SUBJECT INDEX
443
site of synthesis, 53, 54
Iodine metabolism, 253-259
Islet tissue, see also Insulin, Pancreas
age and, 296,297
alloxan and, 299-301
cytology, 279
cytotoxins and, 299-302
enzymes of, 293-295
exogenous hormones on, 302-305
histophysiology, 279-287
metabolic pathways of, 293
migration and, 297
physiology of, 296-305
seasonal changes in, 296, 297
Isotocin, 59, 63, 72, 121
structure of, 121
IT, see Isotocin
K
Knowles Type A and B fibers, 59, 60, 65
1
Lead hematoxylin, 18, 20, 21, 33
LH, see Luteinizing hormone
Luteinizing hormone, 4, 41
Lysine vasopressin, 121
Lysosomes, 40
M
MCH, see Melanophore-concentrating
hormone
Melanin, 55, 82, 83
Melanogenesis, 218
Melanophore-concentrating hormone, 53
Melanophore-stimulating hormone, 53, see
Melanophores, 55
Mesotocin, 121
p-Methasone, 121
Methylglyoxal bis ( guanylhydrazone ) , 302
Metopirone, 21, 345, 350, see also SU
Metyrapone, see SU 4885
MSH, see Intermedin
Mucous cells, 219, 220
N
also Intermedin
4885
Neurohypophysis, see also Oxytocin,
Vasopressin, etc.
actions of principles in brachiopterygin chondrosteans, 152
in cyclostomes, 122-126, 139-142,
in dipnoans, 82, 83, 184-188
in elasmobranchs, 87, 139-142
in holocephaleans, 87, 145
in holosteans, 155-156
in teleosts, 173-177
145, 148
antidiuretic principle, 120, 134, 135,
blood supply, 80, 92, 93
in brachiopterygians, 145-148
in chondrosteans, 76, 149-151
comparative morphology summary, 186,
comparative physiology, 189, 190
in cyclostomes, 91, 92, 113-126
in dipnoans, 177-182
effect of light, 64
in elasmobranchs, 87, 12f3-133
general description, 2, 58-67, 71, 73,
86, 87, 112, 113
in holocephaleans, 142-144
in holosteans, 80, 152155
metamorphosis and, 125
milk-ejection principle, 134, 135
nature of principles in brachiopteryg139
187
ians, 148
in chondrosteans, 151, 152
in dipnoans, 182-184
in elasmobranchs, 134-139
in holocephaleans, 144, 145
in holosteans, 155
in teleosts, 170-173
nucleus preopticus fibers and, 71, 72
osmotic-ionic regulation and, 61, 62,
123, 139, 173, 174, 184, 185
oxytocic principle, 119, 120, 134, 135
primary longitudinal plexus, 68
reproduction and, 63, 125, 176, 177
staining techniques, 59
stress on, 62
structure of hormones, 121
system of Follenius, 68
in teleosts, 158-170
TSH activity in, 245, 246
vasopressor principle, 119, 140
Neurophysin, 172, 173
Neurointermediate lobe, 86, 133, 135, 144
Neurosecretions, 161, 166, 167, 401407,
ians, 148
412
443
site of synthesis, 53, 54
Iodine metabolism, 253-259
Islet tissue, see also Insulin, Pancreas
age and, 296,297
alloxan and, 299-301
cytology, 279
cytotoxins and, 299-302
enzymes of, 293-295
exogenous hormones on, 302-305
histophysiology, 279-287
metabolic pathways of, 293
migration and, 297
physiology of, 296-305
seasonal changes in, 296, 297
Isotocin, 59, 63, 72, 121
structure of, 121
IT, see Isotocin
K
Knowles Type A and B fibers, 59, 60, 65
1
Lead hematoxylin, 18, 20, 21, 33
LH, see Luteinizing hormone
Luteinizing hormone, 4, 41
Lysine vasopressin, 121
Lysosomes, 40
M
MCH, see Melanophore-concentrating
hormone
Melanin, 55, 82, 83
Melanogenesis, 218
Melanophore-concentrating hormone, 53
Melanophore-stimulating hormone, 53, see
Melanophores, 55
Mesotocin, 121
p-Methasone, 121
Methylglyoxal bis ( guanylhydrazone ) , 302
Metopirone, 21, 345, 350, see also SU
Metyrapone, see SU 4885
MSH, see Intermedin
Mucous cells, 219, 220
N
also Intermedin
4885
Neurohypophysis, see also Oxytocin,
Vasopressin, etc.
actions of principles in brachiopterygin chondrosteans, 152
in cyclostomes, 122-126, 139-142,
in dipnoans, 82, 83, 184-188
in elasmobranchs, 87, 139-142
in holocephaleans, 87, 145
in holosteans, 155-156
in teleosts, 173-177
145, 148
antidiuretic principle, 120, 134, 135,
blood supply, 80, 92, 93
in brachiopterygians, 145-148
in chondrosteans, 76, 149-151
comparative morphology summary, 186,
comparative physiology, 189, 190
in cyclostomes, 91, 92, 113-126
in dipnoans, 177-182
effect of light, 64
in elasmobranchs, 87, 12f3-133
general description, 2, 58-67, 71, 73,
86, 87, 112, 113
in holocephaleans, 142-144
in holosteans, 80, 152155
metamorphosis and, 125
milk-ejection principle, 134, 135
nature of principles in brachiopteryg139
187
ians, 148
in chondrosteans, 151, 152
in dipnoans, 182-184
in elasmobranchs, 134-139
in holocephaleans, 144, 145
in holosteans, 155
in teleosts, 170-173
nucleus preopticus fibers and, 71, 72
osmotic-ionic regulation and, 61, 62,
123, 139, 173, 174, 184, 185
oxytocic principle, 119, 120, 134, 135
primary longitudinal plexus, 68
reproduction and, 63, 125, 176, 177
staining techniques, 59
stress on, 62
structure of hormones, 121
system of Follenius, 68
in teleosts, 158-170
TSH activity in, 245, 246
vasopressor principle, 119, 140
Neurophysin, 172, 173
Neurointermediate lobe, 86, 133, 135, 144
Neurosecretions, 161, 166, 167, 401407,
ians, 148
412