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Index to volume 15, 1985
BRAIN RESEARCH BULLETIN
JULY 1985
VOLUME 15 NUMBER 1
CONTENTS .......................................................................
Editorial
V
Articles Superfusion of clomipramine within the ventromedial hypothalamus selectively suppresses paradoxical sleep in freely moving rats. DANGUIR, J.andJ.-L. ELGHOZI ..........................................
1
Effect of vagotomy on cholinergic parameters in nuclei of rat medulla oblongata.
HOOVER,
D. B., J. C. HANCOCK
........ ..........
and T. E. DEPORTER
5
AChE-positive fiber growth after hippocampal fimbria transection and peripheral nerve homogenate implantatinn.
WENDT,
J. S.
.............................................................
13
Antiserum-induced growth of axons across lesions of the adult rat brain. GEISERT,
E. E.and
C. D. ALLEY
.........................................
19
Direct action of mazindol on guinea-pig ventromedial hypothalamic neurons: Intracellular studies in slice preparation. MINAMI,
T., Y. OOMURA,
M. SUGIMORI
.................
29
................. .....
33
and M. HYNES
Effects of mazindol on rat lateral hypothalamic neurons. SIKDAR, S. K., Y. OOMURA and A. INOKUCHI
“Epileptic” brain damage is replicated qualitatively in the rat hippocampus by central injection of glutamate or aspartate but not by GABA or acetylcholine. SLOVITER,
Meeting
......
39
................................................................
61
...................................................................
63
R. S. and D. W. DEMPSTER
Report
Introduction
........
.
.............
The subfornical organ as a model of neurohumoral integration. GROSS,
P. M.
.... ....... .......
.... ...............................
65
Fine structural organization of the subfornical organ. A concise review. DELLMAN,
H.-D.
.........................................................
71
Anatomical evidence that neural circuits related to the subfornical organ contain angiotensin II.
LIND, R. W., L. W. SWANSON
and P. E. SAWCHENKO
Electrophysiology of the subfornical organ and its hypothalamic connections-an RENAUD. S. SGRO
..,...............
79
in-vivo study in the rat.
L. P., A. V. FERGUSON, T. A. DAY, C. W. BOURQUE and ..................................................................
83
Contents continued
VOLUME INDEX
The subfornical organ: Biochemical and neuroendocrine comparisons with the hypothalamo-neurohypophysial
system.
..
87
.................................... . .
99
.......................................................................
105
SUMMY-LONG,
J. Y., S. E. EMMERT
and L. ROSELLA-DAMPMAN
...
Elevated glucose utilization in the subfornical organ during dehydration. KADEKARO,
Erratum
M. and P. M. GROSS
BRAIN RESEARCH
BULLETIN
AUGUST 1985
VOLUME 15 NUMBER 2
CONTENTS v
. . . . . . . . . . . . . . . . . . . . .._....................___..........__......._.....
Editorial Articles
Calcium regulates the activity of serotonin-containing TRULSON,
M. E.andT.
CRISP
dorsal raphe neurons in vitro.
...........................................
Perinatal glucocorticoids alter dentate gyrus electrophysiology. VICEDOMINI, J. P., A. J. NONNEMAN, S. T. DEKOSKY
and S. W. SCHEFF
107
111
Neonatal monosodium glutamate administration alters noradrenergic measures in the brainstem of the mouse. DAWSON,
R.,
.. .....................................
JR. and Z. ANNAU
117
ACh and 5-HT stimulated thermogenesis at different core temperatures in the He-Cold hypothermic hamster. SIMPSON,
C. W.and
G. E. RESCH
.......................................
123
Transport of molecules from nose to brain: Transneuronal anterograde and retrograde labeling in the rat olfactory system by wheat germ agglutinin-horseradish peroxidase applied to the nasal epithelium. SHIPLEY,
M. T.
..........................................................
129
Distribution of retinoids in different compartments of the posterior segment of the rabbit eye. LAI,
Y.-L.,
A. T. C. TSIN?
K.-W.
LAM
.................
and J. J. GARCIA
143
Hypothalamic circuits involved in the regulation of seasonal and circadian rhythms in male golden hamsters. NUNEZ,
A. A., M. H. BROWN
..................
and T. G. YOUNGSTROM
149
Three dimensional analysis of retinal neuropeptides and amine in the chick. KIYAMA, H., Y. KATAYAMA-KUMOI, J. KIMMEL, J. F. POWELL, A. D. SMITH and M. TOHYAMA
H. STEINBUSCH,
..........................
155
The distribution of cholecystokinin-8 in the central nervous system of turtles: An immunohistochemical and biochemical study. REINER,
A. and M. C. BEINFELD
........ ................................
Behavioural and neurochemical effects of deprenyl and P-phenylethylamine GREENSHAW,
A. J., A. V. JUORIO
167
in Wistar rats.
and A. A. BOULTON
................,
183
.......... ..
191
.......
197
Galanin-like immunoreactivity in capsaicin sensitive sensory neurons and ganglia.
SKOFITSCH.
G. and D. M. JACOBOWITZ
.................
Monoamine, amino acid cholinergic interactions in slices of rat cerebral cortex.
FLINT. R. S., J. M. MURPHY, P. M. CALKINS
and W. J. MCBRIDE
Contents continued
VOLUME INDEX
Visual circadian rhythmicity in splitbrain crayfish: A plastic behavioral expression of symmetric circadian pacemakers.
BARRERA-MERA,
B.
................................................... .
203
Perfusion of vasopressin within the ventral septum of the rabbit suppresses endotoxin fever.
NAYLOR,
Rapid
A. M., W. D. RUWE, A. F. KOHUT and W. L. VEALE
....
..
209
..
215
Communication
Monoamine transmitter release induced by tetrahydro$carboline unrestrained rat.
HUTTUNEN,
perfused in hippocampus of the
. . . . . . . _. . . . . . .
P., B. A. SPENCER and R. D. MYERS
Simultaneous recording of substantht nigra neurons and voltammetric release of dopamine in the caudate of behaving cats.
TRULSON,
M. E.
.. ... ...
. . ......... ...
................ .. ..
221
Suppression of self-stimulation of the medial prefrontal cortex after local micro-injection of kainic acid in the rat.
FERRER, J. M. R., R. D. MYERS and F. MORA
......................
...
225
Brief Communication identification of dopamine-containing cell bodies in the dorsal and median raphe nuclei of the rat brain using tyrosine hydroxyhtse immunochemistry.
TRULSON,
Announcements
M. E., M. S. CANNON and J. D. RAESE
. ..___..._...........................,,.........................
................ ......
229
235
BRAIN RESEARCH
BULLETIN
VOLUME 15 NUMBER 3
1985
SEPTEMBER
C’()hl7 EN 7s
Articles Current generators and properties of early components evoked in rat olfactory cortex. FERREYRA
MOYANO,
H., A. R. CINELLI
and J. C. MOLINA
.............
237
The duration of long-term potentiation in the CA1 region of the hippocampal slice preparation. REYMANN, K. G., R. MALISCH, K. SCHULZECK, R. BRGDEMANN, T. OTT ......................................................... and H. MATTHIES
249
Beneficial effect of chronic treatment with Org 2766 and cu-MSHon impaired reversal learning of rats with bilateral lesions of the parafascicular area. NYAKAS,
and DE WIED
C., H. D. VELDHUIS
.............,...............
257
The effect of ACTHd- IUon protein synthesis, actin and tubulin during regeneration. EDWARDS, P. M., J. VERHAAGEN, T. SPIERINGS, P. SCHOTMAN, .................. ,.....,........ F. G. I. JENNEKENS and W. H. GISPEN
267
Responses of opossum and rat hippocampal CA1 cells to paired stimulus volleys. GRIBKOFF,
........................................
273
..............................................................
219
V. K.andJ.
H. ASHE
Randomization program for Apple IIe computer. BORSINI.
F.
The role of endogenous serotonin in phasic LH release. MEYER,
D. C.and
.........................................
D. J. EADENS
283
Peptides and the blood-brain barrier: Lipophilicity as a predictor of permeability. BANKS,
.. ........................, ............
W. A. and A. J. KASTIN
287
Direct effects of androgens on lateral hypothalamic neuronal activity in the male rat: 1. A microiontophoretic study. ORSINI,
J. C., F. C. BARONE.
D. L. ARMSTRONG
and M. J. WAYNER
...
293
.........................
299
Differential alterations in opioid analgesia following neonatal monosodium glutamate treatment. BODNAR,
R. J., T. PORTZLINE
and G. NILAVER
Noncollateral projections of basal forebrain neurons to frontal and parietal neocortex in primates. L. C., C. A. KITT,
WALKER.
M. R. DELONG
and D. L. PRICE
......,.....
307
......... ..........
315
............
.
321
........... .......................
329
Fever and intracranial pressures. MALKINSON,
T. J., W. L. VEALE
and K. E. COOPER
Induced changes in intracranial pressure in the anesthetized rat and rabbit. MALKINSON,
T. _I., K. E. COOPER
and W. L. VEALE
. .
Opposite pupillary size effects in the cat and dog after microinjections of morphine, normorphine and clonidine in the Edinger-Westphal nucleus. SHARPE,
L. G. and W. B. PICKWORTH
Intraocular grafts of nucleus raphe dorsalis provide cografted spinal cord with a serotonergic innervation. HENSCHEN,
A., A. A. J. VERHOFSTAD
and L. OLSON
...................
335
Contents continued
VOLUMEINDEX
Rapid Communication The effect of in v&o and in viva ethanol administration on [35S]t-hutylbicyclophosphorothionate in C57 mice. THYAGARAJAN.
R.
and M. K. TICKU
binding
.......................... .........
343
Brief Communications Lithium effects on selected circadian rhythms in rats.
McEACHRON, D. L., D. F. KRIPKE, F. R. SHARP, A. J. LEWY and ....................................................... D. E. MCCLELLAN
347
A simple jig allows for a rapid mounting of micropipette tips for EM viewing. LAVIOLETTE,
J. R. and J. P. RAYNAULD
.. .............................
351
Behavioral, autonomic and motor effects of neuroleptic drugs in cats: Motor impairment and aggression.
BELESLIN, D. B., D. JOVANOVIC-MI&c, N. JAPUNDgIC, A. M. TERZIC and ..... . . . . _. . . . . . . . , . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . R. SAMARDb6
353
Book Reviews ............
357
Early Brain Damage, Volume 1: Research Orientations and Clinical Observations, C. Robert Almli and .............................. .. ............ Stanley Finger. Reviewed by A. B. Sivan
363
................................................................
365
Eating and Its Disorders, A. J. Stunkard and E. Stellar. Reviewed by T. J. Bartness
Announcements
BRAIN RESEARCH BULI.ETIN
VOLUME 15 NUMBER 4
OCTOBER 1985
CONTENTS
Preface
. .. .. . .. . . . .. . . . . .. . . ... . .. . . . . . .. . . . .. . ... . . . .. . . . .. . .. . . . ... .........
367
............................ .........
369
Introduction DOURISH,
C. T. and P. H.
HUTSON
Articles Behavioural structure and mechanisms of anorexia: Calibration of natural and abnormal inhibition of eating. BLUNDELL,
J. E., P. J. ROGERS
and A. J. HILL
. . . . . . . . . . . . . . . .........
371
Characteristics of feeding induced by the serotonin agonist 8-hydroxy-2-(di-n-propylamino) tetralin (8-OH-DPAT). DOURISH,
C. T., P. H. HUTSON
and G. CURZON
. . . . . . . . . . . . . . . .........
Analysis of dopamine Dl and D2 receptor involvement in d- and f-amphetamine-induced GILBERT,
D. B. and S. J. COOPER
377
anorexia in rats.
............................ ...........
385
Effects of kappa opiate agonists on palatable food consumption in non-deprived rats, with and without food preloads. JACKSON,
A. and S. J. COOPER
..........
...... ........
........
391
Bidirectional control of palatable food consumption through a common benzodiazepine receptor: Theory and evidence. COOPER,
S. J.
.............. ............... ...... ..........
.... ..
397
....... ...............................................
411
Qualitative analysis of feeding behaviour through dietary selection of nutrients. ASHLEY,
D. V.
M.
Ingestive behaviour of Syrian hamsters: Advantages of the comparative approach. ROWLAND,
N.
E.
.........................................................
417
Kegulation of food intake by hepatic oxidative metabolism. LANGHANS,
W., G. EGLI and E. SCHARRER
....................
.......
425
........................
429
Spontaneous and 2DG induced metabolic changes and feeding: The ischymetric hypothesis. EVEN.
P. and S. NICOLAIDIS
. ... .... ...
BRAIN RESEARCH
BULLETIN
NOVEMBER 1985
VOLUME 15 NUMBER 5
CONTENTS Editorial
.......................................................................
v
Articles Effects of hypnogenic vagal stimulation on thalamic neuronal activity in cats. JUHASZ,
G., L. Dl?TARI
and T. KUKORELLI
..............................
437
The involvement of brain structures in the adjuvant effect of muramyl dipeptide. MASEK,
K., 0.
KADLECOVA
and P. PETROVICK?
.............,.........
443
Tonic activity of medial preoptic norepinephrine mechanism for body temperature maintenance in sleeping and awake rats. DATTA,
S., V. MOHAN
KUMAR,
G. S. CHHINA
and B. SINGH
........
447
..................,.
453
Auditory evoked potentials recorded from conscious sheep. HILL,
M. W., R. P. HEAVENS
and B. A. BALDWIN
Effects of endotoxin and sodium salicylate on the preoptic thermosensitive neurons in tissue slices. NAKASHIMA,
T., T. HORI,
T. KIYOHARA
and M. SHIBATA
Neuropeptide Y immunoreactivity in the hamster geniculo-suprachiasmatic HARRINGTON,
M. E.. D. M. NANCE
........
.
459
...................
465
tract.
and B. RUSAK
Glycine receptor distribution in mouse CNS: Autoradiographic localization of [3H]strychnine binding sites. FROSTHOLM,
A.andA.
ROTTER
Atypical indolamine-immunoreactive BIEGER,
D.
,......................................,
473
cell groups in the dorsal myelencephalon of the rat.
.,..........................................................,.
487
A HRP qualitative and quantitative study of the intrahemispheric connections of kittens. BEN
HAMIDA,
C.
.... ...........
................. .................
497
Actions of feeding-relevant agents on hypothalamic glucose-responsive neurons in vitro. KOW,
L.-M.
and D. W. PFAFF
................. ......
.
...............
509
Lack of relationship between the direction of operant turning and horseradish peroxidase uptake by crossed nigro-striatal projections. MORGAN,
S., C. ROSENKRANZ,
H. STEINER
and J. P. HUSTON
......._
515
Rapid Communications Binding sites for corticotropin releasing factor in sensory areas of the rat hindbrain and spinal cord. SKOFITSCH,
G., T. R. INSEL
and D. M. JACOBOWITZ
...................
