Trends in Neurosciences 1994: Vol 17 Index

21 Pages·1994·7.9 MB·English

trends in
NEUROSGIENCES
Subject Index
Author Index
Books Reviewed
1994
Vol 17
Issues 1—12
ISSN 0166 2236

Trends in Neurosciences
Elsevier Trends Journals
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Advisory Editorial Board A. Bjorklund, Lund, Sweden
J. M. Bower, Pasadena, CA, USA
M. Burrows, Cambridge, UK
J-P. Changeux, Paris, France
A. C. Dolphin, London, UK
C. R. Gerfen, Bethesda, MD, USA
C. §. Goodman, Berkeley, CA, USA
. E. Harding, London, UK
. O. Kettenmann, Heidelberg, Germany
. Landis, Cleveland, OH, USA
Oeum sden, London, UK
. Miller, Chicago, IL, USA
.M. Morris, Edinburgh, UK
. Movshon, New York, NY, USA
oPas
.M. O'Leary, La Jolla, CA, USA
Redman, Canberra, Australia
. Rothwell, Manchester, UK
. Seeburg, Heidelberg, Germany
. Singer, Frankfurt, Germany
. P. Wise, Poolesville, MD, USA
oPRReA.h S B . Young, Boston, MA, USA
Editor Gavin Swanson
Editorial staff +G aynor Drummond and Fiona M. Reekie
Publisher Peter Desmond
Copyright © 1995 Elsevier Science Ltd.
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Author Index
BR — Book Review
L -—Letter
O — Obituary
A Bolam, J. P., /mmunohistochemistry II (IBRO Darchen, F., see Lledo, P-M.
Abbott, L. F., see Sharp, A. A. Handbook Series: Methods in the Davies, A. M., Intrinsic programmes of
Adam, G., Learning and Physiological Neurosciences, Vol. 14)(BR) 86 growth and survival in developing
Regulation (BR) 547 Boldyrev, A. A., Carnosine and free-radical vertebrate neurons 195
Adams, M. E. and Olivera, B. M., defense mechanisms (L) 468 Davis, G. W. and Murphey, R. K., Long-term
Neurotoxins: overview of an emerging Bonhoeffer, F., see Bahr, M. regulation of short-term transmitter release
research technology 151 Bookheimer, S . Y., see Cohen, M. S. properties: retrograde signaling and
Adams, M. E. and Swanson, G. J., Borst, A. and Egelhaaf, M., Dendritic synaptic development 9
Neurotoxins (Supplement, April) processing of synaptic information by Davis, M., Rainnie, D. and Cassell, M.,
Albright, T. D., Why do things look as they sensory interneurons 257 Neurotransmission in the rat amygdala
do? 175 Bourque, C. W., see Oliet, S. H. R. related to fear and anxiety 208
Alho, K., see Naatanen, R. Bowen, D., Francis, P. T., Chessell, |. P. and De Koninck, Y., see Mody, I.
Altar, C. A., see Lindsay, R. M. Webster, M-T., Neurotransmission — the De Luca, C. J. and Erim, Z., Common drive
Altman, J., Microglia emerge from the fog link integrating Alzheimer research? (L) of motor units in regulation of muscle force
47 149 299
Amzica, F., see Steriade, M. Bowers, C. W., Superfluous Dehaene, S., see Posner, M. |.
Anholt, R. R. H., Reply (L) 367 neurotransmitters? 315 Deuchars, J., see Thomson, A.
Anholt, R. R. H., Signal integration in the Brewster, W. J., Fernyhough, P., Diemel, Di Chiara, G., Morelli, M. and Consolo, S.,
nervous system: adenylate cyclases as L. T., Mohiuddin, L. and Tomlinson, D. R., Modulatory functions of neurotransmitters
molecular coincidence detectors 37 Diabetic neuropathy, nerve growth factor in the striatum: ACh/dopamine/NMDA
Arbas, E. A., Sensory Systems of Arthropods and other neurotrophic factors 321 interactions 228
(BR) 545 Britton, K. T., see Heilig, M. Diemel, L. T., see Brewster, W. J.
Ariano, M. A., see Surmeier, D. J. Brookes, A. J. and St Clair, D., Synuclein Dierig, S., Extending the neuron doctrine:
Asanuma, C., Neurobiology of Cingulate proteins and Alzheimer’s disease 404 Carl Ludwig Schleich (1859-1922) and his
Cortex and Limbic Thalamus (BR) 504 Bruno, J. P., see Sarter, M. F. reflections on neuroglia at the inception of
Attwell, D., see Szatkowski, M. Bruyn, G. W. , see van Wolferen, W. J. A. the neural-network concept in 1894 449
Augustine, G., Proteins of the presynaptic Dodt, H-U. and Ziegigansberger, W., Infrared
terminal (Poster, December) Cc videomicroscopy: a new look at neuronal
Cadet, J. L., Free radicals and structure and function 453
B neurodegeneration (L) 192 DiStefano, P. S., see Lindsay, R. M.
