284
SUBJECT INDEX
Micrasterias (contd.)
uniradiate cells, 52, 54, 75
eudanensiSy 46
thomasiana, effect of continuous illumination, 60--62
of ultraviolet irradiation, 56, 69
nucleolus, 47
uniradiate form, 75
var. notata, chromosome number, 46
uniradiate cells, 52-54, 75-77
torreyi, effect of continuous illumination,
60
uniradiate cells, 54, 75
Mitochondria, role in yolk sphere formation,
236
Morphogenesis, in Micrasterias, 45-80
of cornea, 81-109
Moss, gametophore, reactivation, 115-116
Mouse, corneal morphogenesis, anterior
epithelium, 85
Myxicola aesthetica, inductive power of
nervous system, 186-187
N
Nais enlinguiSy 162-163
Paraguay ensiSy effect of iodoacetic acid
on regeneration, 174
neoblast migration, 164
NephtySy phagocytosis 167
regeneration, 160
caudal, 172
Nereis, caudal regeneration, 175, 177
œstaey caudal regeneration, endocrine
role of nervous system, 198
diversicolovy regeneration, 157, 159-160,
161
caudal regeneration, endocrine role of
nervous system, 198-203, 204-206
morphogenesis, 187-188
effect of X-rays on neoblasts, 164,
166-167
neurosecretory cells, 204-205
regeneration, 166-172
massiliensiSy posterior regeneration, 172
Nervous system, and caudal regeneration,
in annelids, 174-185
and cephalic regeneration, in annelids,
174-175
annelids, and morphogenesis, 193-194
endocrine role of, 196-209
inductive power, in annelids, 185-187
role of, in blastema formation in annelids, 174-185
Netrium digitus t chromosome number, 46
Neurospora y nuclear transplantation, 7-8,9
cra8sa f nuclear transplantation, 4
Nitella, differentiation, 78
Nucleus, control of differentiation by, 28-30
reversible changes in, 25-28
transplantation, 1-43
in Acetabularia, 8-10
in Amoebay 8, 10, 11
in Amphibia, 2-5
in insects, 5-7
in Neurospora, 7-8, 9
in Stentor, 10
intracellular communication, 31-33
reversible changes in, 25-28
stable changes in, 14^24
techniques, 2-14
with cytoplasm, 2-10
O
Oligochaetae, caudal regeneration, endocrine role of nervous system, 203
cephalic regeneration, endocrine role of
nervous system, 197
morphogenesis, 190
granule synthesis, 204
Oogenesis, before hen's egg yolk formation,
232-241
during hen's egg yolk formation, 241243
Ovo-livetin, see Livetin
Ovo-vitellin, see Vitellin
Parameciuniy differentiation, 79
macromolecular differentiation, 36-37
Paramutation, 35
Pellia f cytological changes during embryo·
nization, 118
Periblast theory, in origin of hen's egg yolk
sac, 252-253
Perinereis cultrifera, caudal regeneration,
endocrine role of nervous system, 198,
199
Phagocytosis, of yolk during incubation,
244
Phasmidae, granule synthesis, 204
Pheretima communissima, ventral ganglia,
181-182
Phlebodium aureum, regeneration, 149-150
Phosvitin, in hen's egg yolk, 224
Physcomitrium piriformey regeneration of
sporophyte, 146
x Funaria hygrometrica, regeneration
of sporongia, 146-149
turbinatuniy regeneration, location, 133
Pisum sativurriy apical dominance, 115
Planarians, effect of mercaptoethanol on
regeneration, 174
neoblasts, RNA content, 174
thiolprotein content, 174
SUBJECT INDEX
Micrasterias (contd.)
uniradiate cells, 52, 54, 75
eudanensiSy 46
thomasiana, effect of continuous illumination, 60--62
of ultraviolet irradiation, 56, 69
nucleolus, 47
uniradiate form, 75
var. notata, chromosome number, 46
uniradiate cells, 52-54, 75-77
torreyi, effect of continuous illumination,
60
uniradiate cells, 54, 75
Mitochondria, role in yolk sphere formation,
236
Morphogenesis, in Micrasterias, 45-80
of cornea, 81-109
Moss, gametophore, reactivation, 115-116
Mouse, corneal morphogenesis, anterior
epithelium, 85
Myxicola aesthetica, inductive power of
nervous system, 186-187
N
Nais enlinguiSy 162-163
Paraguay ensiSy effect of iodoacetic acid
on regeneration, 174
neoblast migration, 164
NephtySy phagocytosis 167
regeneration, 160
caudal, 172
Nereis, caudal regeneration, 175, 177
œstaey caudal regeneration, endocrine
role of nervous system, 198
diversicolovy regeneration, 157, 159-160,
161
caudal regeneration, endocrine role of
nervous system, 198-203, 204-206
morphogenesis, 187-188
effect of X-rays on neoblasts, 164,
166-167
neurosecretory cells, 204-205
regeneration, 166-172
massiliensiSy posterior regeneration, 172
Nervous system, and caudal regeneration,
in annelids, 174-185
and cephalic regeneration, in annelids,
174-175
annelids, and morphogenesis, 193-194
endocrine role of, 196-209
inductive power, in annelids, 185-187
role of, in blastema formation in annelids, 174-185
Netrium digitus t chromosome number, 46
Neurospora y nuclear transplantation, 7-8,9
cra8sa f nuclear transplantation, 4
Nitella, differentiation, 78
Nucleus, control of differentiation by, 28-30
reversible changes in, 25-28
transplantation, 1-43
in Acetabularia, 8-10
in Amoebay 8, 10, 11
in Amphibia, 2-5
in insects, 5-7
in Neurospora, 7-8, 9
in Stentor, 10
intracellular communication, 31-33
reversible changes in, 25-28
stable changes in, 14^24
techniques, 2-14
with cytoplasm, 2-10
O
Oligochaetae, caudal regeneration, endocrine role of nervous system, 203
cephalic regeneration, endocrine role of
nervous system, 197
morphogenesis, 190
granule synthesis, 204
Oogenesis, before hen's egg yolk formation,
232-241
during hen's egg yolk formation, 241243
Ovo-livetin, see Livetin
Ovo-vitellin, see Vitellin
Parameciuniy differentiation, 79
macromolecular differentiation, 36-37
Paramutation, 35
Pellia f cytological changes during embryo·
nization, 118
Periblast theory, in origin of hen's egg yolk
sac, 252-253
Perinereis cultrifera, caudal regeneration,
endocrine role of nervous system, 198,
199
Phagocytosis, of yolk during incubation,
244
Phasmidae, granule synthesis, 204
Pheretima communissima, ventral ganglia,
181-182
Phlebodium aureum, regeneration, 149-150
Phosvitin, in hen's egg yolk, 224
Physcomitrium piriformey regeneration of
sporophyte, 146
x Funaria hygrometrica, regeneration
of sporongia, 146-149
turbinatuniy regeneration, location, 133
Pisum sativurriy apical dominance, 115
Planarians, effect of mercaptoethanol on
regeneration, 174
neoblasts, RNA content, 174
thiolprotein content, 174