519
Inhibition of spontaneous or angiotensin II-stimulated water intake by atrial natriuretic factor. MASOTTO,
C. and A. NEGRO-VILAR
. . . . . . . . . . . _. . . . _. . . . . . . . . . . . . . . . .
Contents
523
continued
VOLUMEINDEX Brief Communications A new method for drug application using electrolysis of water. YAMAMOTO, T., Y. OOMURA, S. NEMOTO, I. FUJITA and H. NISHINO Response of cat skin mechanothermal nociceptors to cold stimulation. SAUMET, J.-L., S. CHERY-CROZE and R. DUCLAUX
,.
527
.....................
529
The electronic pantograph: Amplifier couples microscope stage of X-Y plotter. DAVIS, B. J. .,.................,............._....................__......
533
Dopamine-dependent contralaterai circling induced by neurotensin applied unilaterally to the ventral tegmentni area in rats. HOLMES, L. J. and R. A. WISE . . _. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
537
Announcements
539
,..................,,..................,.....................,..
BRAIN RESEARCH BULLETIN
DECEMBER 1985
VOLUME 15 NUMBER 6
CONTENTS
Articles Activation of striatal dopaminergic grafts by haloperidol. HERMAN,
J. P., K. CHOULLI
..........................
and M. LE MOAL
543
Direct effects of androgens on lateral hypothalamic neuronal activity in the male rat: II. A pressure ejection study. ORSINI,
. .._.........................................................
J. C.
547
Brain dopamine activity following intranigral or intrathalamic drug injections in the rat. ..... KILPATRICK, I. C., M. S. STARR and M. SUMMERHAYES
. ...
553
Neural and anatomic characteristics of peripheral afferent fibers in the milk ejection reflex. HALLER,
...........................................................
E. W.
563
Effects of chronic methamphetamine on the nigral-striatal dopamine system in rat brain: Tyrosine hydroxylase immunochemistry and quantitative light microscopic studies. TRULSON,
M. E., M. S. CANNON,
........
569
.................................
579
T. S. FAEGG
and J. D. RAESE
Antidromic discharge property of meso-accumbens dopaminergic VTA neurons in rats. SHINBA,
T., R. SUGITA
and K. WATABE
Dexamethasone diflerentially alters naltrexone effects on vasopressin and oxytocin release during tail electroshock. ROSELLA-DAMPMAN,
L. M. and J. Y. SUMMY-LONG
....................
587
The periventricular anteroventral third ventricle (AV3V): Its relationship with the subfornical organ and neural systems involved in maintaining body fluid homeostasis. JOHNSON,
A. K.
..........................................................
595
Hypothalamic opioids and the acute-phase glycoprotein response in guinea pigs. AHOKAS, R. A., J. SEYDOUX, J. LLANOS-Q., T. A. MASHBURN, . . . . . . . . . . . . ..I........................................... C. M. BLATTEIS
JR. and 603
Neural relations of cremaster motoneurons, spinal cord systems and the genitofemoral nerve in the rat. NAGY,
J. I.and
E. SENBA
................................................
Intrahippocampal injections of antiserum to nerve growth factor inhibit sympathohippocampal SPRINGER, Immunohistochemical SKOFITSCH,
J. E.andR.
LOY
609
sprouting.
..............................................
629
localization of a melanin concentrating hormone-like peptide in the rat brain. G., D. M. JACOBOWITZ
and N. ZAMIR
. . . . . . . . . . . . _. . . . . . . . .
635
.................................
651
The role of the anteromedial hypothalamus in Dahl hypertension. ERNSBERGER,
P.,S.
AZARand
P. AZAR
Contents continued
VOLUMEINDEX Rapid Communications Diacylgfycerol and phorbol esters enhance LHRH and prwtaglandin E, secretion from median eminence nerve termhtals in vitro.
VALENCA,
M. M., D. CONTE and A. NEGRO-VILAR
......................
657
Olfactory bulb neurons respond to gastric distension.
GARCIA-DIAZ, D. E., H. U. AGUILAR-BATURONI, R. GUEVARA-AGUILAR ................. ...................................... andM. J. WAYNER
661
Effects of dopamine and norepinephrine on neuronal activity of the olfactory tubercle.
GUEVARA-AGUILAR, R., L. P. SOLANO-FLORES, H. U. AGUILAR-BATURONI and M. J. WAYNER
D. E. GARCIA-DIAZ, ................... ......
665
Brief Communications An inexpensive picoliter-volume pressure ejection system.
ROGERS.
R. C.
. . . . . .._............._.....................................
669
Olfactory responses in the gustatory area of the parabrachial pons.
DI LORENZO,
P. M. and J. GARCIA
...... ...................... .........
673
A deoxyglucose study on auditory responses in the bat Rhinolophus rowi.
MELZER,
Erratum Author’s Index
P.
..................,...........................................
............................................................................... Correction
to Volume
15
677
683
...................................................................
684
............................................................
685
VOLUME 15 1985 SUBJECT INDEX Acetylcholine aspartate, 39 cold block, 123 colonic temperature. 123 epilepsy, 39 gamma-aminobutyric acid, 39 glutamate, 39 hamsters, 123 hippocampus, 39 5-HT, 123 AChE fiber growth, 13 astroglial cells hippocampal timbria transection peripheral nerve homogenate implant ACTH, 267 cytoskeletal proteins neurotrophic peptides protein synthesis regeneration Acute-phase reaction, 603 body temperature glycoprotein response guinea pigs Afferent fibers. 563 mammary nerve milk ejection reflex Aggression, 353 cats motor impairment neuroleptic drugs Aminergic system, 443 fever immunoadjuvant activity muramyl dipeptide Amphetamine, 385 anorexia dopamine receptors Analgesia. 299 immunocytochemistry monosodium glutamate Anatomical tracing. 129 olfactory system transneuronal transport wheat germ agglutinin-horseradish peroxidase Androgens lateral hypothalamic neuronal activity, 293 medial forebrain bundle. 547 microiontophoresis, 293 pressure ejection, 547 Angiotensin II atrial natriur-etic factor, 523 dehydration. 99 drinking. 99, 523 glucose metabolism, 99 immunohistochemistry. 79 inhibition of drinking, 523 neuroendocrine regulation, 65 neurohumoral integration, 65 subfornical organ, 65, 79. 99 Anorexia amphetamine, 385 appetite, 397 bcnzodiazepine Ireceptors, 397 dopamine receptors, 385
eating, 37 I palatable food consumption, satiety. 371 Anorexic agent. 29 guinea pigs intracellular recording mazindol ventromedial hypothalamus Anterior hypothalamus, 651 hype&&ion. salt-induced lesions, PVN-SCN Antidromic discharge, 579 meso-accumbens neurons ventral tegmental area Antipyretics. 459 endotoxin fever thermosensitive neurons Antiserum, I9 damaged CNS growth of axons lesions
397
Apparatus amplifier. 533 Apple, Be, 279 micropipette tip, 35 I mounting jig, 351 solenoid-controlled valve. 669 x-y plotter, 533 Appetite, 397 anorexia benzodiazepine receptors palatable food consumption Apple Be, 279 BASIC language randomization Arginine vasopressin, 209 fever rabbits suppression Aspartate. 39 acetylcholine epilepsy gamma-ammobutyric acid glutamate hippocampus Astroglial cells, 13 AChE fiber growth hippocampal hmbria transection peripheral nerve homogenate implant Atrial natriuretic factor, 523 angiotensin II drinking inhibition of dnnking Auditory evoked potentials. 453 sheep Auditory responses, 677 bats deoxy glucose autoradiography Autoradiography, 473 central nervous system glycine receptor [,‘H]strychnine .4v3v, 595 body fluid homeostasis subfornical organ
BASIC language, 279 Apple Be randomization Bats, 677 auditory responses deoxyglucose autoradiography Benzodiazepine receptors, 397 anorexia appetite palatable food consumption Blood-brain barrier, 287 dementia lipophilicity peptides permeability Body fluid homeostasis, 595 AV3V subfornical organ Body temperature acute-phase reaction, 603 glycoprotein response, 603 guinea pigs, 603. medial preoptic norepinenhrine, 447 sleep-wakefulness, 447 _ Brain anterior-preoptic area of hypothalamus, 123 anteromedial hypothalamus, 651 basal forebrain. 307 brainstem, 117, 229 caudate nucleus. 569 central nervous system, 473 cerebral cortex. 197 dentate gyrus. I Il. 629 I-deprenyl, 183 dorsal motor nucleus of the vagus, 5 dorsal mylencephalon, 487 dorsal raphe nuclei. 229 Edinger-Westphal nucleus, 329 hindbrain, 5 I9 hippocampus, 13,39, Ill. 215.249,273 hypothalamic ventromedial nucleus, 509 hypothalamus, 83. 149, 167. 293, 459 ipsilateral nucleus basalis of Meynert, 307 lateral hypothalamic-medial forebrain bundle (LHA-MFB). 547 lateral hypothalamus. 33, 79, 183, 665 locus coeruleus. 665 medial basal hypothalamus. 299 medial forebrain bundle, 293. 635 medial preoptic area. 447 median eminence, 657 median preoptic nucleus, 79 median raphe nuclei. 229 medulla oblongata. 5 meso-accumbens neurons, 579 nucleus ambiguus, 5 nucleus raphe dorsalis, 335 olfactory cortex, 237 parabrachial nucleus, 673 parafascicular area, 257 paraventricular nucleus, 79, 149, 651 parietal cortex, 307 perifornical, 635
pons medulla, 117 posterior hypothalamic, 635 prefrontal cortex, 225 raphe nucleus, 107 reticular nuclei, 437 solitary complex, 487 striatum, 183, 515 subfomical organ, 65,71,79, 83,87,99 substantia nigra, 515, 553, 569 subzona incerta, 635 suprachiasmatic nuclei, 149, 347, 465 thalamus, 437 ventral lateral geniculate nucleus, 465 ventral tegmental area, 537, 579 ventromedial hypothalamus, 1,29 ventromedial thalamus, 553 ventro-postero-medial, 437 Brainstem norepinephrine, 117 monosodium glutamate neurochemistry opiomelanocortin CA1 cells, 273 hippocampus opossums synaptic plasticity CA1 region, 249 hippocampal slice long-term porentiation Calcium, 107 in vitro studies raphe nucleus serotonin Capsaicin, 191 galanin immunocytochemistry sensory ganglia sensory neurons Cardiac output, 321 cerebrovascular circulation intracranial pressure vasodilation Cats aggression, 353 clonidine, 329 dogs, 329 Edinger-Westphal nucleus, 329 morphine, 329 motor impairment, 353 neuroleptic drugs, 353 normorphine, 329 pupillary, 329 sleep, 431 thalamus, 437 unit activity, 437 vagal stimulation, 437 Cat skin, 529 cold stimulation mechanothermal nociceptors threshold Central nervous system autoradiography, 473 cholecystokinin-8, 167 glycine receptor, 473 immunohistochemistry. 167 [,‘H] strychnine, 473 turtles, 167 Cerebral cortex, 197 endogenous release transmitter interactions Cerebrospinal fluid, 3 15 fever
intracranial pressures pyrogen Cerebrovascular circulation, 321 cardiac output intracranial pressure vasodilation Charting system, 533 electronic photograph x-y plotter Chicks, 155 neuropeptides retina three dimensional analysis Cholecystokinin-8, 167 central nervous system immunohistochemistry turtles Cholinesterase, 5 medulla oblongata muscarinic receptors vagotomy Ciradian rhythms crayfish, 203 hamsters, 149 hypothalamic circuits. 149 lithium, 347 locomotor activity, 149, 347 photoperiodism, 149 pineal melatonin rhythms, 347 splitbrain, 203 symmetrical pacemakers, 203 vision, 203 Circling dopamine utilization, 553 hyperactivity, 553 neurotensin, 537 Ventral tegmental area, 537 Clomipramine, 1 paradoxical sleep push-pull superfusion ventromedial hypothalamus Clonidine. 329 cats dogs Edinger-Westphal nucleus morphine normorphine pupillary CNS development. 335 intraocular grafts nucleus raphe dorsalis serotonin Cold block, 123 ACh colonic temperature hamsters 5-HT Cold stimulation. 529 cat skin mechanothermal nociceptors threshold Colonic temperature. 123 ACh cold block hamsters 5-HT Corticotropin releasing factor, 5 19 hindbrain spinal cord Crayfish, 203 circadian rhythms splitbrain
symmetrical pacemakers vision Cremaster motoneurons, 609 genitofemoral nerve immunohistochemistry scrotal thermoregulation Crossed projections, 5 15 horseradish peroxidase operant turning striatum substantia nigra Current generators, 237 current-source-density olfactory cortex Current-source-density, 237 current generators olfactory cortex Cytoskeletal proteins, 267 ACTH neurotrophic peptides protein synthesis regeneration Damaged CNS, 19 antiserum growth of axons lesions Dehydration, 99 angiotensin 11 drinking glucose metabolism subfornical organ Dementia, 287 blood-brain barrier lipophilicity peptides permeability Dentate gyms, 111 electrophysiology glucocorticoids hippocampal development Deoxyglucose autoradiography, auditory responses bats 2-Deoxy-D-glucose. 429 eating ischymetric hypothesis locomotor activity metabolic rate I-Deprenyl, 183 endogenous brain amines /3-phenylethylamine reinforcement self-stimulation Dexamethasone, 587 drug interaction naltrexone oxytocin release tail electroshock vasopressin release Diacylglycerol, 657 in vitro LHRH secretion phorbol esters prostaglandins Diet, 411 food choice S-hydroxytryptamine nutrient Dogs. 329 cats clonidine
677
