5, p. 41 Cytochromes, structure and function Vol. 45, p. 1
Bacteriophages, genetics of Vol. 16, p. 191 Cytoplasm, birefringence of Vol. 2, p. 1
Bacteriophages, replication of (RNA) Vol. 18, p. 285 Cytoplasmic microtubules Vol. 28, p. 371
—RNA sequences in Vol. 26, p. 269 Cytoplasmic particles Vol. 11, p. 235
Bioenergetic processes Vol. 21, p. 145
Biological pattern formation Vol. 37, p. 1
Biomolecules, nuclear magnetic resonance Vol. 20, Dehydrogenases, mechanism of action Vol. 14, p. 223
p. 187; Vol. 28, p. 1 Development, embryonic Vol. 16, p. 89
—free radicals in Vol. 23, p. 23 Development, embryonic, information transfer in Vol.
Bone marrow, effects of X-rays Vol. 11, p. 79 19, p. 107; Vol. 23, p. 193
Bone, solid state behaviour Vol. 56, p. 1 Dichroism, circular Vol. 27, p. 3
Bone, X-ray analysis Vol. 7, p. 225 Differentiation Vol. 17,p . 149
Brain function, fractionation techniques Vol. 15, p. 39 Deoxyribonucleic acid—metal ion interaction Vol. 31,
Buoyancy, of fish and cephalopods Vol. 11, p. 117 p. 165
DNA, see Nucleic acids
DNA double helix, base sequence and fine
Calcium ion channels, inactivation of Vol. 44, p. 215 structure Vol. 47, p. 159
Calcium ion (in muscle) Vol. 18, p. 123 DNA, Repetitive Vol. 23, p. 147
— (in nerve) Vol. 24, p. 177 DNA, replication of Vol. 26, p. 321
—measurements in living cells Vol. 40, p. 1 DNA stability and function Vol. 47, p. 113
Cardiac currents Vol. 46, p. 163 —structure function Vol. 27, p. 123
Cardiac function analysis Vol. 52, p. 101 Deoxyribonucleic acid transcription Vol. 31, p. 247
Cardiac ion channels regulation Vol. 52, p. 165 DNA-binding nonintercalating ligands Vol. 47, p. 31
Cell adhesion Vol. 27, p. 317 Donnan equilibrium Vol. 6, p. 57
Cell differentiation and Turing’s phosphorylation
field Vol. 56, p. 79
Cell division, synchronization Vol. 12, p. 1 Ear, mechanism of Vel. 8, p. 1
Cell membrane Ca2+/Mg?+ ATPase Vol. 52, p. | Electric organs Vol. 7, p. 1 ]
Cell membranes, organization Vol. 20, p. 67 Electrical field problems Vol. 20, p. 1
Cell metabolism, multienzyme synthesis Vol. 32, Electron microscopy of 2-D structures Vol. 39, p. 183
p. 103 Electron microscopy of virus Vol. 2, p. 224
Cell surface Vol. 25, p. 1 Electrophoresis of cells Vol. 16, p. 241
Cell-to-cell communication Vol. 39, p. 147 Electrophysiology Vol. 7, p. 1
Central nervous system, K+ in Vol. 42, p. 135 Electrophysiology of pancreatic B-cells Vol. 54, p. 87
Centrifugation of cell particles Vol. 9, p. 325 Electrophysiology of smooth muscle Vol. 30, p. 185
xiv SUBJECT INDEX OF TITLES OF PREVIOUS VOLUMES
Endothelial cell wall ultrastructure and permeability Isotopes, radioactive, clinical use Vol. 2, p. 20
Vol. 55, p. 47 Isotopes, radioactive, tolerance of man Vol. 1, p. 197
Energetics of nerve conduction Vol. 26, p. 147
Enzyme catalysed reaction Vol. 10, p. 115
Enzyme complexes, analysis of Vol. 53, p. 105
Lac repressor Vol. 30, p. 227
Enzyme mechanisms Vol. 20, p. 247
Lactose operon kinetics Vol. 19, p. 201
—kinetic analysis Vol. 29, p. 161 Life, origin of Vol. 21, p. 145; Vol. 54, p. 81
Enzyme mechanisms, dehydrogenases Vol. 14, p. 223 Ligand-induced distribution Vol. 36, p. 87
Enzyme systems Vol. 32, p. 103
Light scattering Vol. 9, p. 175
Enzymes, regulation of Vol. 21, p. 321 Light scattering proteins Vol. 1, p. 73
Enzymology and protein fluctuations Vol. 39, p. 109
Luminescence of proteins Vol. 28, p. 41
Epigenetics, cybernetic interactions in Vol. 16, p. 89
Lymphatic tissue Vol. 19, p. 3i1
Epithelial chloride channels Vol. 54, p. 59
Lysosomal enzymes Vol. 14, p. 105
Erythrocyte, chloride in Vol. 31, p. 145
Erythrocyte deformability, EPR study Vol. 55, p. 85
Erythrocyte membrane, water transport in Vol. 51,
p. 193 Macromolecules, biological Vol. 17, p. 217
Erythrocyte (permeability) Vol. 19, p. 427 Macromolecules, chemical electric field effects in Vol.