Bahr, M. and Bonhoeffer, F., Perspectives Canal, |., see Ferrus, A. Djamgoz, M. B. A., see Wagner, H-J.
on axonal regeneration in the mammalian Carp, R. |., Kascsak, R. J., Rubenstein, R. Dray, A., see Urban, L.
CNS 473 and Merz, P. A., The puzzle of PrPS° and Dryer, S. E., Nat-activated K+ channels: a
Baldridge, W. H. and Ball, A. K., Spinules: a infectivity — do the pieces fit? (L) 148 new family of large-conductance ionic
case for synaptic plasticity (L) 6 Casagrande, V. A., A third parallel visual channels 155
Ball, A. K., see Baldridge, W. H. pathway to primate area V1 305
Bandler, R. and Shipley, M. T., Columnar Cassell, M., see Davis, M. E
organization in the midbrain Catsicas, S., Grenningloh, G. and Pich, Edwards, H. A. and Bell, E. R. J.,
periaqueductal gray: modules for E. M., Nerve-terminal proteins: to fuse to Technology transfer in Europe: a case
emotional expression? 379 learn 368 study of invertebrate neuroscience
Barnes, C. A., Normal aging: regionally Chessell, |. P., see Bowen, D. research 332
specific changes in hippocampal synaptic Chiel, H. J., see Morton, D. W. Egelhaaf, M., see Borst, A.
transmission 13 Childers, S., see Uhl, G. R. Ekman, R., see Heilig, M.
Beal, M. F., Hyman, B. T. and Koroshetz, Chipkin, R. E., D, receptor genes — the Elmér, E., see Lindvall, O.
W., Reply (L) 107 cause or consequence of substance Emmerling, M. R., Human Cholinesterases
Becker, D. L., Essential Developmental abuse? (L) 50 and Anticholinesterases (BR) 42
Biology: A Practical Approach (BR) 131 Clarke, P. G. H., see Molliver, M. E. Engel, A. K., Functional Organisation of the
Behrmann, M., see Moscovitch, M. Clayton, N. S., Vision, Brain, and Behaviour Human Visual Cortex (BR) 43
Bell, E. R. J., see Edwards, H. A. in Birds (BR) 549 Erim, Z., see De Luca, C. J.
Ben-Ari, Y., Epilepsy: Models, Mechanisms Cohen, A. H., The Neurobiology of Neural
and Concepts (BR) 353 Networks (BR) 396 ia
Ben-Ari, Y., see Hammond, C. Cohen, M. S. and Bookheimer, S . Y., Fallon, J. R. and Hall, Z. W., Building
Bengzon, J., see Lindvall, O. Localization of brain function using synapses; agrin and dystroglycan stick
Bentivoglio, M., Grassi-Zucconi, G., Olsson, magnetic resonance imaging 268 together 469
T. and Kristensson, K., Trypanosoma Colmers, W. F. and Bleakman, D., Effects of Farah, M. J., Beyond ‘pet’ methodologies to
brucei and the nervous system 325 Neuropeptide Y on the electrical properties converging evidence (L) 514
Benton, A., Origins of neuroscience (L) 467 of neurons 373 Fernyhough, P., see Brewster, W. J.
Berendse, H. W. , see Groenewegen, H. J. Consolo, S., see Di Chiara, G. Ferrus, A. and Canal, |., The behaving brain
Bevan, S. and Geppetti, P., Protons: small Contreras, D., see Steriade, M. ofafly 479
stimulants of capsaicin-sensitive sensory Cornwell, P., see Payne, B. Frackowiak, R. S. J., Functional mapping of
nerves 509 Cowan, A. |., see Martin, R. L. verbal memory and language 109
Bleakman, D., see Colmers, W. F. Crépel, V., see Hammond, C. Frackowiak, R., Brain Activation (BR)
Bloch, B. and Le Moine, C., Neostriatal 215
dopamine receptors 3 D Francis, P. T., see Bowen, D.
Blum, K., see Uhl, G. R. Dado, R. J., see Giesler, Jr, G. J. Fykse, E. M., see Robinson, P. J.