Edinger-Westphal nucleus morphine normorphine pupillary Dopamine electrophysiology, 221 neuronal activity, 665 norepinephrine, 665 olfactory tubercle, 665 substantia nigra, 221 unit activity, 221 voltammetry, 221 Dopamine receptors, 385 amphetamine anorexia Dopaminergic grafts, 543 haloperidol neural grafts Dopamine utilization, 553 circling hyperactivity Dorsal myelencephalon, 487 immunocytochemistry monoaminoxidase inhibitors Dorsal raphe nuclei, 229 immunohistochemistry median raphe nuclei tyrosine hydroxylase Drinking angiotensin II, 99, 523 atria1 natriuretic factor, 523 dehydration, 99 glucose metabolism, 99 inhibition of drinking, 523 subfornical organ, 99 Drug acetylcholine, 39 ACh, 123 aluminum, 287 amphetamine, 385 angiotensin II, 523 aspartate, 39. 197 bicuculline, 553 bremazocine, 391 calcium, 107 carbachol , 197 chlordiazepoxide, 215 chlorpromazine. 353 clomipramine, 1 clonidine, 329 DiC,,,, 657 domperidone, 353 dopamine, 197, 537, 553, 665 droperidol. 353 endotoxin, 459 ethanol, 343 ethylketocyclazocine. 391 fluoxetine, 283 GABA, 39. 197 glutamate, 39, 197 haloperidol, 353, 543 S-HT, 123 homovanillic acid, 183 5-hydroxyindoleacetic acid, 183 5_hydroxytryptamine, 155, 215, 41 I iproniazed, 487 kainate, 553 kainic acid, 225 lithium, 347 lithium chloride, 371 masindol, 29, 33 methamphetamine, 569
monoamine oxidase, 183 monosodium glutamate, 117, 299 morphine, 329, 391 muscimol. 553 naloxone,’ 603 noreoinenhrine. 197. 215. 447. 509. 665 nor;orpLine, 329 8-OH-DPAT, 377 Org 2766, 257 pargyline, 117 PDBu, 657 phenoxybenzamine, 447 P-phenylethylamine, 183 pimozide, 537 propranolol, 447 auinine, 371 [‘HI quinuclidinyl benzilate, 5 SCH 23390. 385 serotonin, i97 SKF 38393, 385 sodium salicvlate, 459 spiperone, 353 [“HI strychnine, 473 sulperide, 385 tetrahydro-P-carboline, 215 trifluadom, 391 ttifluorpromazine, 353 tyrosine hydroxylase, 155. 299 U-50, 488H, 391 Drug interaction dexamethasone, 587 eating, 391 naltrexone, 587 opiates, 391 oxytocin release, 587 palatability, 391 tail electroshock, 587 vasopressin release, 587 Eating anorexia, 37 I 2-deoxy-D-glucose, 429 drug interaction, 391 energostatic hypothesis, 425 glucose-responsive neurons, 509 hepatic vagotomy, 425 hypothalamic ventromedial nucleus, 509 ischymetric hypothesis. 429 liver, 425 locomotor activity, 429 metabolic rate, 429 opiates, 391 oxidative metabolism, 425 palatability, 391 satiety, 371 Edinger-Westphal nucleus, 329 cats clonidine dogs morphine normorphine pupillary Electrolysis, 527 neuronal activity pressure injection Electronic photograph, 533 charting system x-y plotter Electron microscopy, 351 micropipette tip mounting jig
Electrophysiology dentate gyrus, 111 dopamine, 221 glucocorticoids, 111 hippocampal development, 111 hypothalamus, 83 neurosecretory neurons, 83 subfornical organ, 83 substantia nigra, 221 unit activitv. 221 voltammet;y, 221 Endogenous brain amines, 183 I-deprenyl P-phenylethylamine reinforcement self-stimulation Endogenous release, 197 cerebral cortex transmitter interactions Endotoxin, 459 antipyretics fever thermosensitive neurons Energostatic hypothesis, 425 eating hepatic vagotomy liver oxidative metabolism Ependymal cells, 7 1 neuronal perikarya subfornical organ synapses Epilepsy, 39 acetylcholine aspartate gamma-aminobutyric acid glutamate hippocampus Ethanol, 343 GABA receptor complex tolerance withdrawal Fever aminergic system. 443 antipyretics, 459 arginine vasopressin, 209 cerebrospinal fluid, 3 15 endotoxin, 459 immunoadjuvant activity, 443 intracranial pressures, 315 muramyl dipeptide, 443 pyrogen, 3 15 rabbits, 209 suppression, 209 thermosensitive neurons, 459 Fluoxetine, 283 luteinizing hormone serotonin Food choice, 411 diet 5-hydroxytryptamine nutrients Food deprivation, 417 gonadal regression, 417 hamsters, 417 locomotor activity, 377 neurotransmitters, 417 I-OH-DPAT, 377 stereotypy, 377
GABA receptor complex, 343 ethanol tolerance withdrawal Galanin. 191 capsaicin immunocytochemistry sensory ganglia sensory neurons Gamma-aminobutyric acid, 39 acetylcholine aspartate epilepsy glutamate hippocampus Gastric distension, 661 olfactory bulb unit activity visceral afferents Geniculo-suprachiasmatic tract, 465 hamsters neuropeptide Y Genitofemoral nerve, 609 cremaster motoneuron immunohistochemistry scrotal thermoregulation Glucocorticoids, 1I1 dentate gyrus electrophysiology hippocampal development Glucose metabolism, 99 angiotensin II dehydration drinking subfornical organ Glucose-responsive neurons, 509 eating hypothalamic ventromedial nucleu 1s Glucose-sensitive neurons, 33 lateral hypothalamus mazindol single ncuronal activity Glutamate, 39 acetylcholinc aspartatc epilepsy gamma-aminobutyric acid hippocampus Glycine receptor, 473 autoradiography central nervous system [“H] strychnine Glycoprotein response, 603 acute-phase reaction body temperature guinea pigs Gonadal regression, 417 food deprivation hamsters neurotransmitters Growth of axons, 19 antiserum damaged CNS lesions Guinea pigs acute-phase reaction. 603 anorexic agent, 29 body temperature. 603 glycoprotein response, 603 intracellular recording, 29 mazindol, 29 ventromedial hypothalamus, 29
Gustatory responses, 673 olfactory responses parabrachial nucleus
Haloperidol. 543 dopaminergic grafts neural grafts Hamsters ACh, 123 circadian rhythms. 149 cold block, 123 colonic temperature, 123 food deprivation, 417 geniculo-suprachiasmatic tract, 465 gonadal regression. 417 .SmHT, 123 hypothalamic circuits, 149 locomotor activity, 149 neuropeptide Y, 465 neurotransmitters. 417 photoperiodism, 149 Hepatic vagotomy. 425 eating energostatic hypothesis liver oxidative metabolism Hindbrain, 5 I9 corticotropin releasing factor spinal cord Hippocampal development, 111 dentate gyms electrophysiology glucocorticoids Hippocampal fimbria transection, 13 AChE fiber growth astroglial cells peripheral nerve homogenate implant Hippocampal slice, 249 CAI region long-term potentiation Hippocampus acetylcholine, 39 asparttate, 39 CA, cells, 273 epilepsy, 39 gamma-aminobutyric acid, 39 glutamate, 39 norepinephrine. 215 opossums, 273 synaptic plasticity, 273 tetrahydro-P-carboline, 2 15 transmitter release, 215 Hormone estrogen. 509 prostaglandins, 657 testosterone, 547 Horseradish peroxidase crossed projections, 515 intra-hemispheric connections, 497 kittens, 497 operant turning, 515 polysensory connections, 497 striatum. 5 15 substantia nigra, 515 5.HT, 123 ACh cold block colonic temperature hamsters S-Hydroxytryptamine. 41 I diet
food choice nutrients Hyperactivity, 553 circling dopamine utilization Hypertension, salt-induced, 651 anterior hypothalamus lesions. PVN-SCN Hypothalamic circuits. 149 circadian rhythms hamsters locomotor activity photoperiodism Hypothalamic ventromedial nucleus, 509 eating glucose-responsive neurons Hypothalamo-neurohypophysial system, 87 neuroendocrine comparisons subfornical organ Hypothalamus, 83 electrophysiology neurosecretory neurons subfornical organ
Immunoadjuvant activity, 443 aminergic system fever muramyl dipeptide Immunocytochemistry analgesia. 299 capsaicin. 191 dorsal myelencephalon. 487 galanin, 191 monoaminoxidase inhibitors, 487 monosodium glutamate, 299 sensory ganglia. 191 sensory neurons, 191 Immunohistochemistry angiotensin II, 79 central nervous system, 167 cholecystokinin-8, 167 cremaster motoneurons. 609 dorsal raphe nuclei, 229 genitofemoral nerve. 609 median raphe nuclei, 229 melanin concentrating hormone. 635 scrotal thermoregulation. 609 subfomical organ, 79 turtles, 167 tyrosine hydroxylase. 229 Inhibition of drinking, 523 angiotensin II atria1 natriuretic factor drinking Intracellular recording, 29 anorexic agent guinea pigs mazindol ventromedial hypothalamus Intracranial pressure cardiac output, 321 cerebrospinal fluid, 3 IS cerebrovascular circulation. 32 1 fever, 315 pyrogen, 3 I5 vasodilation, 32 I lntra-hemispheric connections, 497 horseradish peroxidase kittens polysensory connections
Kainic acid, 225 lesions. cortical prefrontal cortex self-stimulation Kittens, 497 horseradish peroxidase intra-hemispheric connections polysensory connections
locomotor activity pineal melatonin rhythms Liver. 425 eating energostatic hypothesis hepatic vagotomy oxidative metabolism Locomotor activity circadian rhythms, 149. 347 2-deoxy-D-glucose. 429 eating, 429 food deprivation, 377 hamsters, 149 hypothalamic circuits, 149 ischymetric hypothesis. 429 lithium, 347 metabolic rate. 429 H-OH-DPAT, 377 photoperiodism. 149 pineal melatonin rhythms. 347 stereotypy, 377 Long-term potentiation. 249 CA1 region hippocampal slice Luteinizing hormone, 283 fluoxetine serotonin
Lateral hypothalamic neuronal activity. 293 androgens mici-oiontophoresis Latei-al hypothalamus, 33 glucose-sensitive neurons mazindol single neuronal activity Lesions. I9 antiserum damaged CNS growth of axons Lesions. cortical, 225 kainic acid prefrontal cortex self-stimulation Lesions. fimbriaifornix. 629 nerve growth factor sympathohippocampal sprouting Lesions. parafascicular area, 257 u-melanocyte-stimulating hormone open field Org 2766 reversal learning Lesions. PVN-SCN, 651 anterior hypothalamus hypertension, salt-induced LHRH secretion, 657 diacylglyccrol rn vitro phorbol esters prostaglandins Light microscopic studies, 569 nigral-striatal dopamine system tyrosine hydroxylase immunochemistry Lipophilicity, 287 blood-brain barrier dementia peptides permeability Lithium. 347 circadian rhythms
Mammary nerve. 563 afferent fibers milk ejection reflex Mazindol anorexic agent, 29 glucose-sensitive newons. 33 guinea pigs, 29 intracellular recording, 29 lateral hypothalamus, 33 single neuronal activity, 33 ventromedial hypothalamus, 29 Mechanothermal nociceptors. 529 cat skin cold stimulation threshold Medial forebrain bundle, 547 androgrns pressui-e ejection Medial preoptic norepinephrine. 447 body temperature sleep-wakefulness Median raphe nuclei. 229 dorsal rdphe nuclei immunohistochemistry tyi-osine hydi-oxylase Medulla oblongata, 5 cholinesterase muscarinic receptors vagotomy Melanin concentrating hormone, 635 immunohistochemistry wMelanocyte-stimulating hormone. 25 lesions, parfascicular area open field Org 2766 reversal learning Meso-accumbens neurons, 579 antidromic discharge ventral tegmental area Metabolic rate, 429 2-deoxy-D-glucose eating ischymetric hypothesis locomotor activity
Intraocular grafts, 335 CNS development nucleus raphe dorsalis serotonin In vitro, 657 diacylglycerol LHRH secretion phorbol esters prostaglandins In vitro studies. 107 calcium raphe nucleus rerotonin Ischymetric hypothesis, 429 2-deoxy-D-glucose eating locomotor activity metabolic rate
Method autoradiography, 5. 473, 519 charting system, 533 current-source-density. 237 cytochemistry. 87 deoxyglucose audioradiography, 677 deoxyglucose method, 99 electrolysis, 527 electron microscopy, 351 electrophysiology, 11 I electroretinogram. 203 high performance liquid chromatography. 167 histochemistry. 609 horseradish peroxidase, 515. 563. 665 immunocytochemistry. 191, 465, 487 immunohistochemistry, 79, 155. 167. 229, 569, 609. 635 immunology, 87 impedance analysis. 237 intracellular recording, 29 in vitro technique, 249 light microscopy, 569 micropipette. 527 multi-barrel electrode, 527 pressure injection. 527 radioimmunoassay, 167 retrograde tracing, 609 retrograde transport. 79 subarachnoid screw technique, 315 three dimensional analysis. 155 wheat germ agglutinin-horseradish peroxidase, 129 Microiontophoresis. 293 androgens lateral hypothalamic neuronal activity Microptpette tip. 351 electron microscopy mounting jig Milk ejection reflex, 563 afferent fibers mammary nerve Monoaminoxidase Inhibitors. 487 dorsal myelencephalon immunocytochemistry Monosodium glutamate analgesia. 299 brainstem norepinephrine, 117 immunocytochemistry. 299 neurochemistry, I17 opiomelanocortin. 1 I7 Morphine, 329 cats clonidine dogs Edinger-Westphal nucleus normorphine pupillary Motor impairment. 353 aggression CBlS
neuroleptic drugs Mounting jig, 351 electron microscopy micropipette tip Muramyl dipeptide, 443 aminergic system fever immunoadjuvant activity Muscarinic receptors, 5 cholinesterase
medulla oblongata vagotomy Naltrexone, 587 dexamethasone drug interaction oxytocin release tail electroshock vasopressin release Nerve Growth Factor, 629 lesions, funbriaifornix sympathohippocampal sprouting Neural grafts, 543 dopaminergic grafts haloperidol Neurochemistry, 117 brainstem norepinephrine monosodium glutamate opiomelanocortin Neuroendocrine comparisons, 87 hypothalamus-neurohypophysial system subfomical organ Neuroendocrine regulation, 65 angiotensin II neurohumoral integration subfomical organ Neurohumoral integration, 65 angiotensin II neuroendocrine regulation subfomical organ Neuroleptic drugs, 353 aggression cats motor impairment Neuronal activity dopamine, 665 electrolysis, 527 norepinephrine, 665 olfactory tubercle, 665 pressure injection, 527 Neuronal perikarya, 71 ependymal cells subfomical organ synapses Neuropeptides, 155 chicks retina three dimensional analysis Neuropeptide Y, 465 geniculo-suprachiasmatic tract hamsters Neurosecretory neurons, 83 electrophysiology hypothalamus subfomical organ Neurotensin, 537 circling ventral tegmental area Neurotransmitters, 417 food deprivation gonadal regression hamsters Neurotrophic peptides, 267 ACTH cytoskeletal proteins protein synthesis regeneration Nigral-striatal dopamine system, 569 light microscopic studies tyrosine hydroxylase immunohistochemistry
