Key word index

KEY WORD INDEX Al neurons 443 Accessory olfactory bulb 349, 1063 Acetylcholine 2 13, 729 ACTH, analog 507 Action potential 601 Adenylyl cyclase 259 Adrenal medulla 1145 /?-Adrenoceptors 1031 Adult 855, 871 African Green monkey 633 Allodynia 1091 ALS 761 4Aminopyridine 2 13 a-Amino-3-hydroxy-5-methylisoxaxole-4-proprionate AMPA receutor 691 Amperomet& 833 Amygdala 37, 747 Angiotensin 133 Anoxia 27 Anterodorsal nucleus 555 Anterograde tracing 65 1 Anterograde tract tracing 55 Apoptosis 3 13 Arachidonic acid 17 Artenial blood pressure 193 Astrocytes 845, 855, 871, 989 Autonomic 77, 477 Autoradiography 797 Axon 27 Axon growth 773 Axon terminal 77 Axonal transport 489 Axonal varicosity 937

Choline-U-acetyltransferase activity 157 Chromafhn cells 833 Chronic experimental allergic encephalomyelitis 507 Circadian 533 Coenxyme Q,,, 1043 Conditioning 147 Confocal laser scanning microscopy 1121 Confocal microscoov 1005. 1133 Cortex 949 ‘_ ’ Cortical activation 567 Cortical deafferentation 157 Craving 4 11 Cryoculture 773 Culture 1005 Current-clamp 1121 Cyclic AMP 1031 Cytokines 1, 1091 Cytoplasmic dynein 1133

327

D-mannitol 1121 Defence reaction 193 Degeneration 1111 Demyelihating disorder 507 Dendritic spine 167 Dendritic spines 1005 Dendrototin-K 613 Denolarizine rectification 625 De&or 333 Development 213, 355 Diaxoxide 709 Differentiation 845 Dil IO05 DNQX 157 Docosahexaenoic acid 17 L-DOPA 903 Dopamine 179, 383, 729, 913 Dopamine neurons 411 Dorsal root ganglion 221, 787 Dorsal vagal-nucleus 119 Double immunolabellina 489 Drug dependence 701 ” DTG 977 Djllorphin 671 Dysphoria 411 Dystonia 927 Dystrophin 787 D, agonists 157

Basal ganglia 383, 397, 721, 729, 927 BDNF 761 Bioassay 773 Bladder innervation 337 Brain 1037 Brain inflammation 885 Brain slice 533 Brain transplantation 845 Brain-derived neurotrophic factor 179 Brainstem 443, 1049 Brainstem slices 119 Bridge grafts 913 c-fos 1049 CA1 pyramidal neuron 625 Calcitonin gene-related peptide (8-37) 523, 1095 Calcitonin gene-related peptide 1095 Calcium 581, 855, 871 Calcium current 1073 Calcium ions 833 Calcium-dependent 3 13 Capsaicin 265, 285 Cardiovascular 77 Catecholamine 833 Cell culture 845 Cell lineage 601 Cellular compartmentation 89 Cerebellum 89, 461 Cerebral cortex 37 Cerebral ischemia 17 CGMP 747 CGBP 243 Chemotaxis 885 Cholera toxin B subunit 443 Choline acetyltransferase 567, 937

Edema 589 Electron microscopy 489, 937 Electrophysiology977 Endorohin recevtor 671 Endot&ns 67i Endothelins 1049 Energy metabolism 855 Entrainment 533 Enzyme histochemistry 903 Epilepsy 461, 543 Epilepsy model 625 Ethanol.41 I Excitatory amino acids 543, 949 Excitotoxicity 1043 Excitotoxin lesions 701 Exocytosis 833 Expression 1037 Extracellular matrix 773 Fibroblast growth factor-4 913 Fibronectin 773

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Firing patterns 391 Fluoro-Gold 443 Focal cerebral ischaemia 1 Food intake behavior 135 Forebrain 1049 Frameshift mutation 1025 Free radicals 1043 Frontal cortex 55 Fura- 833

Local anesthetic 27 Local circuit neurons 1633 Long-term depression’ 58 1 Long-term potentiation 1031 Lyn-core 89 Macrophages 1 MCH 735 Mdx mice 787 Medial amygdala 1031 Medial geniculate nucleus 555 Melanocortins 507 Membrane fusion 489 Memory 17, ‘299 Mesolimbic dopamine 671 Messenger RNA 661 Metabotropic receptor 321 I-Methyl-Cphenyl-1,2,3,6-tetrahydropyridine Microdialysis 567 Microglia 1 Microinjection 721 Microtubule polarity 1133 Micturition reflex 285 Miniature endplate potentials 101 Mitochondria 855, 1043 MK-801 157 Monkeys 179, 903 Motor units 213 Movement disorders 927 MPTP 691 MRNA 243 Mu receptor 429 Muscarinic receptors 797 Muscimol 581 Muscle function 213 Myoclonus 461

G-proteins 259 GABA 383, 661, 691, 921 GABA transaminase 661 GABA, receptor subunits 661 Gene targeting 221 Genomic instability 1025 Glia 589, 855, 871Glibenclamide 709 Glucopenia 735 Glutamate 77, 313, 589, 691, 721 Glutamate agonist 397 Glutamate receptors 613 Glutamate transporter 1 989 Glutamatergic pathways 989 Glutamine 589 Guanylate cyclase 337 Haloperidol 383, 729 Hereditary ataxia 461 Hippocampal damage 613 Hippocampus 581, 651, 949, 1005 Human 1037 Human brain 1013 Huntington’s disease 1043 Hyperalgesia 1091 Hyperexcitability 1095 Hyperosmolar solutions 1121 Hypertonic treatment 101 Hypoglossal 761 Hypoosmolar solutions 1121 Hypothalamus 477, 747 Hypoxia 17

