Subject Index
A
Acetabularia, effect of ultraviolet irradiation, 55-56, 72
enucleate cells, 55
morphogenetic substances in, 31-32
nuclear transplantation, 4, 8-10, 13
effect of various media on, 12
regenerates, differentiation, 144
mediterranean morphogenetic substances
in, 32
Acetylcholine, in blastema formation in
annelids, 173
Acicularia schenckii, morphogenetic substances in, 32
nuclear transplantation, 4, 13
Adiantum pedatum, regeneration, 149
Aeolosoma viride, regeneration, 157-159
Aeolosomatidae, nervous system and
morphogenesis, 194-196
Albumen sac, development of, 257-258
Algae, cultivation of, 50
Allolobophora, caudal regeneration, power
of, 189
endocrine role of nervous system, 203
foetida, cephalic regeneration, 174-175
icteria, caudal regeneration, endocrine
role of nervous system, 208
Ambystoma, nuclear transplantation, 2-5
punctatum, corneal morphogenesis, 85
Amoeba, differentiation, control of, 28-30
movement of protein, 32-33
of UNA, 32
nuclear transplantation, 4, 8, 9, 11, 2 3 -
24
effect of various media on, 11-12
discoïdes x A. proteus t nuclear transplantation, back transfers, 23-24
Amoeboid movement theory, in origin of
yolk sac, 253-256
Amphibia, corneal induction, 84
differentiation, control of, 30
lipovitellins in yolk, 225
liver, induction of tryptophan pyrrolase,
38
nuclear transplantation, 2-5, 22-23
to egg cytoplasm, 25-27
Aneuploidy, in Micrasterias rotata var.
evoluta, 68
'Anlagen', 113
Annelids, blastema formation, 156-187
biochemical factors in, 172-174
Annelids (contd.)
nervous system, role of, 174-185
regenerative elements, 156-172
differentiation of regeneration bud, 187194
nervous system, endocrine role of, 196209
caudal regeneration, 197-206
cephalic regeneration, 197
histophysiological bases, 206-209
inductive power of, 185-187
and morphogenesis, 194-196
regeneration, 155-215
caudal, differentiation, 187-189
role of nervous system, 174-185
cephalic, differentiation, 189-194
role of nervous system, 174-185
regeneration bud, differentiation, 187194
Anterior epithelium, cytogenesis of, 85-86
functions, 86-87
in corneal morphogenesis, 85-87
Apical dominance, in higher plants, 114
in lower plants, 113-114, 115-116
Apis mellifera, nuclear transplantation, 4
Aradiate cells, in Micrasterias, 54-55
Ascaris, chromosome changes in development, 34
Atrichum undulatum, regeneration, effect
of leaf age on, 125
location, 133, 134
Aulophorus, effect of X-rays on neoblasts,
164
Auxin, in apical dominance, 114, 115, 116
reaction with kinetin, and lateral bud
reactivation, 142
Avenu, effect of indoleaceticacidand indoleacetronitrile on cell elongation, 116
B
'Balbiani body', nature of, 233-234
Barbituric acid, as inhibitor of regeneration
in Eisenia foetida, 173
Bird, corneal induction, 84
morphogenesis, postepithelial layer, 88
embryo, development without yolk, 263265
explantation, 263-264
replacement in situ, 265
Blastema, formation of, in annelids, 156187
280
A
Acetabularia, effect of ultraviolet irradiation, 55-56, 72
enucleate cells, 55
morphogenetic substances in, 31-32
nuclear transplantation, 4, 8-10, 13
effect of various media on, 12
regenerates, differentiation, 144
mediterranean morphogenetic substances
in, 32
Acetylcholine, in blastema formation in
annelids, 173
Acicularia schenckii, morphogenetic substances in, 32
nuclear transplantation, 4, 13
Adiantum pedatum, regeneration, 149
Aeolosoma viride, regeneration, 157-159
Aeolosomatidae, nervous system and
morphogenesis, 194-196
Albumen sac, development of, 257-258
Algae, cultivation of, 50
Allolobophora, caudal regeneration, power
of, 189
endocrine role of nervous system, 203
foetida, cephalic regeneration, 174-175
icteria, caudal regeneration, endocrine
role of nervous system, 208
Ambystoma, nuclear transplantation, 2-5
punctatum, corneal morphogenesis, 85
Amoeba, differentiation, control of, 28-30
movement of protein, 32-33
of UNA, 32
nuclear transplantation, 4, 8, 9, 11, 2 3 -
24
effect of various media on, 11-12
discoïdes x A. proteus t nuclear transplantation, back transfers, 23-24
Amoeboid movement theory, in origin of
yolk sac, 253-256
Amphibia, corneal induction, 84
differentiation, control of, 30
lipovitellins in yolk, 225
liver, induction of tryptophan pyrrolase,
38
nuclear transplantation, 2-5, 22-23
to egg cytoplasm, 25-27
Aneuploidy, in Micrasterias rotata var.
evoluta, 68
'Anlagen', 113
Annelids, blastema formation, 156-187
biochemical factors in, 172-174
Annelids (contd.)
nervous system, role of, 174-185
regenerative elements, 156-172
differentiation of regeneration bud, 187194
nervous system, endocrine role of, 196209
caudal regeneration, 197-206
cephalic regeneration, 197
histophysiological bases, 206-209
inductive power of, 185-187
and morphogenesis, 194-196
regeneration, 155-215
caudal, differentiation, 187-189
role of nervous system, 174-185
cephalic, differentiation, 189-194
role of nervous system, 174-185
regeneration bud, differentiation, 187194
Anterior epithelium, cytogenesis of, 85-86
functions, 86-87
in corneal morphogenesis, 85-87
Apical dominance, in higher plants, 114
in lower plants, 113-114, 115-116
Apis mellifera, nuclear transplantation, 4
Aradiate cells, in Micrasterias, 54-55
Ascaris, chromosome changes in development, 34
Atrichum undulatum, regeneration, effect
of leaf age on, 125
location, 133, 134
Aulophorus, effect of X-rays on neoblasts,
164
Auxin, in apical dominance, 114, 115, 116
reaction with kinetin, and lateral bud
reactivation, 142
Avenu, effect of indoleaceticacidand indoleacetronitrile on cell elongation, 116
B
'Balbiani body', nature of, 233-234
Barbituric acid, as inhibitor of regeneration
in Eisenia foetida, 173
Bird, corneal induction, 84
morphogenesis, postepithelial layer, 88
embryo, development without yolk, 263265
explantation, 263-264
replacement in situ, 265
Blastema, formation of, in annelids, 156187
280