G K glucose deprivation: setting the scene for
Garcia-Segura, L. M., Neurobiology of Kacza, J., see Thanos, S. neuronal death? 251
Cytokines (Methods in Neuroscience Part Kakulas, B. A., see Laing, N. G. Mason, W. T., see Lledo, P-M.
A Vol. 16 and Part B Vol. 17)(BR) 311 Kasai, H. and Petersen, O. H., Spatial Mastaglia, F. L., see Laing, N. G.
Geppetti, P., see Bevan, S. dynamics of second messengers: IP, and Matus, A. |., Stiff microtubules and neuronal
Gerfen, C. R. and Keefe, K. A., Neostriatal CAMP as long-range and associative morphology 19
dopamine receptors (L) 2 messengers 95 Matus, A., How Do Brains Work? (BR) 215
Giesler, Jr, G. J., Katter, J. T. and Dado, Kasai, H., A Practical Guide to the Study of McBride, Jr, D. W., see Hamill, O.
R. J., Direct spinal pathways to the limbic Calcium in Living Cells (Methods in Cell McKnight, A. T., see Hitchcott, P.
system for nociceptive information 244 Biology, Vol. 40) (BR) 397 McMillian, M. K., Thai, L., Hong, J-S.,
Gourdie, R. G., Cell Biological Applications Kascsak, R. J., see Carp, R. I. O’Callaghan, J. P. and Pennypacker,
of Confocal Microscopy (Methods in Cell Katter, J. T., see Giesler, Jr, G. J. K. R., Brain injury in a dish: a model for
Biology, Vol. 38)(BR) 354 Keefe, K. A., see Gerfen, C. R. reactive gliosis 138
Gozlan, H., see Hammond, C. Kerwin, J. M., see Perry, E. Merz, P. A., see Carp, R. |.
Grant, S. G. N. and Silva, A. J., Targeting Kettenmann, H., Astrocytes: Pharmacology Mey, J., see Thanos, S.
learning 71 and Function(BR) 85 Midtgaard, J., Processing of information
Grassi-Zucconi, G., see Bentivoglio, M. Keynes, R. D., Bimodal gating of the Nat from different sources: spatial synaptic
Grenningloh, G. , see Catsicas, S. channel 58 integration in the dendrites of vertebrate
Groenewegen, H. J. and Berendse, H. W. , Kokaia, M., see Lindvall, O. CNS neurons 166
The specificity of the ‘non-specific’ midline Kokaia, Z., see Lindvall, O. Miller, R. J., see Marcuccilli, C. J.
and intralaminar thalamic nuclei 52 Koob, G.F., see Heilig, M. Mione, M. C. and Parnavelas, J.G., How do
Gross, C.G., Reply (L) 227 Koroshetz, W., see Beal, M. F. developing cortical neurons know where
Guiditta, A.. NADPH dehydrogenase/NOS Kosslyn, S. M. and Ochsner, K. N., In togo? 443
revisited (L) 516 search of occipital activation during visual Miyashita, Y., see Sakai, K.
Gulyas, B., see Roland, P. E. mental imagery (Commentary on Roland Mody, |., De Koninck, Y., Otis, T. S. and
and Gulyas) 290 Soltesz, |., Bridging the cleft at GABA
H Kostovic, |. see Sestan, N. synapses inthe brain 517
Hall, Z. W., see Fallon, J. R. Kristensson, K., see Bentivoglio, M. Mohiuddin, L., see Brewster, W. J.
Hamill, O. P. and McBride, Jr, D. W., The Kyriacou, C. P., Working round the clock Molliver, M. E., Welker, E., and Clarke,
cloning of a mechano-gated membrane with mouse 25 313 P. G. H., Hendrik Van der Loos
ion channel 439 (1929-1993) (O) 93
Hammond, C., Crépel, V., Gozlan, H. and L Morelli, M., see Di Chiara, G.
Ben-Ari, Y., Anoxic LTP sheds light on the Laing, N. G., Mastaglia, F. L. and Kakulas, Morrison, J. H., see Huntley, G. W.
multiple facets of NMDA receptors 497 B. A., Motor Neurone Disease (BR) 505 Morton, D. W. and Chiel, H. J., Neural
Hazrati, L-N., see Parent, A. Lamprecht, J., see Zupanc, G. K. H. architectures for adaptive behavior 413
Heilig, M., Koob, G. F., Ekman, R. and Le Moine, C., see Bloch, B. Moscovitch, M., Behrmann, M. and Winocur,
Britton, K. T., Corticotropin-releasing Lerner, M., Tools for investigating functional G., Do PETS have long or short ears?