Noreuinephrine dopamine, 665 hippocampus, 215 neuronal activity, 665 olfactory tubercle, 665 tetrahydro+carboline, 215 transmitter release, 215 Normorphine. 329 cats clonidine dogs Edinger-Westphal nucleus morphine pupillary Nuclear yellow, 307 primates retrograde transport true blue Nucleus raphe dorsalis, 335 CNS development intraocular grafts serotonin Nutrients, 411 diet food choice 5-hydroxytryptamine
8-OH-DPAT, 377 food deprivation locomotor activity stereotypy Olfactory bulb, 661 gastric distension unit activity visceral afferents Olfactory cortex, 237 current generators current-source-density Olfactory responses, 673 gustatory responses parabrachial nucleus Olfactory system, 129 anatomical tracing transneuronal transport wheat germ agglutinin-horseradish peroxidase Olfactory tubercle, 665 dopamine neuronal activity norepinephrine Open field, 257 lesions, parafdscicular area a-melanocyte-stimulating hormone Org 2766 reversal learning Operant turning, 515 crossed projections horseradish peroxidase striatum substantia nigra Opiates, 391 drug interaction eating palatability Opiomelanocortin, 117 brainstem norepinephrine monosodium glutamate neurochemistry Opossums, 273 CA, cells hippocampus synaptic plasticity
Org 2766, 257 lesions, parafascicular area a-melanocyte-stimulating hormone open field reversal learning Oxidative metabolism, 425 eating energostatic hypothesis liver hepatic vagotomy Oxytocin release, 587 dexamethasone drug interaction naltrexone tail electroshock vasopressin release
Palatability, 391 drug interaction eating opiates Palatable food consumption, 397 anorexia appetite benzodiazepine receptors Parabrachial nucleus, 673 gustatory responses olfactory responses Paradoxical sleep, 1 clomipramine push-pull superfusion ventromedial hypothalamus Peptide ACTH, 267 angiotensin. 417 angiotensin II, 65, 79, 99 arginine vasopressin, 209 avian pancreatic polypeptide. 155, 465 cholecystokinin-8, 167 corticotropin releasing factor, 155, 5 19 dynorphin, 603 endotoxin, 603 enkephalin, 287 d-ala-enkephalin, 299 d-leu-enkephalin, 299 leu-enkephalin, 155 galanin, 191 glucagon. 155 LH, 283 LHRH, 657 a-MSH, 257 y,-MSH, 257 muramyl dipeptide, 443 neuropeptide Y, 465 neurotensin, 155, 537 oxytocin, 83, 87 somatostatin, 155 substance P, 155 vasoactive intestinal polypeptide, 155 vasopressin, 83, 87 Peptides, 287 blood-brain barrier dementia lipophilicity permeability Peripheral .ierve homogenate implant, 13 AChE fiber growth astroglial cells hippocampal timbria transection Permeability, 287 blood-brain barrier dementia
lipophilicity peptides P-Phenylethylamine, 183 I-deprenyl endogenous brain amines reinforcement self-stimulation Phorbol esters, 657 diacylglycerol in vitro LHRH secretion prostaglandins Photoperiodism, 149 circadian rhythms hamsters hypothalamic circuits locomotor activity Pigment epithelium, 143 rabbits retina retinoids Pineal melatonin rhythms, 347 circadian rhythms lithium locomotor activity Polysensory connections, 497 horseradish peroxidase intra-hemispheric connections kittens Prefrontal cortex, 225 kainic acid lesions, cortical self-stimulation Pressure ejection androgens, 547 medial forebrain bundle, 547 solenoid-controlled valve, 669 Pressure injection, 527 electrolysis neuronal activity Primates, 307 nuclear yellow retrograde transport true blue Prostaglandins, 657 diacylglycerol in vitro LHRH secretion phorbol esters Protein synthesis, 267 ACTH cytoskeletal proteins neurotrophic peptides regeneration Pupillary. 329 cats clonidine dogs Edinger-Westphal nucleus morphine normorphine Push-pull superfusion, 1 clomipramine paradoxical sleep ventromedial hypothalamus Pyrogen, 315 cerebrospinal fluid fever intracranial pressures Rabbits arginine vasopressin. 209
fever, 209 pigment epithelium. 143 retina, 143 retinoids, 143 suppression, 209 Randomization, 279 Apple IIe BASIC language Raphe nucleus, 107 calcium in vitro studies serotonin Regeneration, 267 ACTH cytoskeletal proteins neurotrophic peptides protein synthesis Reinforcement, 183 I-deprenyl endogenous brain amines P-phenylethylamine self-stimulation Retina chicks, 155 neuropeptides, 155 pigment epithelium, 143 rabbits, 143 retinoids, 143 three dimensional analysis, 155 Retinoids, 143 pigment epithelium rabbits retina Retrograde transport, 307 nucleus yellow primates irue blue Reversal learning. 257 lesions, parafascicular area cy-melanocyte-stimulating hormone open field Org 2766 Satiety, 371 anorexia eating Scrotal thermoregulation, 609 cremaster motoneurons genitofemoral nerve immunohistochemistrv Self-stimulation . I-deorenvl, 183 endogenbus brain amines, 183 kainic acid, 225 lesions, cortical, 225 P-phenylethylamine, 183 prefrontal cortex, 225 reinforcement, 183 Sensory ganglia, 191 capsaicin galanin immunocytochemistry sensory neurons Sensory neurons, I91 capsaicin galanin immunocytochemistry sensory ganglia Serotonin calcium, 107 CNS development, 335 fluoxetine, 283
intraocular grafts, 335 in vitro studies, 107 luteinizing hormone, 283 nucleus raphe dorsalis, 335 raphe nucleus, 107 Sheep, 453 auditory evoked potentials Single neuronal activity, 33 glucose-sensitive neurons lateral hypothalamus mazindol Sleep, 437 cats thalamus unit activity vagal stimulation Sleep-wakefulness, 447 body temperature medial preoptic norepinephrine Solenoid-controlled valve, 669 pressure ejection Spinal cord, 519 corticotropin releasing factor hindbrain Splitbrain. 203 circadian rhythms crayfish symmetrical pacemakers vision Stereotypy, 377 food deprivation locomotor activity 8-OH-DPAT Striatum, 515 crossed projections horseradish peroxidase operant turning substantia nigra [:‘H] Strychnine, 473 autoradiography central nervous system glycine receptor Subfornical organ angiotensin II, 65, 79, 99 AV3V. 595 body fluid homeostasis, 595 dehydration, 99 drinking, 99 electrophysiology, 83 ependymal cells, 71 glucose metabolism, 99 hypothalamo-neurohypophysial system, 87 hypothalamus, 83 immunohistochemistry, 79 neuroendocrine comparisons, 87 neuroendocrine regulation, 65 neurohumoral integration, 65 neuronal perikarya, 71 neurosecretory neurons, 83 synapses, 71 Substantia nigra crossed projections, 5 15 dopamine, 221 electrophysiology, 221 horseradish peroxidase, 5 15 operant turning, 515 striatum, 515 unit activity, 221 voltammetry, 221 Suppression, 209 arginine vasopressin
fever rabbits Symmetrical pacemakers, 203 circadian rhythms crayfish splitbrain vision Sympathohippocampal sprouting, nerve growth factor lesions, timbrialfomix Synapses, 71 ependymal cells neuronal petikarya subfomical organ Synaptic plasticity, 273 CA, cells hippocampus opossums
Tail electroshock, 587 dexamethasone drug interaction naltrexone oxytocin release vasopressin release Tetrahydro-P-carboline, 215 hippocampus norepinephrine transmitter release Thalamus, 437 cats sleep unit activity vagal stimulation Thermosensitive neurons, 459 antipyretics endotoxin fever Three dimensional analysis, 155 chicks neuropeptides retina Threshold, 529 cat skin cold stimulation mechanothermal nociceptors Tolerance, 343 ethanol GABA receptor complex withdrawal Transmitter interactions, 197 cerebral cortex
629
endogenous release Transmitter release, 21s hippocampus norepinephrine tetrahydro+carboline Transneuronal transport, 129 anatomical tracing olfactory system wheat germ agglutinin-horseradish peroxidase True blue, 307 nuclear yellow primates retrograde transport Turtles, 167 central nervous system cholecystokinin-8 immunohistochemistry Tyrosine hydroxylase, 229 dorsal raphe nuclei immunohistochemistry median raphe nuclei Tyrosine hydroxylase immunohistochemistry, 569 light microscopic studies nigral-striatal dopamine system
cerebrovascular circulation intracranial pressure Vasopressin release, 587 dexamethasone drug interaction naltrexone oxytocin release tail electroshock Ventral tegmental area antidromic discharge, 579 circling, 537 meso-accumbens neurons, 579 neurotensin, 537 Ventromedial hypothalamus anorexic agent 129 clomipramine, 1 guinea pigs, 29 intracellular recording, 29 mazindol, 29 paradoxical sleep. 1 push-pull superfusion, 1 Visceral afferents. 661 gastric distension olfactory bulb unit activity Vision, 203 circadian rhythms crayfish splitbrain symmetrical pacemakers Voltammetry, 221 dopaminc electrophysiology substantia nigra unit activity
Unit activity cats. 437 dopamine, 221 electrophysiology, 221 gastric distension, 661 olfactory bulb, 661
sleep, 437 substantia nigra. 22 1 thalamus. 437 vagal stimulation, 437 visceral afferents, 661 voltammetry.
Wheat germ agglutinin-horseradish peroxidase, 129 anatomical tracing olfactory system transneuronal transport Withdrawal, 343 ethanol GABA receptor complex tolerance
221
Vagal stimulation. 437 cats sleep thalamus unit activity Vagotomy, 5 cholinesterase medulla oblongata muscarinic receptors Vasodilation, 321 cardiac circulation
X-Y Plotter, 533 charting system electronic photograph
AUTHOR INDEX
Alley, C. D., I9 Annau, Z., 117 Armstrong, D. L., 293 Ashe, J. H., 273 Ashley. D. V. M., 41 I Baldwin, B. A., 453 Banks, W. A., 287 Barone, F. C., 293 Ban-era-Mera, B., 203 Bartness, T. J., 357 Beinfeld, M. C., 167 Beleslin, D. B., 353
Ben Hamida, C., 497 Bieger, D., 487 Blundell, .I. E., 371 Bodnar, R. J., 299 Borsini, F., 279 Boulton, A. A.. 183 Bourque, C. W.. 83 Brodemann, R., 249 Brown, M. H., 149 Calkins, P. M., 197 Cannon, M. S., 229 Chery-Craze, S., 529
Chhina, G. S., 447 Cinelli, A. R.. 237 Cooper, K. E., 315, 321 Cooper, S. _I., 385, 391, 397 Crisp, T., 107 Curzon. G., 377 Danguir, J., I Datta, S., 447 Davis, B. J.. 533 Dawson, R.. Jr., Day, T. A., 83 DeKosky, S. T..
I I7 1I I
Dellmann, H.-D., 71 DeLong, M. R.. 307 Dempster, D. W.. 39 DePorter, T. E.. 5 Detari. L., 437 De Wied. D., 257 Dourish, C. T.. 367, 369, 377 Duclaux, R., 529 Eadens. D. J., 283 Edwards. P. M.. 267 Egli, G., 425 Elghozi. J.-L., I
Emmert. S. E.. X7 Even. P.. 429 Fer.guson. A. V.. 83 Ferrer, J. M. R.. 225 Ferreyra Moyano. H.. 237 Flmt. R. S.. I97 Frostholm. A., 473 Fujltx I.. 527 Garcia. J. J.. 143 Geisert, E. E.. 19 Gilbert. D. B.. 385 Gispen. W. H.. 267 Greenshaw. A. J.. 183 Gribkoff, V. K.. 273 Groa\. I’. M.. 63. 65. 99 Hancock. J. C.. 5 Harrmgton. M. E., 465 Heacens. R. P.. 453 Henxhen, A.. 335 Hill. A. J., 371 Hill. M. W.. 453 Holme\. L. J.. 23? Hoover. D. B.. 5 Hori. T.. 459 Huston. J. P.. 515 Hut\on. P. H., 367. 369, 377 Huttunen. P.. 215 Hynes. M.. 29 Inokuchi. A.. 33 In\cl. 7. R.. 519 Jackxm, A.. 391 Jacobow~tz. 0. M.. 191. 519 Japundiic. N.. 353 Jennekena, F. G. I.. 767 Jov;lnovlc-Micit. D.. 353 Juhi\z. G., 437 Juorio. A. V.. IX?
Kadekaro, M.. 99 Kadlecovl, 0.. 443 Kastin. A. J.. 287 Katayama-Kumcn. Y . . I.55 Kimmel. J.. I55 Kitt. C. A., 307 Kiyama, H.. I55 Kivohara. T.. 459 K;hut. A. F.. 209 Kow. L.-M.. 509 Krlpke, D. F.. 347 Kukorelli. T.. 427 Lai, Y.-L. I43 Lam. K.-W.. 143 Langhans. W., 425 Lavlolette, J. R.. 351 Lewy. A. J.. 347 Lind, R. W.. 79 McBride. W. J.. 197 McClellan. D. E.. 347 McEachron, D. L.. 347 Mahach, R., 249 Malkinson, T. J.. 315. 321 MaSrk. K.. 443 Masotto, C.. 523 Matthies, H.. 249 Meyer. D. C.. 283 Minami. T.. 29 Mohan Kumar. V.. 447 Molina, J. C.. 237 Mora. F.. 225 Morgan. S.. 515 Murphy. J. M.. I97 Mycr5. R. D.. 21, 225 NakashimaT.. 459 Nance. D. M., 46.5 Naylor. A. M.. 209
iiegro-Vilar. A.. 523 Nemoto. S.. .527 Nicolaldis. S.. 429 Nilaver. G., 299 Nishino. H.. 527 Nonneman. A. J.. I II Nuner. A. A.. 149 Nyakas. C.. 2.57 Olson. I... 335 Oomura. Y 29, 33. 527 Orslni. J. C.. 293 Ott. T.. 249 Petrovlcky. P.. 443 Pfaff. D. W.. SO9 Plckworth, W. B., 329 Portzllne. T., 299 Powell. J F.. I55 Price. D. I... 307 Raese. J. D., 229 Raynauld. J. P., 35 I Rcincr. A., 167 Rendud. L. P.. 83 Retch. G. E.. I?? Rcymann. K. G.. 249 Rogers. P. J.. 371 Rosella-Dampm‘tn. L.. 87 Rosenkranz..C.. 515 Rotter. A.. 473 Rowland. N. E., 417 Rusak. 5.. 465 Ruwe. W. D., 209 Samardiit. R.. 353 Saumet. J.-L.. 529 Sawchenko. P. E.. 79 Scharrer. E., 425 Scheff. S W., Ill Schotman. P.. 267
Schulzeck. K.. 249 Spro. S.. X3 Sharp, F. R.. 347 Sharpe, L. G.. 327 Shibata. M.. 459 Shipley. M. T.. I29 Sikdar. S. K., 33 Simpson. C. W.. I23 Singh. B.. 447 Sivan. A. B.. 363 Skofitsch. G.. 191, 519 Slovitcr. R. S.. 39 Smith, A. D.. I55 Spcnccr. B. A.. 21.’ Spierings. T.. 267 Stcinbusch. H.. 155 Stcincr. H.. 515 Sugimori, M., 29 Summy-Long. J. Y., 87 Swanson. L. W.. 79 Terzic. A. M.. 353 Thkagaraian, R., 343 Tick;. My K.. 343 Tohyama. M.. 15s Irulson, M. E.. 107, 221, 229 Thin. A. T. C., I43 Veale. W. L.. 209. 315. 321 Veldhuls,. H. D., 257 Verhaagen, J., 267 Verhofstad. PI. A. J.. 335 Vlcedomini. J. P., I I I Walker. 1.. C.. 307 Wayner. M. J.. 293 Wcndt. J. S.. I? Wise. R. A.. 537 Yamamoto. T.. S27 Youngstrom. T. G.. I49
JULY 1985
VOLUME 15 NUMBER 1
CONTENTS .......................................................................
