SUBJECT INDEX
285
Plants, higher, apical dominance, 114
lower, regeneration, 111-153
differentiation of regenerates, 144150
embryonization of mature cells,
116-144
correlations in differentiation,
138-144
location of regeneration, 133-138
relation of age to change, 125-133
structural and metabolic changes,
117-125
of quiescent embryonic centres,
113-116
polyploidy, 33
Platynereis assiliensis, caudal regeneration,
endocrine role of nervous system, 198
dumerilii, effect of prostomium on caudal
regeneration, 201-202
Pleurodeles, nuclear transplantation, 2-5
Pleurotaenium, polyploidy, 65
production of binucleate cells, 58
Polychaetes, caudal regeneration, endocrine role of nervous system, 197-206
cephalic regeneration, morphogenesis,
190
endocrine role of nervous system, 197
Polydora ciliata, caudal regeneration,
power of, 189
flava, 173
caudal regeneration, 172
power of, 189
cephalic regeneration, morphallaxis,
193-194
morphogenesis, 190
power of, 192
Polyploidy, in Cloeterium malinvemianum,
65
in Micrasterias, 65-68
in Pleurotaenium, 65
Polytrichum
attentuatum,
regeneration,
location, 133-134
Postepithelial layer, in corneal morphogenesis, 87-89
composition and structure, 88-89
Posterior epithelium, in corneal morphogenesis, 99
Protein, in hen's egg yolk, 222-224
movement of, in Amoeba, 32-33
Proteinases, activity in yolk, during incubation, 261-262
Pteris longifolia, regeneration, effect of
indoleacetic acid, 141
vittata, regeneration, from single gametophyte cells, 130-132
Pterosyllis formosa, caudal regeneration,
power of, 188-189
R
Rabbit, corneal dehydration, 101
transparency, 100
Bana, nuclear transplantation, 2-4, 22
nigromaculata nigromaculata and R. nigromaculata
brevipoda,
reciprocal
nuclear transplants, 30
pipiens, lipovitellin in yolk, 225
nuclear transplantation, 5, 24
effect of various media on, 11
embryonic development, 14-19
increase in nuclear volume, 25
stable gene change, 35
and R. sylvatica, nuclear transplantation, back transfers, 22
Rat, corneal growth, 103
morphogenesis, anterior epithelium,
85
postepithelial layer, 88
liver, induction of tryptophan pyrrolase,
38,39
Regeneration, in annelids, 155-215
in lower plants, 111-153
Rhynchelmis, caudal regeneration, 175
Ribonuclease, effect on differentiation in
Micrasterias, 74
Riella, metabolic changes during embryonization, 124-125
regeneration, effect of indoleacetic acid,
141-142
effect of tissue age on, 125,127,128
rhizoid, and cell proliferation, 132-133
helicophylla, cytological changes during
embryonization, 118-121
effect of light on ageing, 129-130
regeneration, correlative, inhibition
136-138, 140-141
location, 135-136
RNA, movement of, in Amoeba, 32
synthesis, and blastema formation in
annelids, 172-174
by chick blastoderms, 264
gene controlled, suppression by histone
proteins, 39-40
S
Sabella pavonina, cephalic regeneration,
morphallaxis, 193
Saccocirrus papillocercus, caudal regeneration, morphallaxis, 189
power of, 189
Salmacina, caudal regeneration, power of,
189
incrustans, cephalic regeneration, 172
power of, 192
Salmo irridaeus, lipovitellin in yolk, 225
Saurospida, corneal induction, 84
285
Plants, higher, apical dominance, 114
lower, regeneration, 111-153
differentiation of regenerates, 144150
embryonization of mature cells,
116-144
correlations in differentiation,
138-144
location of regeneration, 133-138
relation of age to change, 125-133
structural and metabolic changes,
117-125
of quiescent embryonic centres,
113-116
polyploidy, 33
Platynereis assiliensis, caudal regeneration,
endocrine role of nervous system, 198
dumerilii, effect of prostomium on caudal
regeneration, 201-202
Pleurodeles, nuclear transplantation, 2-5
Pleurotaenium, polyploidy, 65
production of binucleate cells, 58
Polychaetes, caudal regeneration, endocrine role of nervous system, 197-206
cephalic regeneration, morphogenesis,
190
endocrine role of nervous system, 197
Polydora ciliata, caudal regeneration,
power of, 189
flava, 173
caudal regeneration, 172
power of, 189
cephalic regeneration, morphallaxis,
193-194
morphogenesis, 190
power of, 192
Polyploidy, in Cloeterium malinvemianum,
65
in Micrasterias, 65-68
in Pleurotaenium, 65
Polytrichum
attentuatum,
regeneration,
location, 133-134
Postepithelial layer, in corneal morphogenesis, 87-89
composition and structure, 88-89
Posterior epithelium, in corneal morphogenesis, 99
Protein, in hen's egg yolk, 222-224
movement of, in Amoeba, 32-33
Proteinases, activity in yolk, during incubation, 261-262
Pteris longifolia, regeneration, effect of
indoleacetic acid, 141
vittata, regeneration, from single gametophyte cells, 130-132
Pterosyllis formosa, caudal regeneration,
power of, 188-189
R
Rabbit, corneal dehydration, 101
transparency, 100
Bana, nuclear transplantation, 2-4, 22
nigromaculata nigromaculata and R. nigromaculata
brevipoda,
reciprocal
nuclear transplants, 30
pipiens, lipovitellin in yolk, 225
nuclear transplantation, 5, 24
effect of various media on, 11
embryonic development, 14-19
increase in nuclear volume, 25
stable gene change, 35
and R. sylvatica, nuclear transplantation, back transfers, 22
Rat, corneal growth, 103
morphogenesis, anterior epithelium,
85
postepithelial layer, 88
liver, induction of tryptophan pyrrolase,
38,39
Regeneration, in annelids, 155-215
in lower plants, 111-153
Rhynchelmis, caudal regeneration, 175
Ribonuclease, effect on differentiation in
Micrasterias, 74
Riella, metabolic changes during embryonization, 124-125
regeneration, effect of indoleacetic acid,
141-142
effect of tissue age on, 125,127,128
rhizoid, and cell proliferation, 132-133
helicophylla, cytological changes during
embryonization, 118-121
effect of light on ageing, 129-130
regeneration, correlative, inhibition
136-138, 140-141
location, 135-136
RNA, movement of, in Amoeba, 32
synthesis, and blastema formation in
annelids, 172-174
by chick blastoderms, 264
gene controlled, suppression by histone
proteins, 39-40
S
Sabella pavonina, cephalic regeneration,
morphallaxis, 193
Saccocirrus papillocercus, caudal regeneration, morphallaxis, 189
power of, 189
Salmacina, caudal regeneration, power of,
189
incrustans, cephalic regeneration, 172
power of, 192
Salmo irridaeus, lipovitellin in yolk, 225
Saurospida, corneal induction, 84