factor and neuropeptide Y: role in interactions between ligands and Mental imagery and neuroimaging
emotional integration 80 G-protein-coupled receptors 142 (Commentary on Roland and Gulyas)
Henry, J-P., see Lledo, P-M. Levine, M. S., see Surmeier, D. J. 292
Hille, B., Modulation of ion-channel function Lindsay, R. M., Wiegand, S. J., Altar, C. A. Murphey, R. K., see Davis, G. W.
by G-protein-coupled receptors 531 and DiStefano, P. S., Neurotrophic Murphy, S., Reply (L) 106
Hitchcott, P. and McKnight, A. T., High factors: from molecule toman 182
Performance Liquid Chromatography in Lindvall, O., Kokaia, Z., Bengzon, J., Elmér, N
Neuroscience Research (Methods in the E. and Kokaia, M., Neurotrophins and Naatanen, R., Ilmoniemi, R. J. and Alho, K.,
Neurosciences, Vol. 15)(BR) 44 brain insults 490 Magnetoencephalography in studies of
Hokfelt, T., Zhang, X. and Wiesenfeld-Hallin, Lisman, J., The CaM kinase II hypothesis for human cognitive brain function 389
Z., Messenger plasticity in primary the storage of synaptic memory 406 Noble, E., see Uhl, G. R.
sensory neurons following axotomy and Liu, J-P., see Robinson, P. J.
its functional implications 22 Lledo, P-M. , Johannes, L., Vernier, P., O
Hong, J-S., see McMillian, M. Zorec, R., Darchen, F., Vincent, J-D., O’Callaghan, J. P., see McMillian, M. K.
Huntley, G. W., Vickers, J. C. and Morrison, Henry, J-P. and Mason, W. T., Rab3 O’Neil, M. B., see Sharp, A. A.
J. H., Cellular and synaptic localization of proteins: key players in the control of Ochsner, K. N., see Kosslyn, S. M.
NMDA and non-NMDA receptor subunits exocytosis 426 Olanow, C. W. and Perl, D. P., Reply (L)
in neocortex: organizational features Lloyd, H. G. E., see Martin, R. L. 193
related to cortical circuitry, function and L6pez-Barneo, J., Oxygen-sensitive ion Oliet, S. H. R. and Bourque, C. W.,
disease 536 channels: how ubiquitous are they? Osmoreception in magnocellular
Hyman, B. T., see Beal, M. F. 133 neurosecretory cells: from single channels
to secretion 340
M Olivera, B. M., see Adams, M. E.
lIImoniemi, R. J., see Naatanen, R. Mahanthappa, N. K., Regeneration in the Olsson, T., see Bentivoglio, M.
Isacson, O., Reply (L) 51 auditory system: lessons from other Otis, T. S., see Mody, I.
epithelia, and persisting puzzles 357
Pp
J Malach, R., Cortical modules as devices for
Jaffe, D. B., see Spruston, N. maximizing neuronal diversity 101 Pallas, S. L., The Merging of the Senses
Johannes, L., see Lledo, P-M. Marcuccilli, C. J. and Miller, R. J., CNS (BR) 42
Johnston, D., see Spruston, N. stress response: too hot to handle? 135 Parent, A. and Hazrati, L-N., The ladder of
Jonakait, G. M., Reply (L) 298 Marder, E., see Sharp, A. A. progress in neuroscience (L) 227
Jones, E. G., Foundations of Neuroscience Markowitsch, H. J., The memory storehouse Parnavelas, J.G., see Mione, M. C.
(BR) 543 (L) 513 Pasternak, G., see Uhl, G. R.
Jones, E. G., Santiago Ramon y Cajal and Martin, K. A. C. , David Whitteridge Payne, B. and Cornwell, P., System-wide
the Croonian Lecture, March 1894 190 (1912-1994) (O) 446 repercussions of damage to the immature
Jones, E. G., The Central Nervous System: Martin, R. L., Lloyd, H. G. E. and Cowan, visual cortex 126
Structure and Function(BR) 86 A. |., The early events of oxygen and Pennypacker, K. R., see McMillian, M. K.
Perl, D. P., see Olanow, C. W. _ cognitive functions 221 Thomson, A. and Deuchars, J., Temporal
Perry, E., Kerwin, J. M. and Perry, R. H., Sestan, N. and Kostovicé, |., Histochemical and spatial properties of local circuits in
On neuronal ill health (L) 51 localization of nitric oxide synthase in neocortex 119
Perry, R. H., see Perry, E. CNS (L) 105 Tomlinson, D. R., see Brewster, W. J.
