Subject Index

Acetylcholinesterase 4, 18,22,33,34,36 N-acetyl-B-D-glucosaminidase 4, II, 20,35 adenosine-5' -diphosphate, effects of 14, 24, 28 adenosine-5' -triphosphatase, Mg++ -dependent 3, 14,

22 adrenal cortex, G6P-DH activity of 27 alcian blue staining 2, 7 aldehyde-thionin staining 2 aldolase 3,12,27 amy tal 16, 32 anaerobic glycolysis I, 31, 36 apocrine secretion 3 I, 35 artifacts 22, 24 astrocytes 21,35,36

Basal secretion I, 3 I blind reaction 7 blood vessels 21,27 Bock's method: see chrome alum-gallocyanin stain

Capillaries 20, 2 I, 22, 35 carbonic anhydratase 4, 20 cartilage, UDPG-DH activity of 10 cell organelles, marker enzymes of 16, 32 cell processes 20, 2 I, 22 cerebellum 8, 12,23 p-chloromercuribenzoic acid 16, 32 cholinesterase 4,18,22,33 chrome alum-gallocyanin staining 2,5,6,7,21,30 - alum-hematoxylin-phloxin staining 2 citric acid cycle 14, 16 - - -,enzymesofI2 - - -, metabolic role of 28, 29 coenzymes, concentration of 2, 23 -, diffusion of 23 colloidal iron reaction 2, 7 commissure, posterior I, 5,21,22 concentration of enzymes 23 - - formazan 2, 10 - - intermediates 10, 23 control reactions 3,7,23 coupled enzyme assays 2, 8, 23 cyanide, effect of 8, 23, 24 cytochrome bs 33 cytochrome c 14 cytochrome oxidase 3, II, 14,22 - -, inhibitors 0{z3, 24 cytochrome P-450 33 cytosolic enzymes 16

DDD-reaction 2,7, 30 dense bodies 35 detoxifying function of the seQ 33 diffusion of coenzymes 23, 24 - - formazan 8, 10, 12,22,23 - - soluble enzymes 2, 23

discharge of secretory material 30 DNFB-reaction 2,7 dorsal crest 5, 22

Embden-Meyerhof-pathway 12 endogenous coenzymes 7 - snbstrates 7 endoplasmic reticulum 6,16,22,29,30,31,32,33 energy expenditure I - requiring lock 30 - snpply 36 - supplying metabolism I, 8, 16,29,32,33,36 enzymatic organization I, 32, 36 - -, common characteristics of 25 - -, species variations of 3 I - - of the ciliated ependyma 29 - - - - choroid plexus 29 - - - - ependymal part 7, 25 - - - - hypendymal part 20, 35 enzyme activities in homogenates and sections,

relation of 25 ependymal part of the SeQ I - - - - -, enzymatic organization 7, 25 - - - - -, structural organization 5, 3 I ependyma of the choroid plexus 8, 10, I I, 12, 14, 20,

29,3 1,36 - - - 3rd ventricle, ciliated 8,10-12,14,16,19,20,

29,31,36 esterase, E 600-resistent 4, 20 exocytosis 3 I

Fatty acid oxidation 29 formazan of NBT 7 - - TNBT7 -, diffusion of 8, 10, 12,22,23 -, precipitates of 7, 12, 24 -, substantivity of 3, 7 fructose-I,6-diphosphatase 3,12,28 fructose-6-phosphate kinase 3, 7, 8, II, 12,27

Gallocyanin-chromalum staining 2 gel media 2, 23 glial cells I, 18,20,35 gluconeogenesis 26 glucose metabolism 8 - phosphorylation 8 glucose-6-phosphatase 3,10, II, 16, 18,20,22,25,

31,32

-, regulatory role of 26 glucose-6-phosphate dehydrogenase 3,7, 8, 10, II,

21,22,27,35 - - as model 2, 23 , -, importance of 35

B-glucuronidase 4, 20 glucuronyl transferase 33 glutamate dehydrogenase 3, 14, 22, 35

Enzymatic Organization of the Subcommissural Organ . 49

glycerolphosphate cycle 28 glycerol-3-phosphate dehydrogenase 3, II, 14,22 - -, NAD-dependent 3,14 glyceraldehyde-3-phosphate dehydrogenase 3, II,

12,27 glycogen 3,8,10, II, 21, 22, 26,35 - as a fuel store 26 - metabolism 8,10,12,35 - -,enzymesof25,27 - -, importance of 27 - synthetase 3,8, 10, II, 21, 22, 25 glycogenolysis 29 glycolysis 8, 29, 3 I - as energy supply 28 -, rate limiting steps of 27 glycolytic enzymes 12, 22, 23, 31, 35 - phosphorylation 30 glycoproteins I, 27, 34 glycosyl transferases 34 Golgi complex 16, 18, 20, 30, 33, 34, 35