Editorial
V
Articles Superfusion of clomipramine within the ventromedial hypothalamus selectively suppresses paradoxical sleep in freely moving rats. DANGUIR, J.andJ.-L. ELGHOZI ..........................................
1
Effect of vagotomy on cholinergic parameters in nuclei of rat medulla oblongata.
HOOVER,
D. B., J. C. HANCOCK
........ ..........
and T. E. DEPORTER
5
AChE-positive fiber growth after hippocampal fimbria transection and peripheral nerve homogenate implantatinn.
WENDT,
J. S.
.............................................................
13
Antiserum-induced growth of axons across lesions of the adult rat brain. GEISERT,
E. E.and
C. D. ALLEY
.........................................
19
Direct action of mazindol on guinea-pig ventromedial hypothalamic neurons: Intracellular studies in slice preparation. MINAMI,
T., Y. OOMURA,
M. SUGIMORI
.................
29
................. .....
33
and M. HYNES
Effects of mazindol on rat lateral hypothalamic neurons. SIKDAR, S. K., Y. OOMURA and A. INOKUCHI
“Epileptic” brain damage is replicated qualitatively in the rat hippocampus by central injection of glutamate or aspartate but not by GABA or acetylcholine. SLOVITER,
Meeting
......
39
................................................................
61
...................................................................
63
R. S. and D. W. DEMPSTER
Report
Introduction
........
.
.............
The subfornical organ as a model of neurohumoral integration. GROSS,
P. M.
.... ....... .......
.... ...............................
65
Fine structural organization of the subfornical organ. A concise review. DELLMAN,
H.-D.
.........................................................
71
Anatomical evidence that neural circuits related to the subfornical organ contain angiotensin II.
LIND, R. W., L. W. SWANSON
and P. E. SAWCHENKO
Electrophysiology of the subfornical organ and its hypothalamic connections-an RENAUD. S. SGRO
..,...............
79
in-vivo study in the rat.
L. P., A. V. FERGUSON, T. A. DAY, C. W. BOURQUE and ..................................................................
83
Contents continued
VOLUME INDEX
The subfornical organ: Biochemical and neuroendocrine comparisons with the hypothalamo-neurohypophysial
system.
..
87
.................................... . .
99
.......................................................................
105
SUMMY-LONG,
J. Y., S. E. EMMERT
and L. ROSELLA-DAMPMAN
...
Elevated glucose utilization in the subfornical organ during dehydration. KADEKARO,
Erratum
M. and P. M. GROSS
BRAIN RESEARCH
BULLETIN
AUGUST 1985
VOLUME 15 NUMBER 2
CONTENTS v
. . . . . . . . . . . . . . . . . . . . .._....................___..........__......._.....
Editorial Articles
Calcium regulates the activity of serotonin-containing TRULSON,
M. E.andT.
CRISP
dorsal raphe neurons in vitro.
...........................................
Perinatal glucocorticoids alter dentate gyrus electrophysiology. VICEDOMINI, J. P., A. J. NONNEMAN, S. T. DEKOSKY
and S. W. SCHEFF
107
111
Neonatal monosodium glutamate administration alters noradrenergic measures in the brainstem of the mouse. DAWSON,
R.,
.. .....................................
JR. and Z. ANNAU
117
ACh and 5-HT stimulated thermogenesis at different core temperatures in the He-Cold hypothermic hamster. SIMPSON,
C. W.and
G. E. RESCH
.......................................
123
Transport of molecules from nose to brain: Transneuronal anterograde and retrograde labeling in the rat olfactory system by wheat germ agglutinin-horseradish peroxidase applied to the nasal epithelium. SHIPLEY,
M. T.
..........................................................
129
Distribution of retinoids in different compartments of the posterior segment of the rabbit eye. LAI,
Y.-L.,
A. T. C. TSIN?
K.-W.
LAM
.................
and J. J. GARCIA
143
Hypothalamic circuits involved in the regulation of seasonal and circadian rhythms in male golden hamsters. NUNEZ,
A. A., M. H. BROWN
..................
and T. G. YOUNGSTROM
149
Three dimensional analysis of retinal neuropeptides and amine in the chick. KIYAMA, H., Y. KATAYAMA-KUMOI, J. KIMMEL, J. F. POWELL, A. D. SMITH and M. TOHYAMA
H. STEINBUSCH,
..........................
155
The distribution of cholecystokinin-8 in the central nervous system of turtles: An immunohistochemical and biochemical study. REINER,
A. and M. C. BEINFELD
........ ................................
Behavioural and neurochemical effects of deprenyl and P-phenylethylamine GREENSHAW,
A. J., A. V. JUORIO
167
in Wistar rats.
and A. A. BOULTON
................,
183
.......... ..
191
.......
197
Galanin-like immunoreactivity in capsaicin sensitive sensory neurons and ganglia.
SKOFITSCH.
G. and D. M. JACOBOWITZ
.................
Monoamine, amino acid cholinergic interactions in slices of rat cerebral cortex.
FLINT. R. S., J. M. MURPHY, P. M. CALKINS
and W. J. MCBRIDE
Contents continued
VOLUME INDEX
Visual circadian rhythmicity in splitbrain crayfish: A plastic behavioral expression of symmetric circadian pacemakers.
BARRERA-MERA,
B.
................................................... .
203
Perfusion of vasopressin within the ventral septum of the rabbit suppresses endotoxin fever.
NAYLOR,
Rapid
A. M., W. D. RUWE, A. F. KOHUT and W. L. VEALE
....
..
209
..
215
Communication
Monoamine transmitter release induced by tetrahydro$carboline unrestrained rat.
HUTTUNEN,
perfused in hippocampus of the
. . . . . . . _. . . . . . .
P., B. A. SPENCER and R. D. MYERS
Simultaneous recording of substantht nigra neurons and voltammetric release of dopamine in the caudate of behaving cats.
TRULSON,
M. E.
.. ... ...
. . ......... ...
................ .. ..
221
Suppression of self-stimulation of the medial prefrontal cortex after local micro-injection of kainic acid in the rat.
FERRER, J. M. R., R. D. MYERS and F. MORA
......................
...
225
Brief Communication identification of dopamine-containing cell bodies in the dorsal and median raphe nuclei of the rat brain using tyrosine hydroxyhtse immunochemistry.
TRULSON,
Announcements
M. E., M. S. CANNON and J. D. RAESE
. ..___..._...........................,,.........................
................ ......
229
235
BRAIN RESEARCH
BULLETIN
VOLUME 15 NUMBER 3
1985
SEPTEMBER
C’()hl7 EN 7s
Articles Current generators and properties of early components evoked in rat olfactory cortex. FERREYRA
MOYANO,
H., A. R. CINELLI
and J. C. MOLINA
.............
237
The duration of long-term potentiation in the CA1 region of the hippocampal slice preparation. REYMANN, K. G., R. MALISCH, K. SCHULZECK, R. BRGDEMANN, T. OTT ......................................................... and H. MATTHIES
249
Beneficial effect of chronic treatment with Org 2766 and cu-MSHon impaired reversal learning of rats with bilateral lesions of the parafascicular area. NYAKAS,
and DE WIED
C., H. D. VELDHUIS
.............,...............
257
The effect of ACTHd- IUon protein synthesis, actin and tubulin during regeneration. EDWARDS, P. M., J. VERHAAGEN, T. SPIERINGS, P. SCHOTMAN, .................. ,.....,........ F. G. I. JENNEKENS and W. H. GISPEN
267
Responses of opossum and rat hippocampal CA1 cells to paired stimulus volleys. GRIBKOFF,
........................................
273
..............................................................
219
V. K.andJ.
H. ASHE
Randomization program for Apple IIe computer. BORSINI.
F.
The role of endogenous serotonin in phasic LH release. MEYER,
D. C.and
.........................................
D. J. EADENS
283
Peptides and the blood-brain barrier: Lipophilicity as a predictor of permeability. BANKS,
.. ........................, ............
W. A. and A. J. KASTIN
287
Direct effects of androgens on lateral hypothalamic neuronal activity in the male rat: 1. A microiontophoretic study. ORSINI,
J. C., F. C. BARONE.
D. L. ARMSTRONG
and M. J. WAYNER
...
293
.........................
299
Differential alterations in opioid analgesia following neonatal monosodium glutamate treatment. BODNAR,
R. J., T. PORTZLINE
and G. NILAVER
Noncollateral projections of basal forebrain neurons to frontal and parietal neocortex in primates. L. C., C. A. KITT,
WALKER.
M. R. DELONG
and D. L. PRICE
......,.....
307
......... ..........
315
............
.
321
........... .......................
329
Fever and intracranial pressures. MALKINSON,
T. J., W. L. VEALE
and K. E. COOPER
Induced changes in intracranial pressure in the anesthetized rat and rabbit. MALKINSON,
T. _I., K. E. COOPER
and W. L. VEALE
. .
Opposite pupillary size effects in the cat and dog after microinjections of morphine, normorphine and clonidine in the Edinger-Westphal nucleus. SHARPE,
L. G. and W. B. PICKWORTH
Intraocular grafts of nucleus raphe dorsalis provide cografted spinal cord with a serotonergic innervation. HENSCHEN,
A., A. A. J. VERHOFSTAD
and L. OLSON
...................
335
Contents continued
VOLUMEINDEX
Rapid Communication The effect of in v&o and in viva ethanol administration on [35S]t-hutylbicyclophosphorothionate in C57 mice. THYAGARAJAN.
R.
and M. K. TICKU
binding
.......................... .........
343
Brief Communications Lithium effects on selected circadian rhythms in rats.
McEACHRON, D. L., D. F. KRIPKE, F. R. SHARP, A. J. LEWY and ....................................................... D. E. MCCLELLAN
347
A simple jig allows for a rapid mounting of micropipette tips for EM viewing. LAVIOLETTE,
J. R. and J. P. RAYNAULD
.. .............................
351
Behavioral, autonomic and motor effects of neuroleptic drugs in cats: Motor impairment and aggression.
BELESLIN, D. B., D. JOVANOVIC-MI&c, N. JAPUNDgIC, A. M. TERZIC and ..... . . . . _. . . . . . . . , . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . R. SAMARDb6
353
Book Reviews ............
357
Early Brain Damage, Volume 1: Research Orientations and Clinical Observations, C. Robert Almli and .............................. .. ............ Stanley Finger. Reviewed by A. B. Sivan
363
................................................................
365
Eating and Its Disorders, A. J. Stunkard and E. Stellar. Reviewed by T. J. Bartness
Announcements
BRAIN RESEARCH BULI.ETIN
VOLUME 15 NUMBER 4
OCTOBER 1985
CONTENTS
Preface
. .. .. . .. . . . .. . . . . .. . . ... . .. . . . . . .. . . . .. . ... . . . .. . . . .. . .. . . . ... .........
367
............................ .........
369
Introduction DOURISH,
C. T. and P. H.
HUTSON
Articles Behavioural structure and mechanisms of anorexia: Calibration of natural and abnormal inhibition of eating. BLUNDELL,
J. E., P. J. ROGERS
and A. J. HILL
. . . . . . . . . . . . . . . .........
371
Characteristics of feeding induced by the serotonin agonist 8-hydroxy-2-(di-n-propylamino) tetralin (8-OH-DPAT). DOURISH,
C. T., P. H. HUTSON
and G. CURZON
. . . . . . . . . . . . . . . .........
Analysis of dopamine Dl and D2 receptor involvement in d- and f-amphetamine-induced GILBERT,
D. B. and S. J. COOPER
377
anorexia in rats.
............................ ...........
385
Effects of kappa opiate agonists on palatable food consumption in non-deprived rats, with and without food preloads. JACKSON,
A. and S. J. COOPER
..........
...... ........
........
391
Bidirectional control of palatable food consumption through a common benzodiazepine receptor: Theory and evidence. COOPER,
S. J.
.............. ............... ...... ..........
.... ..
397
....... ...............................................
411
Qualitative analysis of feeding behaviour through dietary selection of nutrients. ASHLEY,
D. V.
M.
Ingestive behaviour of Syrian hamsters: Advantages of the comparative approach. ROWLAND,
N.
E.
.........................................................
417
Kegulation of food intake by hepatic oxidative metabolism. LANGHANS,
W., G. EGLI and E. SCHARRER
....................
.......
425
........................
429
Spontaneous and 2DG induced metabolic changes and feeding: The ischymetric hypothesis. EVEN.
P. and S. NICOLAIDIS
. ... .... ...
BRAIN RESEARCH
BULLETIN
NOVEMBER 1985
VOLUME 15 NUMBER 5
CONTENTS Editorial
.......................................................................
v
Articles Effects of hypnogenic vagal stimulation on thalamic neuronal activity in cats. JUHASZ,
G., L. Dl?TARI
and T. KUKORELLI
..............................
437
The involvement of brain structures in the adjuvant effect of muramyl dipeptide. MASEK,
K., 0.
KADLECOVA
and P. PETROVICK?
.............,.........
443
Tonic activity of medial preoptic norepinephrine mechanism for body temperature maintenance in sleeping and awake rats. DATTA,
S., V. MOHAN
KUMAR,
G. S. CHHINA
and B. SINGH
........
447
..................,.
453
Auditory evoked potentials recorded from conscious sheep. HILL,
M. W., R. P. HEAVENS
and B. A. BALDWIN
Effects of endotoxin and sodium salicylate on the preoptic thermosensitive neurons in tissue slices. NAKASHIMA,
T., T. HORI,
T. KIYOHARA
and M. SHIBATA
Neuropeptide Y immunoreactivity in the hamster geniculo-suprachiasmatic HARRINGTON,
M. E.. D. M. NANCE
........
.
459
...................
465
tract.
and B. RUSAK
Glycine receptor distribution in mouse CNS: Autoradiographic localization of [3H]strychnine binding sites. FROSTHOLM,
A.andA.
ROTTER
Atypical indolamine-immunoreactive BIEGER,
D.
,......................................,
473
cell groups in the dorsal myelencephalon of the rat.
.,..........................................................,.
487
A HRP qualitative and quantitative study of the intrahemispheric connections of kittens. BEN
HAMIDA,
C.
.... ...........
................. .................
497
Actions of feeding-relevant agents on hypothalamic glucose-responsive neurons in vitro. KOW,
L.-M.
and D. W. PFAFF
................. ......
.
...............
509
Lack of relationship between the direction of operant turning and horseradish peroxidase uptake by crossed nigro-striatal projections. MORGAN,
S., C. ROSENKRANZ,
H. STEINER
and J. P. HUSTON
......._
515
Rapid Communications Binding sites for corticotropin releasing factor in sensory areas of the rat hindbrain and spinal cord. SKOFITSCH,
G., T. R. INSEL
and D. M. JACOBOWITZ
...................
519
Inhibition of spontaneous or angiotensin II-stimulated water intake by atrial natriuretic factor. MASOTTO,
C. and A. NEGRO-VILAR
. . . . . . . . . . . _. . . . _. . . . . . . . . . . . . . . . .