Petersen, O. H., see Kasai, H. Sharp, A. A., O’Neil, M. B., Abbott, L. F. and Tovee, M. J., The molecular genetics and
Pich, E. M., see Catsicas, S. Marder, E., Reply (L) 147 evolution of primate colour vision 30
Poirier, J., Apolipoprotein E in animal Shea, T. B., Amyloid precursor protein as a Trevarthen, C., Roger W. Sperry
models of CNS injury and in Alzheimer’s glial-derived growth factor (L) 338 (1913-1994) (O) 402
disease 525 Shipley, M. T., see Bandler, R.
Posner, M. |. and Dehaene, S., Attentional Silva, A. J., see Grant, S. G. N. U
networks 75 Singer, W., Neuroscience in Europe: the Uhl, G. R., Blum, K., Noble, E. and Smith,
Powell, K. A., see Robinson, P. J. European Neuroscience Association S., Reply (L) 50
330 Uhl, G. R., Childers, S. and Pasternak, G.,
R Sivron, T. and Schwartz, M., The enigma of An opiate receptor gene family reunion
Rainnie, D., see Davis, M. myelin-associated growth inhibitors in 89
Ralston, Ill, H. J., Neuroanatomy: Selected spontaneously regenerating nervous Urban, L., Thompson, S. W. N. and Dray,
Papers of Walle J. H. Nauta(BR) 546 systems 277 A., Modulation of spinal excitability:
Reiner, A., see Surmeier, D. J. Smith, S., see Uhl, G. R. co-operation between neurokinin and
Reisine, T., Reply (L) 337 Snipes, G. J. and Suter, U., Signaling excitatory amino acid neurotransmitters
Robinson, H. P. C., Conductance injection pathways mediating axon—Schwann cell 432
(L) 147 interactions 399 Uylings, H. B. M., What determines the
Robinson, P. J., Liu, J-P., Powell, K. A., Sdliner, T. and Rothman, J. E., specification of cortical areas? 1
Fykse, E. M. and Sidhof, T. C., Neurotransmission: harnessing fusion
Phosphorylation of dynamin | and machinery atthe synapse 344 V
synaptic-vesicle recycling 348 Soltesz, |., see Mody, |. Van Houten, J., Chemosensory transduction
Roland, P. E. and Gulyas, B., (Reply to Spitzer, N. C., Spontaneous Ca?+ spikes in eukaryotic microorganisms: trends for
commentaries) Visual representation of and waves in embryonic neurons: neuroscience? 62
scenes and objects: retinotopical or signalling systems for differentiation 115 van Wolferen, W. J. A., Teepen, J. L. J. M.
non-retinotopical? 294 Spruston, N., Jaffe, D. B. and Johnston, D., and Bruyn, G. W. , Pathogenesis of
Roland, P. E. and Gulyas, B., Visual Dendritic attenuation of synaptic Huntington’s disease (L) 107
imagery and visual representation 281 potentials and currents: the role of Vernier, P., see Lledo, P-M.
Roland, P. E. and Zilles, K., Brain atlases — passive membrane properties 161 Vickers, J. C., see Huntley, G. W.
anew research tool 458 St Clair, D., see Brookes, A.J. Vincent, J-D., see Lledo, P-M.
Roland, P.E. and Gulyas, B., Reply (L) 515 Steriade, M., Contreras, D. and Amzica, F.,
Rose, S., Genuine genetics or conceited Synchronized sleep oscillations and their W
convenience? (L) 105 paroxysmal developments 199 Wagner, H-J. and Djamgoz, M. B. A., Reply
Rothman, J. E., see Sdliner, T. Steriade, M., The Electroencephalogram: Its (L) 7
Rubenstein, R., see Carp, R. |. Patterns and Origins (BR) 505 Webster, M-T., see Bowen, D.
Ruiz i Altaba, A., Pattern formation in the Sudhof, T. C., see Robinson, P. J. Weiler, R., Spinules: a case for retinal
vertebrate neural plate 233 Surmeier, D. J., Reiner, A., Levine, M. S. synaptic plasticity (L) 6
Rylett, R. J. and Williams, L. R., Role of and Ariano, M.A., Reply (L) 4 Welker, E., see Molliver, M. E.
neurotrophins in cholinergic-neurone Suter, U., see Snipes, G. J. Wiegand, S. J., see Lindsay, R. M.
function in the adult and aged CNS 486 Swanson, G. J., see Adams, M. E. Wiesenfeld-Hallin, Z., see Hokfelt, T.