NADH 17 Naloxone 523 Na+ channel 27 Negative slope resistance 625 Nerve injury 213, 1091 Neural morphogenesis 555 Neural transplantation 9 13 Neurofdaments 243 Neurohypophysics 1025 Neuromuscular junction 101 Neuronal cell death 1111 Neuronal plasticity 651 Neuronal snecificitv 651 Neurons 98, 845, IO37 Neuron-substratum interactions 773 Neuropathic pain 1091 Neuropeptide 735 Neuropeptide Y 977 Neuropeptides 265, 285, 885 Neuroprotection 507 Neurosecretoxy 471 Neurotransmitter 1073 Neurotrophic factors 1145 Neurotrophin 179 Neurotrophin-3 221 Neurotrophin-4 1145 Newborn rats 299 NGF 761 Nitric oxide 299, 313, 747 Nitric oxide synthase 1145 NMDA 533, 721 NMDA receptor 691 Nociception 259, 277, 671 Nociceptive test 523 Nocodaxole 1133 Non-spatial working memory 417

IFN-a 747 Immunocytochemistry 179, 461, 937, 949, 1013 Immtmohistochemistry 271 In situ hybridization 355, 477, 543, 1013 In vivo 661 Inactivating currents 367 Inflammation 1095 Intkrmmatory reactions 1 Inhibitory learning 299 Inositol phospholipid hydrolysis 797 Insula 77 Intracellular labellings 119 Intracellular recordings 119 Intracerebral microdialysis 157 Intraocular transplantation 231 Intrathecal injection 523 Intrinsic ganglia 337 JO-1784 911 Kin&n 1133 K+ channels 613 L&z 221 Lateral amygdala 1031 Lateral hypothalamus 735 Learning 147 Ligation 489 Limbic 411 Limbic system 89 Xiv

903

Norepinephrine 429 Northern blot 355 NT-3 761 NT-415 761 Nucleotide receptor 871 Nucleus ambiguus 443 Nucleus basalis 555, 567

Septohippocampal pathway 417 Sex dimorphism 1063 SH-PTP2 1037 Short-term potentiation 1031 Slowly inactivating sodium current 625 Sodium channels 601 Sodium nitroprusside 349 sodium pump 397, 709 Soiled bedding 1063 solitarius 77 Somatosensory cortex 567 Somatostatin 1073 Somatostatin antagonist 1073 Spatial calcium segregation 167 Spinal cord 221, 523, 1095 Spinal cord autonomic nuclei 1145 Spinal cord grafts 231 Src proto-oncogene 89 Stem cells 845 Striatum 167, 729, 927, 949 Substance P 243. 277 Substantia nigra’l79, 709, 913 Substantia nigra pars reticulata 371, 721 Subthalamic nucleus 721 Supernormal period 27 Supraoptic nucleus 543, 1025 Sympathetic neurons 797 Sympathetically maintained 1083

Olfaction 355 Oligodendroglioma 601 OMP 355 Opiate withdrawal 429 Gpiates 701 Gpioid peptides 429 Oscillations 397 Oxytocin 1025 Pain 259, 265, 671, 1083 Paraventricular nucleus 133, 543, 1025 Parkinson’s disease 383, 691, 903, 1043 Patch clamp 133, 601 Patch-clamp electrophysiology 265 Pelvic ganglia 285 ( + )-Pentarocine 977 Peptides 543 Petiaqueductual gray 193 Peripherin 243 Phaseolus vulgaris leucoagglutinin 443 Pheromone 1063 Plasticity 581, 1005 Polar&d epithelium 1133 Pregnancy block 349 Preoptic area 1063 Presynaptic release 167 Primary afferent nociceptor 1083 Primate 633 Prostaglandin Q 265 Psychostimulants 701 PTPlD 1037

Tachykinin 119, 285 Tenotomy 787 Testosterone 1063 Tetrodotoxin 625 TGF-8, 747 Theta rhythm 417 Tolbutamide 709 Tract tracing 37 Transmitter determination Transmitter release 101 Trophic effects 231 TNFa 1 TUNEL method I 111

Rat 119, 371, 383, 417, 507, 661 Reactive synaptogenesis .651 Receptor localization 797 Recovery cycle 27 Regulation 87 1 Reinforcement 147, 701 Remoxipride 157 Retrograde transport 179 Reward 147, 701 RS-a-MCPG 533

Ultrastructure Urethra 337

1145

949

Ventral posterolateral nucleus 555 Ventral posteromedial nucleus 555 Ventral striatum 371 Ventral tegmental area 709 Vesicle sire 489 Vigilance 429 Visual cortex 37 Voltage-activated calcium channels 1013 Voltageclamp 367, 1121 Volume transmission 937 Vomeronasal system 355

lS,3R-ACPD 533 Sagittal zonation 461 Schwann cell lines 913 Sciatic nerve ligation 523 Sciatic nerve transection 787 seizures 601,603 Sensory neurons 221, 243, 265, 787 Sensory system 89

Withdrawal 411

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