Hexokinase 3,8,10, II, 12, 14,22,31 -, function of 26 hydrolytic enzymes 18 - hydroxy acid oxidase 24 3-hydroxybutyrate dehydrogenase 3, II, 14,22,35 hypendymal part of the seo I, 8, II, 12,35 - - - - -, enzymatic organization of 21 - - - - -, secretory cells of 21,35 - - - - -, structural organization 20,21

Indentations of nuclei 5, 3 I inosine-5'-diphosphatase 4, II, 18, 19,25 intermediate electron carriers 23 intracellular transport 30, 34 intrinsic activities of auxiliary enzymes 24 isocitrate dehydrogenase, NAD-dependent 3,7,8,

II, 12, 14,21,22 - - - -, metabolic role of 28 - -, NADP-dependent 3, II, 16,22 - - - -, possible metabolic significance 28, 29

Ketone body oxidation 29 kidney, FDPase activity 12 -, UDPG-DH activity 10

Lactate dehydrogenase 3, II 12" 3 I - - as model 2, 23 - -, regulatory role of27 - - subunits 3, II, 12 - - -, metabolic significance of 27 Lampetra planeri I liver, FDPase activity 12 -, NAD-dependent GPDH activity of 14 -, UDPG-DH activity of 10 lysosomalenzymes2,20,22 lysosomes 16, 20, 30, 31 34, 35

Malate dehydrogenase, NAD-dependent 3,14,16, 22

- -,NADP-dependent3, II, 16,22 - -, metabolic significance of 28 malate shuttle 28 marker enzymes 16, 18,34,36 metabolic differentiation I, 29, 36 - - and secretory activity 29 - -, species differences of 3 I microbodies 24 microsomal electron transport 32,33 mitochondria 7, 8, 10, 12, 14, 16,22,29, 30, 3 I mitochondrial enzymes 8,12,14,16,22,23,24,31,

35 monoamine oxidase 3,14 mono-oxygenase system 33 muscle, FDPase activity of 12

NADH-dehydrogenase 3,8, II, 14, 16,22 - -, endogenous activity of 23 - -, subcellular localization of 16, 32, 33 NADPH-dehydrogenase 3,8,10, II, 16, 18,21,22 - -, microsomal localization of 32, 33, 36 NET, formazan precipitates of 7 -, components of 7 nerve cells 18, 33 neuropil 8, II, 14,20,22,23,28,35 nitrogen, effect of 8, 25 non-specific reactions 7, 10, 18,20 nothing-dehydrogenase 3,7,8,23,24 nuclei 5, 7, 21, 3 I nucleoli 5, 20, 21, 31 nucleoside diphosphatase 4,18,20,22,33,34

Oligodendroglia 21, 35, 36 oxidative phosphorylation 30

Parts of the seo, medial and lateral 5, 6, 10, 12, 18, 35

PAS-reaction I - -, staining of secretory substance by 7, 30, 34 pentose phosphate shunt 8, 10, 12

- -, metabolic role of 27 phenazine methosuIfate 8,10,23,24 phosphatase, conversion of NADP by 24 -, acid 4, II, 18,20,25,35 -, alkaline 4, 20 phosphoglucomutase 3, 7, 8, 10 phospho glucose isomerase 3, 12, 27 6-phosphogluconate dehydrogenase 3,10,22 phosphorylase 3,8,10, II, 22, 25 polyvinyl alcohol 2, 8, 23 positive effectors 24 protein synthesis 29 protrusions, cytoplasmic apical 6, 18,20,31,35 pseudoisocyanin 2, 7

50 . WOLFGANG KOHL

Rana temporaria L. I

Reissner's fibre I, 7 RNA content 5, 21, 30, 31 rotenone 16

Secretory activity 29, J2, 34, 35 - -, species differences in 3 I, 32 - granules 6, 30, J2 - material, distribution of 5, 6, 32 - -, reactions of 7, 30 - process 35 - -, control of 3 I section thickness, importance of 23 semipermeable membranes 23 structural organization, species differences of 5, 3 I structure-bound enzymes I, 16, 32 substantivity 7,23,24 substrate free media 7, 24 succinate dehydrogenase 3, 7, 8, II, 12, 14,22,28 sulfatase 4, 20

Tetrazolium salts as electron acceptors 7, J2 - -, composition of 7 - -, concentration of 2, 10, 23 - -, substantivity of 3,7,23,34 thiamine pyrophosphatase 4, II, 18, 19, 20, 22, 25, 34 thin-layer chromatography 7 TNBT, formazan precipitates of 7 -, components of 7 -, concentration of 10 topographical regions of the sea 5, 7 transhydrogenase 24 tricarboxylic acid cycle 16

Uridine-5' -diphosphoglucose dehydrogenase 3, ro, 27

- pyrophosphorylase 3,7,8, ro, 27

Vascular supply 21