Szatkowski, M. and Attwell, D., Triggering Williams, L. R., see Rylett, R. J.
S and execution of neuronal death in brain Winn, P., Schizophrenia research moves to
Said, S. |., VIP and messenger plasticity ischaemia: two phases of glutamate the prefrontal cortex 265
(L) 339 release by different mechanisms 359 Winocur, G., see Moscovitch, M.
Sakai, K. and Miyashita, Y., Reply (L) 513 Wollemann, M., Discrepancies between
T
Sakai, K. and Miyashita, Y., Visual imagery: identical amino acid sequences of cloned
an interaction between memory retrieval Tansey, T., Origins of Neuroscience: A opioid-receptor subtypes and their binding
and focal attention (Commentary on History of Explorations into Brain Function data (L) 337
Roland and Gulyas) 287 (BR) 310
Sarter, M. F. and Bruno, J. P., Cognitive Tansey, T., Reply (L) 467 Z
functions of cortical ACh: lessons from Teepen, J. L. J. M. , see van Wolferen, W. J. A. Zhang, X., see Hokfelt, T.
studies on the trans-synaptic modulation Thai, L., see McMillian, M. K. Zieglgansberger, W., see Dodt, H-U.
of activated efflux 217 Thanos, S., Kacza, J., Seeger, J. and Mey, Zigmond, R. E., Axotomy changes peptide
Schild, D., Signal integration in the olfactory J., Old dyes for new scopes: the expression (L) 297
system (L) 366 phagocytosis-dependent long-term Zilles, K., see Roland, P. E.
Schuz, A., Patchiness as a means to get a fluorescence labelling of microglial cells Zimmermann, H., Signalling via ATP in the
message across (L) 365 invivo 177 nervous system 420
Schwartz, M., see Sivron, T. Thompson, S. M., Presynaptic Receptors in Zorec, R., see Lledo, P-M.
Seeger, J., see Thanos, S. the Mammalian Brain(BR) 397 Zupanc, G. K. H. and Lamprecht, J., Walter
Sergent, J., Brain-imaging studies of Thompson, S. W. N., see Urban, L. Heiligenberg (1938-1994) (O) 507
vii

Subject Index
Compiled by Angela Thorne
4a Amphibians excitatory amino acid receptor subunits
a-cells (yest) 62 neural development in 233 in 537
A fibres 432 Amygdala 80, 208, 384 growth, and membrane fusion 370
a-cells (yeast) 62 Amyloid plaques 404, 529 growth, and neurotrophins 195
Acetylcholine (ACh) Amyloid precursor protein (APP) 338 (L) interactions with Schwann cells 399
and ATP 420 Amyotrophic lateral sclerosis (ALS) and neuronal morphology 19, 101
in cortex 217 183, 193 (L) regeneration of 277, 473
regulation of synthesis 486 Analgesia 26, 379 Axotomy
in striatum 228 Angiotensin II 533 effects on PNS and CNS 474
Acetylcholine (ACh) receptors Anoxia 251, 360, 497 and messenger plasticity 24
induction by agrin 469 Anoxic LTP 497 and substance P 297 (L), 298 (L)
muscarinic 228, 533 Antennal lobe (Drosophila) 481
nicotinic 425 Anterior attention system 76 B
ACh, see acetylcholine Anterior cingulate gyrus 79 Bacteria
Acid Anterior pituitary cells 427 mechano-gated channels in 439
and capsaicin-sensitive neurones 509 Anteroposterior patterning (development) Basal cells 357
Acquired immune deficiency syndrome 233 Basal ganglia 52, 185, 228
(AIDS) 49 Anticholinesterases 42 (BR) BDNF, see brain-derived neurotrophic factor
Acquired thermotolerance 136 Antidromic activation, neuronal BDNF gene 493
Actin filaments 21, 370 and nociceptive processing 248 Behavioural studies
Activin 234 Antinociception of cortical ACh 217
Adaptins 349 and midbrain periaqueductal gray 380 in Drosophila 479
Adaptive behaviour Antisense RNA 427 to examine neuronal architecture 413
neuronal architectures for 413 Anxiety 80, 82, 208 to examine neuropeptide roles 25
Adenosine 203, 254, 421 AP proteins, see assembly protein of midbrain periaqueductal gray 380
Adenosine receptors 254 complexes using neuroimaging 221
Adenylate cyclases Apolipoprotein E 525 of prefrontal cortex 265
as coincidence detectors 37, 366 (L) APP, see amyloid precursor protein following visual cortex damage 128
in olfaction 481 Arachidonic acid 11, 363 of visual processing in birds 549 (BR)
in slime mould chemotaxis 67 Area V1, see area 17 Benzodiazepine 519