Contents
523
continued
VOLUMEINDEX Brief Communications A new method for drug application using electrolysis of water. YAMAMOTO, T., Y. OOMURA, S. NEMOTO, I. FUJITA and H. NISHINO Response of cat skin mechanothermal nociceptors to cold stimulation. SAUMET, J.-L., S. CHERY-CROZE and R. DUCLAUX
,.
527
.....................
529
The electronic pantograph: Amplifier couples microscope stage of X-Y plotter. DAVIS, B. J. .,.................,............._....................__......
533
Dopamine-dependent contralaterai circling induced by neurotensin applied unilaterally to the ventral tegmentni area in rats. HOLMES, L. J. and R. A. WISE . . _. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
537
Announcements
539
,..................,,..................,.....................,..
BRAIN RESEARCH BULLETIN
DECEMBER 1985
VOLUME 15 NUMBER 6
CONTENTS
Articles Activation of striatal dopaminergic grafts by haloperidol. HERMAN,
J. P., K. CHOULLI
..........................
and M. LE MOAL
543
Direct effects of androgens on lateral hypothalamic neuronal activity in the male rat: II. A pressure ejection study. ORSINI,
. .._.........................................................
J. C.
547
Brain dopamine activity following intranigral or intrathalamic drug injections in the rat. ..... KILPATRICK, I. C., M. S. STARR and M. SUMMERHAYES
. ...
553
Neural and anatomic characteristics of peripheral afferent fibers in the milk ejection reflex. HALLER,
...........................................................
E. W.
563
Effects of chronic methamphetamine on the nigral-striatal dopamine system in rat brain: Tyrosine hydroxylase immunochemistry and quantitative light microscopic studies. TRULSON,
M. E., M. S. CANNON,
........
569
.................................
579
T. S. FAEGG
and J. D. RAESE
Antidromic discharge property of meso-accumbens dopaminergic VTA neurons in rats. SHINBA,
T., R. SUGITA
and K. WATABE
Dexamethasone diflerentially alters naltrexone effects on vasopressin and oxytocin release during tail electroshock. ROSELLA-DAMPMAN,
L. M. and J. Y. SUMMY-LONG
....................
587
The periventricular anteroventral third ventricle (AV3V): Its relationship with the subfornical organ and neural systems involved in maintaining body fluid homeostasis. JOHNSON,
A. K.
..........................................................
595
Hypothalamic opioids and the acute-phase glycoprotein response in guinea pigs. AHOKAS, R. A., J. SEYDOUX, J. LLANOS-Q., T. A. MASHBURN, . . . . . . . . . . . . ..I........................................... C. M. BLATTEIS
JR. and 603
Neural relations of cremaster motoneurons, spinal cord systems and the genitofemoral nerve in the rat. NAGY,
J. I.and
E. SENBA
................................................
Intrahippocampal injections of antiserum to nerve growth factor inhibit sympathohippocampal SPRINGER, Immunohistochemical SKOFITSCH,
J. E.andR.
LOY
609
sprouting.
..............................................
629
localization of a melanin concentrating hormone-like peptide in the rat brain. G., D. M. JACOBOWITZ
and N. ZAMIR
. . . . . . . . . . . . _. . . . . . . . .
635
.................................
651
The role of the anteromedial hypothalamus in Dahl hypertension. ERNSBERGER,
P.,S.
AZARand
P. AZAR
Contents continued
VOLUMEINDEX Rapid Communications Diacylgfycerol and phorbol esters enhance LHRH and prwtaglandin E, secretion from median eminence nerve termhtals in vitro.
VALENCA,
M. M., D. CONTE and A. NEGRO-VILAR
......................
657
Olfactory bulb neurons respond to gastric distension.
GARCIA-DIAZ, D. E., H. U. AGUILAR-BATURONI, R. GUEVARA-AGUILAR ................. ...................................... andM. J. WAYNER
661
Effects of dopamine and norepinephrine on neuronal activity of the olfactory tubercle.
GUEVARA-AGUILAR, R., L. P. SOLANO-FLORES, H. U. AGUILAR-BATURONI and M. J. WAYNER
D. E. GARCIA-DIAZ, ................... ......
665
Brief Communications An inexpensive picoliter-volume pressure ejection system.
ROGERS.
R. C.
. . . . . .._............._.....................................
669
Olfactory responses in the gustatory area of the parabrachial pons.
DI LORENZO,
P. M. and J. GARCIA
...... ...................... .........
673
A deoxyglucose study on auditory responses in the bat Rhinolophus rowi.
MELZER,
Erratum Author’s Index
P.
..................,...........................................
............................................................................... Correction
to Volume
15
677
683
...................................................................
684
............................................................
685
VOLUME 15 1985 SUBJECT INDEX Acetylcholine aspartate, 39 cold block, 123 colonic temperature. 123 epilepsy, 39 gamma-aminobutyric acid, 39 glutamate, 39 hamsters, 123 hippocampus, 39 5-HT, 123 AChE fiber growth, 13 astroglial cells hippocampal timbria transection peripheral nerve homogenate implant ACTH, 267 cytoskeletal proteins neurotrophic peptides protein synthesis regeneration Acute-phase reaction, 603 body temperature glycoprotein response guinea pigs Afferent fibers. 563 mammary nerve milk ejection reflex Aggression, 353 cats motor impairment neuroleptic drugs Aminergic system, 443 fever immunoadjuvant activity muramyl dipeptide Amphetamine, 385 anorexia dopamine receptors Analgesia. 299 immunocytochemistry monosodium glutamate Anatomical tracing. 129 olfactory system transneuronal transport wheat germ agglutinin-horseradish peroxidase Androgens lateral hypothalamic neuronal activity, 293 medial forebrain bundle. 547 microiontophoresis, 293 pressure ejection, 547 Angiotensin II atrial natriur-etic factor, 523 dehydration. 99 drinking. 99, 523 glucose metabolism, 99 immunohistochemistry. 79 inhibition of drinking, 523 neuroendocrine regulation, 65 neurohumoral integration, 65 subfornical organ, 65, 79. 99 Anorexia amphetamine, 385 appetite, 397 bcnzodiazepine Ireceptors, 397 dopamine receptors, 385
eating, 37 I palatable food consumption, satiety. 371 Anorexic agent. 29 guinea pigs intracellular recording mazindol ventromedial hypothalamus Anterior hypothalamus, 651 hype&&ion. salt-induced lesions, PVN-SCN Antidromic discharge, 579 meso-accumbens neurons ventral tegmental area Antipyretics. 459 endotoxin fever thermosensitive neurons Antiserum, I9 damaged CNS growth of axons lesions
397
Apparatus amplifier. 533 Apple, Be, 279 micropipette tip, 35 I mounting jig, 351 solenoid-controlled valve. 669 x-y plotter, 533 Appetite, 397 anorexia benzodiazepine receptors palatable food consumption Apple Be, 279 BASIC language randomization Arginine vasopressin, 209 fever rabbits suppression Aspartate. 39 acetylcholine epilepsy gamma-ammobutyric acid glutamate hippocampus Astroglial cells, 13 AChE fiber growth hippocampal hmbria transection peripheral nerve homogenate implant Atrial natriuretic factor, 523 angiotensin II drinking inhibition of dnnking Auditory evoked potentials. 453 sheep Auditory responses, 677 bats deoxy glucose autoradiography Autoradiography, 473 central nervous system glycine receptor [,‘H]strychnine .4v3v, 595 body fluid homeostasis subfornical organ
BASIC language, 279 Apple Be randomization Bats, 677 auditory responses deoxyglucose autoradiography Benzodiazepine receptors, 397 anorexia appetite palatable food consumption Blood-brain barrier, 287 dementia lipophilicity peptides permeability Body fluid homeostasis, 595 AV3V subfornical organ Body temperature acute-phase reaction, 603 glycoprotein response, 603 guinea pigs, 603. medial preoptic norepinenhrine, 447 sleep-wakefulness, 447 _ Brain anterior-preoptic area of hypothalamus, 123 anteromedial hypothalamus, 651 basal forebrain. 307 brainstem, 117, 229 caudate nucleus. 569 central nervous system, 473 cerebral cortex. 197 dentate gyrus. I Il. 629 I-deprenyl, 183 dorsal motor nucleus of the vagus, 5 dorsal mylencephalon, 487 dorsal raphe nuclei. 229 Edinger-Westphal nucleus, 329 hindbrain, 5 I9 hippocampus, 13,39, Ill. 215.249,273 hypothalamic ventromedial nucleus, 509 hypothalamus, 83. 149, 167. 293, 459 ipsilateral nucleus basalis of Meynert, 307 lateral hypothalamic-medial forebrain bundle (LHA-MFB). 547 lateral hypothalamus. 33, 79, 183, 665 locus coeruleus. 665 medial basal hypothalamus. 299 medial forebrain bundle, 293. 635 medial preoptic area. 447 median eminence, 657 median preoptic nucleus, 79 median raphe nuclei. 229 medulla oblongata. 5 meso-accumbens neurons, 579 nucleus ambiguus, 5 nucleus raphe dorsalis, 335 olfactory cortex, 237 parabrachial nucleus, 673 parafascicular area, 257 paraventricular nucleus, 79, 149, 651 parietal cortex, 307 perifornical, 635
pons medulla, 117 posterior hypothalamic, 635 prefrontal cortex, 225 raphe nucleus, 107 reticular nuclei, 437 solitary complex, 487 striatum, 183, 515 subfomical organ, 65,71,79, 83,87,99 substantia nigra, 515, 553, 569 subzona incerta, 635 suprachiasmatic nuclei, 149, 347, 465 thalamus, 437 ventral lateral geniculate nucleus, 465 ventral tegmental area, 537, 579 ventromedial hypothalamus, 1,29 ventromedial thalamus, 553 ventro-postero-medial, 437 Brainstem norepinephrine, 117 monosodium glutamate neurochemistry opiomelanocortin CA1 cells, 273 hippocampus opossums synaptic plasticity CA1 region, 249 hippocampal slice long-term porentiation Calcium, 107 in vitro studies raphe nucleus serotonin Capsaicin, 191 galanin immunocytochemistry sensory ganglia sensory neurons Cardiac output, 321 cerebrovascular circulation intracranial pressure vasodilation Cats aggression, 353 clonidine, 329 dogs, 329 Edinger-Westphal nucleus, 329 morphine, 329 motor impairment, 353 neuroleptic drugs, 353 normorphine, 329 pupillary, 329 sleep, 431 thalamus, 437 unit activity, 437 vagal stimulation, 437 Cat skin, 529 cold stimulation mechanothermal nociceptors threshold Central nervous system autoradiography, 473 cholecystokinin-8, 167 glycine receptor, 473 immunohistochemistry. 167 [,‘H] strychnine, 473 turtles, 167 Cerebral cortex, 197 endogenous release transmitter interactions Cerebrospinal fluid, 3 15 fever
intracranial pressures pyrogen Cerebrovascular circulation, 321 cardiac output intracranial pressure vasodilation Charting system, 533 electronic photograph x-y plotter Chicks, 155 neuropeptides retina three dimensional analysis Cholecystokinin-8, 167 central nervous system immunohistochemistry turtles Cholinesterase, 5 medulla oblongata muscarinic receptors vagotomy Ciradian rhythms crayfish, 203 hamsters, 149 hypothalamic circuits. 149 lithium, 347 locomotor activity, 149, 347 photoperiodism, 149 pineal melatonin rhythms, 347 splitbrain, 203 symmetrical pacemakers, 203 vision, 203 Circling dopamine utilization, 553 hyperactivity, 553 neurotensin, 537 Ventral tegmental area, 537 Clomipramine, 1 paradoxical sleep push-pull superfusion ventromedial hypothalamus Clonidine. 329 cats dogs Edinger-Westphal nucleus morphine normorphine pupillary CNS development. 335 intraocular grafts nucleus raphe dorsalis serotonin Cold block, 123 ACh colonic temperature hamsters 5-HT Cold stimulation. 529 cat skin mechanothermal nociceptors threshold Colonic temperature. 123 ACh cold block hamsters 5-HT Corticotropin releasing factor, 5 19 hindbrain spinal cord Crayfish, 203 circadian rhythms splitbrain
symmetrical pacemakers vision Cremaster motoneurons, 609 genitofemoral nerve immunohistochemistry scrotal thermoregulation Crossed projections, 5 15 horseradish peroxidase operant turning striatum substantia nigra Current generators, 237 current-source-density olfactory cortex Current-source-density, 237 current generators olfactory cortex Cytoskeletal proteins, 267 ACTH neurotrophic peptides protein synthesis regeneration Damaged CNS, 19 antiserum growth of axons lesions Dehydration, 99 angiotensin 11 drinking glucose metabolism subfornical organ Dementia, 287 blood-brain barrier lipophilicity peptides permeability Dentate gyms, 111 electrophysiology glucocorticoids hippocampal development Deoxyglucose autoradiography, auditory responses bats 2-Deoxy-D-glucose. 429 eating ischymetric hypothesis locomotor activity metabolic rate I-Deprenyl, 183 endogenous brain amines /3-phenylethylamine reinforcement self-stimulation Dexamethasone, 587 drug interaction naltrexone oxytocin release tail electroshock vasopressin release Diacylglycerol, 657 in vitro LHRH secretion phorbol esters prostaglandins Diet, 411 food choice S-hydroxytryptamine nutrient Dogs. 329 cats clonidine
677
