320
SUBJECT INDEX
G
Galactose, and "active" transfer mechanism in dog, 199
distribution in body water, 200
distribution, insulin action on, 198
insulin transfer action on, 193-94
and phosphorylation, 198
uptake, in absence of insulin, 196
Galactose-C
14
, insulin transfer action on,
196
Galacturonic acids, insulin transfer action
on, 194
Galeopsis pubescens, 72
Galeopsis speciosa, 72
Galeopsis tetrahit, 72
Galium pumilum, ecotypes, 81
Gametes, aneuploid, 125
Gamma irradiation, and potato respiration, 241
Gastraea theory, 3
Gastrula, amphibian, 24
Gastrulation, 18n.
"Gefälle." See Gradient
Gene theory, 28
Generic relationships, measurement, 6061
Genetic barriers, and ecospecies, 82, 88
in Layia, 85, 87
Genetic complexes, breakdown, 140
and cytological polymorphisms, 113
Genetics, and classification, 49-50
and embryology, 27-30, 31
and specificity, 27
and taxonomy, 53, 76-83
Genomes, 69, 73
Genus, cohesiveness, in Layia, 86
concept, 50
Geotrupes, orientation to odors, 171
tropotaxis, 169
Geotrupes stercorarius, sensory faculties
in orientation, 168
Gerbillus, chromosome number, 130
chromosome polymorphism, 111
Germ layers, in chick blastoderm, 3n.
and regulation, 19
and specificity, 19, 27
theory, 3-4, 5, 6, 18, 23
Gerrhonotus, polymorphism, 122
Geum, 80, 90
Gilia, taxonomy, 91
Ginkgoales, 61
Gluconeogenesis, in liver, 200
Glucose, and liver uptake of sugar, 188
nitrogen excretion and ketonemia, effect on, 189
oxidative anabolism, 234
permeability constant for entry in rabbits, 195
transfer system, effect of insulin on,
192-93, 197, 199, 200
transfer system, organs and tissues, 201
uptake, effect of insulin on, 190
utilization, effect of insulin on, 191,
192
utilization, and fat formation, 190
Glucose-6-phosphatase system, 202-203
Glucose-l-phosphate, 202-203
Glucose-6-phosphate, 202, 204, 216
formation, effect of insulin on, 191
oxidation, 285
Glucuronic acids, insulin transfer action
on, 194
Glutathione, 234
as electron carrier, 284-85
rate of synthesis, 189
Glyceraldehyde phosphate, 219
dehydrogenase, 235
Glycogen, breakdown, 190, 203, 204
deposition, effect of insulin on, 188,
189, 190
formation, 203
liver, 202, 203
Glycolic acid oxidase, 233, 284
Glycolysis, 219, 235, 282
and phosphorylation, 221, 225
stimulation, 236, 237
Glyoxylic acid reductase, 284
Gossyparia spuria, chromosome number,
133
Gossypium, genomes, 73
origin, 73
GraciUaria syringeUa, 155
Gradient concept, 10, 13-14, 15, 20
see also Axial gradient
Gradient-fields, 12
Grafting. See Transplantation
Gramineae, 55, 62
polyploidy, 68
SUBJECT INDEX
G
Galactose, and "active" transfer mechanism in dog, 199
distribution in body water, 200
distribution, insulin action on, 198
insulin transfer action on, 193-94
and phosphorylation, 198
uptake, in absence of insulin, 196
Galactose-C
14
, insulin transfer action on,
196
Galacturonic acids, insulin transfer action
on, 194
Galeopsis pubescens, 72
Galeopsis speciosa, 72
Galeopsis tetrahit, 72
Galium pumilum, ecotypes, 81
Gametes, aneuploid, 125
Gamma irradiation, and potato respiration, 241
Gastraea theory, 3
Gastrula, amphibian, 24
Gastrulation, 18n.
"Gefälle." See Gradient
Gene theory, 28
Generic relationships, measurement, 6061
Genetic barriers, and ecospecies, 82, 88
in Layia, 85, 87
Genetic complexes, breakdown, 140
and cytological polymorphisms, 113
Genetics, and classification, 49-50
and embryology, 27-30, 31
and specificity, 27
and taxonomy, 53, 76-83
Genomes, 69, 73
Genus, cohesiveness, in Layia, 86
concept, 50
Geotrupes, orientation to odors, 171
tropotaxis, 169
Geotrupes stercorarius, sensory faculties
in orientation, 168
Gerbillus, chromosome number, 130
chromosome polymorphism, 111
Germ layers, in chick blastoderm, 3n.
and regulation, 19
and specificity, 19, 27
theory, 3-4, 5, 6, 18, 23
Gerrhonotus, polymorphism, 122
Geum, 80, 90
Gilia, taxonomy, 91
Ginkgoales, 61
Gluconeogenesis, in liver, 200
Glucose, and liver uptake of sugar, 188
nitrogen excretion and ketonemia, effect on, 189
oxidative anabolism, 234
permeability constant for entry in rabbits, 195
transfer system, effect of insulin on,
192-93, 197, 199, 200
transfer system, organs and tissues, 201
uptake, effect of insulin on, 190
utilization, effect of insulin on, 191,
192
utilization, and fat formation, 190
Glucose-6-phosphatase system, 202-203
Glucose-l-phosphate, 202-203
Glucose-6-phosphate, 202, 204, 216
formation, effect of insulin on, 191
oxidation, 285
Glucuronic acids, insulin transfer action
on, 194
Glutathione, 234
as electron carrier, 284-85
rate of synthesis, 189
Glyceraldehyde phosphate, 219
dehydrogenase, 235
Glycogen, breakdown, 190, 203, 204
deposition, effect of insulin on, 188,
189, 190
formation, 203
liver, 202, 203
Glycolic acid oxidase, 233, 284
Glycolysis, 219, 235, 282
and phosphorylation, 221, 225
stimulation, 236, 237
Glyoxylic acid reductase, 284
Gossyparia spuria, chromosome number,
133
Gossypium, genomes, 73
origin, 73
GraciUaria syringeUa, 155
Gradient concept, 10, 13-14, 15, 20
see also Axial gradient
Gradient-fields, 12
Grafting. See Transplantation
Gramineae, 55, 62
polyploidy, 68