Adrenal chromaffin cells 427 Area 17 Benzodiazepine receptors 212, 217
Adrenergic neurones effects of lesion 126 Bimodal gating
and ATP 420 and visual imagery 281, 290, 292 of the sodium channel 58
African sleeping sickness 325 visual pathways to 305 Blood flow
Ageing (neuronal) 13, 486 Area 18 126, 292 during attentional amplification 76
Agnosia, visual object 293 Arthropods 545 (BR) and low pH 511
Agonists Assembly protein (AP) complexes 349 during memory 110
for benzodiazepine receptors 218 Astrocytes and neuroimaging 221, 269, 463
for G-protein-coupled receptors 531 apolipoprotein in 526 and visual imagery 295
Agrin 469 general 85 (BR) Brain atlases 458
Agrin receptor 469 reactive 138, 475 Brain-derived neurotrophic factor (BDNF)
AIDS, see acquired immune deficiency Atlas, brain 458 biology of 182
syndrome ATP and brain insults 490
Alamethicin 441 and microglial activation 47 and cholinergic neurones 487
Allodynia 432 as neurotransmitter 420 and neuronal survival 195
ALS, see amyotrophic lateral sclerosis and oxygen and glucose deprivation 251 Brain insults
Alzheimer’s disease and synaptic vesicle dynamics 344 and neurotrophins 490
and apolipoprotein E 527 ATP-activated ion channels 423 Brain stem
and free radicals 194 (L) ATP receptors 422 connectivity with periaqueductal gray 381
and neuronal health 51 (L) ATPases 421 Brightness perception 175
neurotransmitter replacement therapy Attention Broca’s area 110
for 149 (L) analysis by magnetoencephalography Burst firing 122, 229
and neurotrophic factors 187, 489 391 Burst-suppression 202
and synuclein proteins 404 and brain activation 113
Amino acids, critical and cortical ACh 219 C
in CaM kinase II activity 411 focal, and visual imagery 288, 296 C fibres 432
and photopigment tuning 35 networks of 75 CA1 (hippocampus) 14, 491, 497
y-Aminobutyric acid, see GABA Attentional amplification 76 Cable theory 258
AMPA (a-amino-3-hydroxy-5-methyl-4- Auditory cortex 390 Calcineurin 352, 410
isoxalone propionic acid) 16, 407 Auditory system 357, 391 Calcitonin gene-related peptide (CGRP)
AMPA receptors Autonomic regulation and diabetic neuropathy 323
in amygdala 210 and midbrain periaqueductal gray 380 effect of protons on release 509
interactions with neurokinin receptors Autophosphorylation expression after axotomy 23
435 and memory storage 406 and release of excitatory amino acids 434
and LTP 497 Auxilin 349 ‘superfluous’ expression 316
and neuronal death 360 Axial patterning (development) 233 Calcium (Ca?)
subunits in neocortex 536 Axons and anoxic LTP 497
and ATP channels 423 Central pattern generators 413 Coincidence detectors 37, 366 (L)
and calmodulin in signal transduction 37 Cerebral areas Colour
in dendritic integration 169 and visual imagery 284 vision 30
and exocytosis 426 Cerebral cortex use in receptor bioassay 142
and memory 406 architecture 101 Columnar organization 101, 365 (L), 379
and neuronal survival 197 and brain atlases 461 Common drive (motor units) 299
and neurotrophin expression, after development of 443 Computers
458
injury 492 and functional mapping 109, 221, 463 and brain atlases
547 (BR)
in olfaction 481 and specific midline—intralaminar thalamic Conditioning
and oxygen and glucose deprivation input 52 Conductances
252, 360 Cervical enlargement artificial 147 (L)
and presynaptic neurotransmitter and nociception 248 cationic 340
release 11 cGMP, see cyclic guanosine monophosphate within dendrites 168
as short-range messenger 95 CGRP, see calcitonin gene-related peptide and GABA 517
signalling 397 (BR) Chemoreception, see olfaction Cones (vision) 30
spontaneous fluctuations in development Chemosensory transduction Confocal microscopy 354 (BR)
115 in eukaryotic microorganisms 62 Contractions, muscle
and synaptic vesicle dynamics 348, 369 in olfaction 481 Corpus callosum
Calcium (Ca?+) channels and oxygen-sensitive ion channels 133 Cortex