Edinger-Westphal nucleus morphine normorphine pupillary Dopamine electrophysiology, 221 neuronal activity, 665 norepinephrine, 665 olfactory tubercle, 665 substantia nigra, 221 unit activity, 221 voltammetry, 221 Dopamine receptors, 385 amphetamine anorexia Dopaminergic grafts, 543 haloperidol neural grafts Dopamine utilization, 553 circling hyperactivity Dorsal myelencephalon, 487 immunocytochemistry monoaminoxidase inhibitors Dorsal raphe nuclei, 229 immunohistochemistry median raphe nuclei tyrosine hydroxylase Drinking angiotensin II, 99, 523 atria1 natriuretic factor, 523 dehydration, 99 glucose metabolism, 99 inhibition of drinking, 523 subfornical organ, 99 Drug acetylcholine, 39 ACh, 123 aluminum, 287 amphetamine, 385 angiotensin II, 523 aspartate, 39. 197 bicuculline, 553 bremazocine, 391 calcium, 107 carbachol , 197 chlordiazepoxide, 215 chlorpromazine. 353 clomipramine, 1 clonidine, 329 DiC,,,, 657 domperidone, 353 dopamine, 197, 537, 553, 665 droperidol. 353 endotoxin, 459 ethanol, 343 ethylketocyclazocine. 391 fluoxetine, 283 GABA, 39. 197 glutamate, 39, 197 haloperidol, 353, 543 S-HT, 123 homovanillic acid, 183 5-hydroxyindoleacetic acid, 183 5_hydroxytryptamine, 155, 215, 41 I iproniazed, 487 kainate, 553 kainic acid, 225 lithium, 347 lithium chloride, 371 masindol, 29, 33 methamphetamine, 569
monoamine oxidase, 183 monosodium glutamate, 117, 299 morphine, 329, 391 muscimol. 553 naloxone,’ 603 noreoinenhrine. 197. 215. 447. 509. 665 nor;orpLine, 329 8-OH-DPAT, 377 Org 2766, 257 pargyline, 117 PDBu, 657 phenoxybenzamine, 447 P-phenylethylamine, 183 pimozide, 537 propranolol, 447 auinine, 371 [‘HI quinuclidinyl benzilate, 5 SCH 23390. 385 serotonin, i97 SKF 38393, 385 sodium salicvlate, 459 spiperone, 353 [“HI strychnine, 473 sulperide, 385 tetrahydro-P-carboline, 215 trifluadom, 391 ttifluorpromazine, 353 tyrosine hydroxylase, 155. 299 U-50, 488H, 391 Drug interaction dexamethasone, 587 eating, 391 naltrexone, 587 opiates, 391 oxytocin release, 587 palatability, 391 tail electroshock, 587 vasopressin release, 587 Eating anorexia, 37 I 2-deoxy-D-glucose, 429 drug interaction, 391 energostatic hypothesis, 425 glucose-responsive neurons, 509 hepatic vagotomy, 425 hypothalamic ventromedial nucleus, 509 ischymetric hypothesis. 429 liver, 425 locomotor activity, 429 metabolic rate, 429 opiates, 391 oxidative metabolism, 425 palatability, 391 satiety, 371 Edinger-Westphal nucleus, 329 cats clonidine dogs morphine normorphine pupillary Electrolysis, 527 neuronal activity pressure injection Electronic photograph, 533 charting system x-y plotter Electron microscopy, 351 micropipette tip mounting jig
Electrophysiology dentate gyrus, 111 dopamine, 221 glucocorticoids, 111 hippocampal development, 111 hypothalamus, 83 neurosecretory neurons, 83 subfornical organ, 83 substantia nigra, 221 unit activitv. 221 voltammet;y, 221 Endogenous brain amines, 183 I-deprenyl P-phenylethylamine reinforcement self-stimulation Endogenous release, 197 cerebral cortex transmitter interactions Endotoxin, 459 antipyretics fever thermosensitive neurons Energostatic hypothesis, 425 eating hepatic vagotomy liver oxidative metabolism Ependymal cells, 7 1 neuronal perikarya subfornical organ synapses Epilepsy, 39 acetylcholine aspartate gamma-aminobutyric acid glutamate hippocampus Ethanol, 343 GABA receptor complex tolerance withdrawal Fever aminergic system. 443 antipyretics, 459 arginine vasopressin, 209 cerebrospinal fluid, 3 15 endotoxin, 459 immunoadjuvant activity, 443 intracranial pressures, 315 muramyl dipeptide, 443 pyrogen, 3 15 rabbits, 209 suppression, 209 thermosensitive neurons, 459 Fluoxetine, 283 luteinizing hormone serotonin Food choice, 411 diet 5-hydroxytryptamine nutrients Food deprivation, 417 gonadal regression, 417 hamsters, 417 locomotor activity, 377 neurotransmitters, 417 I-OH-DPAT, 377 stereotypy, 377
GABA receptor complex, 343 ethanol tolerance withdrawal Galanin. 191 capsaicin immunocytochemistry sensory ganglia sensory neurons Gamma-aminobutyric acid, 39 acetylcholine aspartate epilepsy glutamate hippocampus Gastric distension, 661 olfactory bulb unit activity visceral afferents Geniculo-suprachiasmatic tract, 465 hamsters neuropeptide Y Genitofemoral nerve, 609 cremaster motoneuron immunohistochemistry scrotal thermoregulation Glucocorticoids, 1I1 dentate gyrus electrophysiology hippocampal development Glucose metabolism, 99 angiotensin II dehydration drinking subfornical organ Glucose-responsive neurons, 509 eating hypothalamic ventromedial nucleu 1s Glucose-sensitive neurons, 33 lateral hypothalamus mazindol single ncuronal activity Glutamate, 39 acetylcholinc aspartatc epilepsy gamma-aminobutyric acid hippocampus Glycine receptor, 473 autoradiography central nervous system [“H] strychnine Glycoprotein response, 603 acute-phase reaction body temperature guinea pigs Gonadal regression, 417 food deprivation hamsters neurotransmitters Growth of axons, 19 antiserum damaged CNS lesions Guinea pigs acute-phase reaction. 603 anorexic agent, 29 body temperature. 603 glycoprotein response, 603 intracellular recording, 29 mazindol, 29 ventromedial hypothalamus, 29
Gustatory responses, 673 olfactory responses parabrachial nucleus
Haloperidol. 543 dopaminergic grafts neural grafts Hamsters ACh, 123 circadian rhythms. 149 cold block, 123 colonic temperature, 123 food deprivation, 417 geniculo-suprachiasmatic tract, 465 gonadal regression. 417 .SmHT, 123 hypothalamic circuits, 149 locomotor activity, 149 neuropeptide Y, 465 neurotransmitters. 417 photoperiodism, 149 Hepatic vagotomy. 425 eating energostatic hypothesis liver oxidative metabolism Hindbrain, 5 I9 corticotropin releasing factor spinal cord Hippocampal development, 111 dentate gyms electrophysiology glucocorticoids Hippocampal fimbria transection, 13 AChE fiber growth astroglial cells peripheral nerve homogenate implant Hippocampal slice, 249 CAI region long-term potentiation Hippocampus acetylcholine, 39 asparttate, 39 CA, cells, 273 epilepsy, 39 gamma-aminobutyric acid, 39 glutamate, 39 norepinephrine. 215 opossums, 273 synaptic plasticity, 273 tetrahydro-P-carboline, 2 15 transmitter release, 215 Hormone estrogen. 509 prostaglandins, 657 testosterone, 547 Horseradish peroxidase crossed projections, 515 intra-hemispheric connections, 497 kittens, 497 operant turning, 515 polysensory connections, 497 striatum. 5 15 substantia nigra, 515 5.HT, 123 ACh cold block colonic temperature hamsters S-Hydroxytryptamine. 41 I diet
food choice nutrients Hyperactivity, 553 circling dopamine utilization Hypertension, salt-induced, 651 anterior hypothalamus lesions. PVN-SCN Hypothalamic circuits. 149 circadian rhythms hamsters locomotor activity photoperiodism Hypothalamic ventromedial nucleus, 509 eating glucose-responsive neurons Hypothalamo-neurohypophysial system, 87 neuroendocrine comparisons subfornical organ Hypothalamus, 83 electrophysiology neurosecretory neurons subfornical organ
Immunoadjuvant activity, 443 aminergic system fever muramyl dipeptide Immunocytochemistry analgesia. 299 capsaicin. 191 dorsal myelencephalon. 487 galanin, 191 monoaminoxidase inhibitors, 487 monosodium glutamate, 299 sensory ganglia. 191 sensory neurons, 191 Immunohistochemistry angiotensin II, 79 central nervous system, 167 cholecystokinin-8, 167 cremaster motoneurons. 609 dorsal raphe nuclei, 229 genitofemoral nerve. 609 median raphe nuclei, 229 melanin concentrating hormone. 635 scrotal thermoregulation. 609 subfomical organ, 79 turtles, 167 tyrosine hydroxylase. 229 Inhibition of drinking, 523 angiotensin II atria1 natriuretic factor drinking Intracellular recording, 29 anorexic agent guinea pigs mazindol ventromedial hypothalamus Intracranial pressure cardiac output, 321 cerebrospinal fluid, 3 IS cerebrovascular circulation. 32 1 fever, 315 pyrogen, 3 I5 vasodilation, 32 I lntra-hemispheric connections, 497 horseradish peroxidase kittens polysensory connections
Kainic acid, 225 lesions. cortical prefrontal cortex self-stimulation Kittens, 497 horseradish peroxidase intra-hemispheric connections polysensory connections
locomotor activity pineal melatonin rhythms Liver. 425 eating energostatic hypothesis hepatic vagotomy oxidative metabolism Locomotor activity circadian rhythms, 149. 347 2-deoxy-D-glucose. 429 eating, 429 food deprivation, 377 hamsters, 149 hypothalamic circuits, 149 ischymetric hypothesis. 429 lithium, 347 metabolic rate. 429 H-OH-DPAT, 377 photoperiodism. 149 pineal melatonin rhythms. 347 stereotypy, 377 Long-term potentiation. 249 CA1 region hippocampal slice Luteinizing hormone, 283 fluoxetine serotonin
Lateral hypothalamic neuronal activity. 293 androgens mici-oiontophoresis Latei-al hypothalamus, 33 glucose-sensitive neurons mazindol single neuronal activity Lesions. I9 antiserum damaged CNS growth of axons Lesions. cortical, 225 kainic acid prefrontal cortex self-stimulation Lesions. fimbriaifornix. 629 nerve growth factor sympathohippocampal sprouting Lesions. parafascicular area, 257 u-melanocyte-stimulating hormone open field Org 2766 reversal learning Lesions. PVN-SCN, 651 anterior hypothalamus hypertension, salt-induced LHRH secretion, 657 diacylglyccrol rn vitro phorbol esters prostaglandins Light microscopic studies, 569 nigral-striatal dopamine system tyrosine hydroxylase immunochemistry Lipophilicity, 287 blood-brain barrier dementia peptides permeability Lithium. 347 circadian rhythms
Mammary nerve. 563 afferent fibers milk ejection reflex Mazindol anorexic agent, 29 glucose-sensitive newons. 33 guinea pigs, 29 intracellular recording, 29 lateral hypothalamus, 33 single neuronal activity, 33 ventromedial hypothalamus, 29 Mechanothermal nociceptors. 529 cat skin cold stimulation threshold Medial forebrain bundle, 547 androgrns pressui-e ejection Medial preoptic norepinephrine. 447 body temperature sleep-wakefulness Median raphe nuclei. 229 dorsal rdphe nuclei immunohistochemistry tyi-osine hydi-oxylase Medulla oblongata, 5 cholinesterase muscarinic receptors vagotomy Melanin concentrating hormone, 635 immunohistochemistry wMelanocyte-stimulating hormone. 25 lesions, parfascicular area open field Org 2766 reversal learning Meso-accumbens neurons, 579 antidromic discharge ventral tegmental area Metabolic rate, 429 2-deoxy-D-glucose eating ischymetric hypothesis locomotor activity
Intraocular grafts, 335 CNS development nucleus raphe dorsalis serotonin In vitro, 657 diacylglycerol LHRH secretion phorbol esters prostaglandins In vitro studies. 107 calcium raphe nucleus rerotonin Ischymetric hypothesis, 429 2-deoxy-D-glucose eating locomotor activity metabolic rate
Method autoradiography, 5. 473, 519 charting system, 533 current-source-density. 237 cytochemistry. 87 deoxyglucose audioradiography, 677 deoxyglucose method, 99 electrolysis, 527 electron microscopy, 351 electrophysiology, 11 I electroretinogram. 203 high performance liquid chromatography. 167 histochemistry. 609 horseradish peroxidase, 515. 563. 665 immunocytochemistry. 191, 465, 487 immunohistochemistry, 79, 155. 167. 229, 569, 609. 635 immunology, 87 impedance analysis. 237 intracellular recording, 29 in vitro technique, 249 light microscopy, 569 micropipette. 527 multi-barrel electrode, 527 pressure injection. 527 radioimmunoassay, 167 retrograde tracing, 609 retrograde transport. 79 subarachnoid screw technique, 315 three dimensional analysis. 155 wheat germ agglutinin-horseradish peroxidase, 129 Microiontophoresis. 293 androgens lateral hypothalamic neuronal activity Microptpette tip. 351 electron microscopy mounting jig Milk ejection reflex, 563 afferent fibers mammary nerve Monoaminoxidase Inhibitors. 487 dorsal myelencephalon immunocytochemistry Monosodium glutamate analgesia. 299 brainstem norepinephrine, 117 immunocytochemistry. 299 neurochemistry, I17 opiomelanocortin. 1 I7 Morphine, 329 cats clonidine dogs Edinger-Westphal nucleus normorphine pupillary Motor impairment. 353 aggression CBlS
neuroleptic drugs Mounting jig, 351 electron microscopy micropipette tip Muramyl dipeptide, 443 aminergic system fever immunoadjuvant activity Muscarinic receptors, 5 cholinesterase
medulla oblongata vagotomy Naltrexone, 587 dexamethasone drug interaction oxytocin release tail electroshock vasopressin release Nerve Growth Factor, 629 lesions, funbriaifornix sympathohippocampal sprouting Neural grafts, 543 dopaminergic grafts haloperidol Neurochemistry, 117 brainstem norepinephrine monosodium glutamate opiomelanocortin Neuroendocrine comparisons, 87 hypothalamus-neurohypophysial system subfomical organ Neuroendocrine regulation, 65 angiotensin II neurohumoral integration subfomical organ Neurohumoral integration, 65 angiotensin II neuroendocrine regulation subfomical organ Neuroleptic drugs, 353 aggression cats motor impairment Neuronal activity dopamine, 665 electrolysis, 527 norepinephrine, 665 olfactory tubercle, 665 pressure injection, 527 Neuronal perikarya, 71 ependymal cells subfomical organ synapses Neuropeptides, 155 chicks retina three dimensional analysis Neuropeptide Y, 465 geniculo-suprachiasmatic tract hamsters Neurosecretory neurons, 83 electrophysiology hypothalamus subfomical organ Neurotensin, 537 circling ventral tegmental area Neurotransmitters, 417 food deprivation gonadal regression hamsters Neurotrophic peptides, 267 ACTH cytoskeletal proteins protein synthesis regeneration Nigral-striatal dopamine system, 569 light microscopic studies tyrosine hydroxylase immunohistochemistry