Evolution, chemical, molecular aggregation and_ Vol. 47, p. 197
52, p. 71 Macromolecules, computer studies of interactions Vol.
Evolution, molecular level Vol. 30, p. 1 49, p. 29
Evolution of bioenergetic processes Vol. 21, p. 145 Macromolecules, nuclear magnetic resonance of Vol.
Evolution of crystallin super gene family Vol. 51, 20, p. 187
p. 47 Macromolecules and vision Vol. 17, p. 217
Evolution of cytochromes Vol. 45, p. 1 Major histocompatibility Vol. 30, p. 83
Evolution of egg yolk proteins Vol. 53, p. 33 Mechanoreceptors Vol. 9, p. 285
Evolution of immunoglobulins Vol. 21, p. 211 Membrane, birefringence of Vol. 2, p. 1
Evolution of protein sequences Vol. 22, p. 97; Vol. Membrane, cell, Ca2+/Mg?+ ATPase Vol. 52, p. 1
38, p. 105 Membrane channels, one-ion diffusion models Vol.
Evolution of ribonuclease superfamily Vol. 51, p. 165 53, p. 153
Evolution of rDNA Vol. 51, p. 77 Membrane conductances of photoreceptors Vol. 37,
Excitation-contraction coupling (muscle) Vol. 27, p.91
p. 259 Membrane current-voltage relations Vol. 34, p. 81
Excitation of photoreceptors Vol. 19, p. 375 Membrane dynamics, lipid and protein movements
Excitation processes Vol. 6, p. 171 Vol. 54, p. 145
Excitatory amino acid receptors of Purkinje cells Vol. Membrane, erythrocyte Vol. 8, p. 241
55, p. 31 —permeability Vol. 19, p. 427; Vol. 26, p. 103
Membrane function
——interaction between components and Vol. 43,
Fluorescence microscopy Vol. 56, p. 187 p. 195
—role of plant lipids Vol. 34, p. 109
Membrane models Vol. 18, p. 29; Vol. 43, p. 195
Genome analysis Vol. 56, p. 215 Membrane, muscle Vol. 19, p. 343; Vol. 27, p. 259
Membrane, nerve Vol. 21, p. 1; Vol. 37, p. 49
Membrane noise Vol. 28, p. 189
Hexose, passive transfer system Vol. 43, p. 33 Membrane potential probes Vol. 43, p. |
Histones Vol. 12, p. 211; Vol. 18, p. 209 Membrane protein function and electroconformational
Homeotopic transformation and the origin of coupling Vol. 58, p. 1
translation Vol. 54, p. 81 Membrane structure Vol. 24, p. 1
Hydrogen bonding in globular proteins Vol. 44, p. 97 —effects of radiation Vol. 43, p. 71
—role of unsaturated lipids Vol. 53, p. 71
Membrane ultrastructure Vol. 26, p. 45
Immune reactions Vol. 19, p. 311 Membranes, active transport through Vol. 14, p. 131
—tT cells Vol. 25, p. 69 Membranes and biochemical control Vol. 36, p. 87
Immunoglobulin Vol. 21, p. 211 Membranes, cell, dynamic properties, monitoring
—biosynthesis of Vol. 25, p. 129 methods Vol. 49, p. 65
Immunoglobulins, 3D structure Vol. 31, p. 67 Membrane, cell, interfacial instability Vol. 48, p. 155
Interactions, DNA, RNA, and protein Vol. 23, p. 105 Membranes, cell, molecular organization Vol. 16,
Ion channels, peptide models Vol. 55, p. 139 p. 143; Vol. 20, p. 67
Ion transport through membranes Vol. 46, pp. 51, Membranes, divalent cations in Vol. 26, p. 1
127 Membranes, fluidity of Vol. 38, p. 1
Ionic currents (in nerves) Vol. 18, p. 97; Vol. 37, Membranes, functional properties Vol. 29, p. 3
p.49 Membranes, glycoproteins in Vol. 26, p. 189
Ionizing radiation, action on nucleic acids Vol. 13, Membranes, ion transport through Vol. 46, pp. 51,
p. 59 127
Ionizing radiation, direct action Vol. 5, p. 72 Membranes, ionic Vol. 3, p. 305; Vol. 21, p. 1; Vol.
Ionizing radiation effects on DNA Vol. 50, p. 121 29, p. 57
Ionizing radiation, effects on nucleic acid —of mitochondria Vol. 24, p. 125
synthesis Vol. 8, p. 143 —surface charge Vol. 28, p. 341
Iron-storage mechanisms Vol. 36, p. 53 Membranes, passive transport through Vol. 34, p. 197
Isohaemoglutinins Vol. 7, p. 87 Membranes, sodium channels of Vol. 45, p. 57