and CaM kinase II 407 Chemotaxis (slime mould) 64 development of
modulation of, by G-protein-coupled Chick inputs to periaqueductal gray
receptors 531 neural development in 239 neurotrophins in, after injury
and neuropeptide Y 373 Chlordiazepoxide 217 See cerebral, cingulate, dorsal prefrontal,
neurotoxins as probes 151 Chlorine (Cl-) 252, 517 entorhinal, extrastriate, fissural,
and oxygen and glucose deprivation 254 Cholecystokinin (CCK) 27 inferotemporal, motor, neocortex,
Calcium (Ca?*)-binding proteins Cholesterol 525 parietal, parieto—occipital, piriform,
in koniocellular visual pathway 305 Choline acetyltransferase (ChAT) 486, 529 prefrontal, somatosensory, striate,
in synaptic vesicle dynamics 347, 369 Choline transporter 486 temporal, temporo—occipital, visual
and GABA interneurones 539 Cholinergic neurones Cortical areas
Calcium (Ca?+)/calmodulin-dependent ATP in 420 and attentional amplification 76
kinase II (CaM kinase Il) dysfunction, and apolipoprotein E 529 specification of 1, 443
and LTP 72, 406 and koniocellular visual pathway 305 Cortical columns 101, 365 (L)
and memory storage 406 modulatory action in striatum 228 Corticotropin-releasing factor (CRF) 80
structure and function 407 and neurotrophins 187, 486, 493 Co-transmitters
and visual pathways 305 and synuclein proteins 405 with neuropeptide Y 374
Calcium (Ca?+) spikes 115 trans-synaptic modulation in 217 ATP as 423
Calcium (Ca?+) waves 115 Cholinesterases 42 (BR) Crayfish
Calmodulin 37, 406 Chromatophores dendritic inhibition in 262
CaM kinase II, see calcium (Ca?+)/ in bioassay for ligand—receptor CRF, see corticotropin-releasing factor
calmodulin-dependent kinase II interactions 142 Cross tolerance
cAMP, see cyclic adenosine Ciliary neurotrophic factor (CNTF) 182 and heat-shock proteins 136
monophosphate Ciliates Culture
Capsaicin 509 signal transduction in 67 for reactive gliosis 138
Capsaicin antagonists 510 Cingulate cortex 504 (BR) Cyclic adenosine monophosphate
Capsazepine 510 Circadian clock 313, 328 (CAMP)
8-Carboline-3-carboxylate methyl ester 218 Circuitry and axon—Schwann Cell interactions 400
Cardiac myocytes of amygdala 209 in chemotaxis 64
ion channels in 155 architectures for adaptive behaviour 413 as long-range messenger 95
Cardiovascular system of neocortex 119, 539 in olfaction 39, 481
and midbrain periaqueductal gray 380 in sensory perception 481 Cyclic guanosine monophosphate
Carnosine 468 (L) of visual cortex after damage 126 (cGMP)
Carotid bodies Clathrin-coated pits in olfaction 481
ion channels in 133 and vesicle recycling 348 Cysteine string protein 369
Catarrhines (Old World primates) Climbing fibres 168 Cystitis 512
colour vision of 30 Clione limacina Cytoarchitectural maps
Caudate—putamen 228 dedicated circuitry in 413 and brain atlases 464
CCK, see cholecystokinin Clock gene 313 Cytochrome oxidase blobs
CD8 CNS in neuronal organization 101, 305
and Trypanosoma brucei 326 axonal regeneration in 473 Cytokines
Cell adhesion molecules 278 cholesterol—phospholipid recycling in, and microglia 48
Cell death after injury 527 neurobiology of 311 (BR)
in Alzheimer’s disease 51 (L) disorders, and CNTF 188 and neuropeptides 298 (L)
and excitatory amino acid receptor general 86 (BR) and reactive gliosis 138
subunits 542 and neuropeptide Y 376 and regeneration 279
and neurotrophic factors 183, 494 CNTF, see ciliary neurotrophic factor and Trypanosoma brucei infection 326
due to oxygen and glucose deprivation Cochleo—vestibular ganglionic neurones Cytoskeleton 21, 368, 470
251, 359, 498 358
after visual cortical damage 127 Cognition D
visualization of 177, 456 in birds 549 (BR) Dedicated circuitry 413
Cell lineage and cortical ACh 217 Defensive behaviour
in cerebral cortex 444 and neuroimaging 221, 268, 389 and midbrain periaqueductal gray 380
Cement gland 236 and visual imagery Deformation (of 3D brain images) 459
Central complex (Drosophila) 484 281, 287, 290, 292, 294 Delta oscillations (sleep) 199