Noreuinephrine dopamine, 665 hippocampus, 215 neuronal activity, 665 olfactory tubercle, 665 tetrahydro+carboline, 215 transmitter release, 215 Normorphine. 329 cats clonidine dogs Edinger-Westphal nucleus morphine pupillary Nuclear yellow, 307 primates retrograde transport true blue Nucleus raphe dorsalis, 335 CNS development intraocular grafts serotonin Nutrients, 411 diet food choice 5-hydroxytryptamine
8-OH-DPAT, 377 food deprivation locomotor activity stereotypy Olfactory bulb, 661 gastric distension unit activity visceral afferents Olfactory cortex, 237 current generators current-source-density Olfactory responses, 673 gustatory responses parabrachial nucleus Olfactory system, 129 anatomical tracing transneuronal transport wheat germ agglutinin-horseradish peroxidase Olfactory tubercle, 665 dopamine neuronal activity norepinephrine Open field, 257 lesions, parafdscicular area a-melanocyte-stimulating hormone Org 2766 reversal learning Operant turning, 515 crossed projections horseradish peroxidase striatum substantia nigra Opiates, 391 drug interaction eating palatability Opiomelanocortin, 117 brainstem norepinephrine monosodium glutamate neurochemistry Opossums, 273 CA, cells hippocampus synaptic plasticity
Org 2766, 257 lesions, parafascicular area a-melanocyte-stimulating hormone open field reversal learning Oxidative metabolism, 425 eating energostatic hypothesis liver hepatic vagotomy Oxytocin release, 587 dexamethasone drug interaction naltrexone tail electroshock vasopressin release
Palatability, 391 drug interaction eating opiates Palatable food consumption, 397 anorexia appetite benzodiazepine receptors Parabrachial nucleus, 673 gustatory responses olfactory responses Paradoxical sleep, 1 clomipramine push-pull superfusion ventromedial hypothalamus Peptide ACTH, 267 angiotensin. 417 angiotensin II, 65, 79, 99 arginine vasopressin, 209 avian pancreatic polypeptide. 155, 465 cholecystokinin-8, 167 corticotropin releasing factor, 155, 5 19 dynorphin, 603 endotoxin, 603 enkephalin, 287 d-ala-enkephalin, 299 d-leu-enkephalin, 299 leu-enkephalin, 155 galanin, 191 glucagon. 155 LH, 283 LHRH, 657 a-MSH, 257 y,-MSH, 257 muramyl dipeptide, 443 neuropeptide Y, 465 neurotensin, 155, 537 oxytocin, 83, 87 somatostatin, 155 substance P, 155 vasoactive intestinal polypeptide, 155 vasopressin, 83, 87 Peptides, 287 blood-brain barrier dementia lipophilicity permeability Peripheral .ierve homogenate implant, 13 AChE fiber growth astroglial cells hippocampal timbria transection Permeability, 287 blood-brain barrier dementia
lipophilicity peptides P-Phenylethylamine, 183 I-deprenyl endogenous brain amines reinforcement self-stimulation Phorbol esters, 657 diacylglycerol in vitro LHRH secretion prostaglandins Photoperiodism, 149 circadian rhythms hamsters hypothalamic circuits locomotor activity Pigment epithelium, 143 rabbits retina retinoids Pineal melatonin rhythms, 347 circadian rhythms lithium locomotor activity Polysensory connections, 497 horseradish peroxidase intra-hemispheric connections kittens Prefrontal cortex, 225 kainic acid lesions, cortical self-stimulation Pressure ejection androgens, 547 medial forebrain bundle, 547 solenoid-controlled valve, 669 Pressure injection, 527 electrolysis neuronal activity Primates, 307 nuclear yellow retrograde transport true blue Prostaglandins, 657 diacylglycerol in vitro LHRH secretion phorbol esters Protein synthesis, 267 ACTH cytoskeletal proteins neurotrophic peptides regeneration Pupillary. 329 cats clonidine dogs Edinger-Westphal nucleus morphine normorphine Push-pull superfusion, 1 clomipramine paradoxical sleep ventromedial hypothalamus Pyrogen, 315 cerebrospinal fluid fever intracranial pressures Rabbits arginine vasopressin. 209
fever, 209 pigment epithelium. 143 retina, 143 retinoids, 143 suppression, 209 Randomization, 279 Apple IIe BASIC language Raphe nucleus, 107 calcium in vitro studies serotonin Regeneration, 267 ACTH cytoskeletal proteins neurotrophic peptides protein synthesis Reinforcement, 183 I-deprenyl endogenous brain amines P-phenylethylamine self-stimulation Retina chicks, 155 neuropeptides, 155 pigment epithelium, 143 rabbits, 143 retinoids, 143 three dimensional analysis, 155 Retinoids, 143 pigment epithelium rabbits retina Retrograde transport, 307 nucleus yellow primates irue blue Reversal learning. 257 lesions, parafascicular area cy-melanocyte-stimulating hormone open field Org 2766 Satiety, 371 anorexia eating Scrotal thermoregulation, 609 cremaster motoneurons genitofemoral nerve immunohistochemistrv Self-stimulation . I-deorenvl, 183 endogenbus brain amines, 183 kainic acid, 225 lesions, cortical, 225 P-phenylethylamine, 183 prefrontal cortex, 225 reinforcement, 183 Sensory ganglia, 191 capsaicin galanin immunocytochemistry sensory neurons Sensory neurons, I91 capsaicin galanin immunocytochemistry sensory ganglia Serotonin calcium, 107 CNS development, 335 fluoxetine, 283
intraocular grafts, 335 in vitro studies, 107 luteinizing hormone, 283 nucleus raphe dorsalis, 335 raphe nucleus, 107 Sheep, 453 auditory evoked potentials Single neuronal activity, 33 glucose-sensitive neurons lateral hypothalamus mazindol Sleep, 437 cats thalamus unit activity vagal stimulation Sleep-wakefulness, 447 body temperature medial preoptic norepinephrine Solenoid-controlled valve, 669 pressure ejection Spinal cord, 519 corticotropin releasing factor hindbrain Splitbrain. 203 circadian rhythms crayfish symmetrical pacemakers vision Stereotypy, 377 food deprivation locomotor activity 8-OH-DPAT Striatum, 515 crossed projections horseradish peroxidase operant turning substantia nigra [:‘H] Strychnine, 473 autoradiography central nervous system glycine receptor Subfornical organ angiotensin II, 65, 79, 99 AV3V. 595 body fluid homeostasis, 595 dehydration, 99 drinking, 99 electrophysiology, 83 ependymal cells, 71 glucose metabolism, 99 hypothalamo-neurohypophysial system, 87 hypothalamus, 83 immunohistochemistry, 79 neuroendocrine comparisons, 87 neuroendocrine regulation, 65 neurohumoral integration, 65 neuronal perikarya, 71 neurosecretory neurons, 83 synapses, 71 Substantia nigra crossed projections, 5 15 dopamine, 221 electrophysiology, 221 horseradish peroxidase, 5 15 operant turning, 515 striatum, 515 unit activity, 221 voltammetry, 221 Suppression, 209 arginine vasopressin
fever rabbits Symmetrical pacemakers, 203 circadian rhythms crayfish splitbrain vision Sympathohippocampal sprouting, nerve growth factor lesions, timbrialfomix Synapses, 71 ependymal cells neuronal petikarya subfomical organ Synaptic plasticity, 273 CA, cells hippocampus opossums
Tail electroshock, 587 dexamethasone drug interaction naltrexone oxytocin release vasopressin release Tetrahydro-P-carboline, 215 hippocampus norepinephrine transmitter release Thalamus, 437 cats sleep unit activity vagal stimulation Thermosensitive neurons, 459 antipyretics endotoxin fever Three dimensional analysis, 155 chicks neuropeptides retina Threshold, 529 cat skin cold stimulation mechanothermal nociceptors Tolerance, 343 ethanol GABA receptor complex withdrawal Transmitter interactions, 197 cerebral cortex
629
endogenous release Transmitter release, 21s hippocampus norepinephrine tetrahydro+carboline Transneuronal transport, 129 anatomical tracing olfactory system wheat germ agglutinin-horseradish peroxidase True blue, 307 nuclear yellow primates retrograde transport Turtles, 167 central nervous system cholecystokinin-8 immunohistochemistry Tyrosine hydroxylase, 229 dorsal raphe nuclei immunohistochemistry median raphe nuclei Tyrosine hydroxylase immunohistochemistry, 569 light microscopic studies nigral-striatal dopamine system
cerebrovascular circulation intracranial pressure Vasopressin release, 587 dexamethasone drug interaction naltrexone oxytocin release tail electroshock Ventral tegmental area antidromic discharge, 579 circling, 537 meso-accumbens neurons, 579 neurotensin, 537 Ventromedial hypothalamus anorexic agent 129 clomipramine, 1 guinea pigs, 29 intracellular recording, 29 mazindol, 29 paradoxical sleep. 1 push-pull superfusion, 1 Visceral afferents. 661 gastric distension olfactory bulb unit activity Vision, 203 circadian rhythms crayfish splitbrain symmetrical pacemakers Voltammetry, 221 dopaminc electrophysiology substantia nigra unit activity
Unit activity cats. 437 dopamine, 221 electrophysiology, 221 gastric distension, 661 olfactory bulb, 661
sleep, 437 substantia nigra. 22 1 thalamus. 437 vagal stimulation, 437 visceral afferents, 661 voltammetry.
Wheat germ agglutinin-horseradish peroxidase, 129 anatomical tracing olfactory system transneuronal transport Withdrawal, 343 ethanol GABA receptor complex tolerance
221
Vagal stimulation. 437 cats sleep thalamus unit activity Vagotomy, 5 cholinesterase medulla oblongata muscarinic receptors Vasodilation, 321 cardiac circulation
X-Y Plotter, 533 charting system electronic photograph
AUTHOR INDEX
Alley, C. D., I9 Annau, Z., 117 Armstrong, D. L., 293 Ashe, J. H., 273 Ashley. D. V. M., 41 I Baldwin, B. A., 453 Banks, W. A., 287 Barone, F. C., 293 Ban-era-Mera, B., 203 Bartness, T. J., 357 Beinfeld, M. C., 167 Beleslin, D. B., 353
Ben Hamida, C., 497 Bieger, D., 487 Blundell, .I. E., 371 Bodnar, R. J., 299 Borsini, F., 279 Boulton, A. A.. 183 Bourque, C. W.. 83 Brodemann, R., 249 Brown, M. H., 149 Calkins, P. M., 197 Cannon, M. S., 229 Chery-Craze, S., 529
Chhina, G. S., 447 Cinelli, A. R.. 237 Cooper, K. E., 315, 321 Cooper, S. _I., 385, 391, 397 Crisp, T., 107 Curzon. G., 377 Danguir, J., I Datta, S., 447 Davis, B. J.. 533 Dawson, R.. Jr., Day, T. A., 83 DeKosky, S. T..
I I7 1I I
Dellmann, H.-D., 71 DeLong, M. R.. 307 Dempster, D. W.. 39 DePorter, T. E.. 5 Detari. L., 437 De Wied. D., 257 Dourish, C. T.. 367, 369, 377 Duclaux, R., 529 Eadens. D. J., 283 Edwards. P. M.. 267 Egli, G., 425 Elghozi. J.-L., I
Emmert. S. E.. X7 Even. P.. 429 Fer.guson. A. V.. 83 Ferrer, J. M. R.. 225 Ferreyra Moyano. H.. 237 Flmt. R. S.. I97 Frostholm. A., 473 Fujltx I.. 527 Garcia. J. J.. 143 Geisert, E. E.. 19 Gilbert. D. B.. 385 Gispen. W. H.. 267 Greenshaw. A. J.. 183 Gribkoff, V. K.. 273 Groa\. I’. M.. 63. 65. 99 Hancock. J. C.. 5 Harrmgton. M. E., 465 Heacens. R. P.. 453 Henxhen, A.. 335 Hill. A. J., 371 Hill. M. W.. 453 Holme\. L. J.. 23? Hoover. D. B.. 5 Hori. T.. 459 Huston. J. P.. 515 Hut\on. P. H., 367. 369, 377 Huttunen. P.. 215 Hynes. M.. 29 Inokuchi. A.. 33 In\cl. 7. R.. 519 Jackxm, A.. 391 Jacobow~tz. 0. M.. 191. 519 Japundiic. N.. 353 Jennekena, F. G. I.. 767 Jov;lnovlc-Micit. D.. 353 Juhi\z. G., 437 Juorio. A. V.. IX?
Kadekaro, M.. 99 Kadlecovl, 0.. 443 Kastin. A. J.. 287 Katayama-Kumcn. Y . . I.55 Kimmel. J.. I55 Kitt. C. A., 307 Kiyama, H.. I55 Kivohara. T.. 459 K;hut. A. F.. 209 Kow. L.-M.. 509 Krlpke, D. F.. 347 Kukorelli. T.. 427 Lai, Y.-L. I43 Lam. K.-W.. 143 Langhans. W., 425 Lavlolette, J. R.. 351 Lewy. A. J.. 347 Lind, R. W.. 79 McBride. W. J.. 197 McClellan. D. E.. 347 McEachron, D. L.. 347 Mahach, R., 249 Malkinson, T. J.. 315. 321 MaSrk. K.. 443 Masotto, C.. 523 Matthies, H.. 249 Meyer. D. C.. 283 Minami. T.. 29 Mohan Kumar. V.. 447 Molina, J. C.. 237 Mora. F.. 225 Morgan. S.. 515 Murphy. J. M.. I97 Mycr5. R. D.. 21, 225 NakashimaT.. 459 Nance. D. M., 46.5 Naylor. A. M.. 209
iiegro-Vilar. A.. 523 Nemoto. S.. .527 Nicolaldis. S.. 429 Nilaver. G., 299 Nishino. H.. 527 Nonneman. A. J.. I II Nuner. A. A.. 149 Nyakas. C.. 2.57 Olson. I... 335 Oomura. Y 29, 33. 527 Orslni. J. C.. 293 Ott. T.. 249 Petrovlcky. P.. 443 Pfaff. D. W.. SO9 Plckworth, W. B., 329 Portzllne. T., 299 Powell. J F.. I55 Price. D. I... 307 Raese. J. D., 229 Raynauld. J. P., 35 I Rcincr. A., 167 Rendud. L. P.. 83 Retch. G. E.. I?? Rcymann. K. G.. 249 Rogers. P. J.. 371 Rosella-Dampm‘tn. L.. 87 Rosenkranz..C.. 515 Rotter. A.. 473 Rowland. N. E., 417 Rusak. 5.. 465 Ruwe. W. D., 209 Samardiit. R.. 353 Saumet. J.-L.. 529 Sawchenko. P. E.. 79 Scharrer. E., 425 Scheff. S W., Ill Schotman. P.. 267
Schulzeck. K.. 249 Spro. S.. X3 Sharp, F. R.. 347 Sharpe, L. G.. 327 Shibata. M.. 459 Shipley. M. T.. I29 Sikdar. S. K., 33 Simpson. C. W.. I23 Singh. B.. 447 Sivan. A. B.. 363 Skofitsch. G.. 191, 519 Slovitcr. R. S.. 39 Smith, A. D.. I55 Spcnccr. B. A.. 21.’ Spierings. T.. 267 Stcinbusch. H.. 155 Stcincr. H.. 515 Sugimori, M., 29 Summy-Long. J. Y., 87 Swanson. L. W.. 79 Terzic. A. M.. 353 Thkagaraian, R., 343 Tick;. My K.. 343 Tohyama. M.. 15s Irulson, M. E.. 107, 221, 229 Thin. A. T. C., I43 Veale. W. L.. 209. 315. 321 Veldhuls,. H. D., 257 Verhaagen, J., 267 Verhofstad. PI. A. J.. 335 Vlcedomini. J. P., I I I Walker. 1.. C.. 307 Wayner. M. J.. 293 Wcndt. J. S.. I? Wise. R. A.. 537 Yamamoto. T.. S27 Youngstrom. T. G.. I49