Corcoran / Moshé / Moshe Kindling 6

1. Auflage 2007
ISBN: 978-0-387-26144-7
Verlag: Springer US
Format: PDF
Kopierschutz: 1 - PDF Watermark

E-Book, Englisch, Band 55, 416 Seiten

Reihe: Advances in Behavioral Biology

Proceedings of the Sixth International Conference on Kindling, featuring valuable summaries of the participants' current cutting-edge research on the kindling of seizures and related phenomena in epilepsy.

Autoren/Hrsg.

Corcoran, Michael E.

Moshé, Solomon L.

Moshe, Solomon

Inhaltsverzeichnis

1;DEDICATION;6
2;PREFACE;7
3;CONTENTS;9
4;DEVELOPMENTAL TEMPORAL LOBE EPILEPSY IN AMYGDALA KINDLED KITTENS: An update;14
5;PRENATAL BETAMETHASONE EXPOSURE SUPPRESSES KINDLING EPILEPTOGENESIS IN IMMATURE RATS;24
6;DEVELOPMENT OF KINDLING IN IMMATURE FAST AND SLOW KINDLING RATS;31
7;NEONATAL HEAT- INDUCED CONVULSIONS AFFECT BEHAVIOURS IN NEONATAL, JUVENILE AND ADULT RATS;39
8;EXPERIMENTAL ABSENCE VERSUS AMYGDALOID KINDLING;49
9;PENTYLENETETRAZOL-INDUCED KINDLING AS A MODEL OF ABSENCE AND CONVULSIVE FORMS OF EPILEPSY;60
10;SODIUM CURRENT PROPERTIES IN DIFFERENT MODELS OF EPILEPSY;71
11;KINDLING THE GABAERGIC PHENOTYPE OF THE GLUTAMATERGIC GRANULE CELLS;81
12;HIPPOCAMPAL KINDLING AND GABAB RECEPTOR FUNCTIONS;90
13;ALTERED INTERACTION BETWEEN THE ENTORHINAL CORTEX AND HIPPOCAMPUS IN AMYGDALA KINDLED RATS;100
14;NATURE AND CONSEQUENCES OF SEIZURES ORIGINATING IN THE BRAINSTEM;107
15;INVOLVEMENT OF THE CLAUSTRUM AND VENTROMEDIAL THALAMUS IN EPILEPTOGENESIS;122
16;FROM ULTRASTRUCTURE TO NETWORKS: Kindling- induced changes in neocortex;132
17;KINDLING AS A TOOL FOR STUDYING THE ROLE OF SUBCORTICAL STRUCTURES IN LIMBIC SEIZURES;143
18;KINDLING, EPILEPSY, AND THE PLASTICITY OF NETWORK SYNCHRONIZATION;152
19;GENERAL DISCUSSION 1;165
20;ELECTROPHYSIOLOGICAL AND ANATOMICAL DIFFERENCES, BEHAVIORAL COMORBIDITIES AND GENE EXPRESSION IN FAST AND SLOW KINDLING RAT STRAINS;174
21;GENE EXPRESSION CHANGES IN KINDLING;183
22;A PROTEOMIC APPROACH TO THE MOLECULAR ANALYSIS OF KINDLING;191
23;AMYGDALA METABOTROPIC GLUTAMATE RECEPTORS AND KINDLING;200
24;INDUCTION OF Bi BRADYKININ RECEPTORS IN THE KINDLED BRAIN;210
25;GALANIN AND KINDLING;219
26;KINDLING, NEUROTROPHINS AND AXON- GUIDANCE FACTORS;228
27;CONDITIONAL DELETION OF TRKB PREVENTS EPILEPTOGENESIS IN THE KINDLING MODEL;240
28;NEUROPEPTIDE Y AND ITS RECEPTORS IN KINDLING EPILEPTOGENESIS;247
29;CONTRIBUTION OF PRE KINDLING AFFECTIVE STATE TO HEMISPHERIC DIFFERENCES IN THE EFFECTS ON ANXIETY OF BASOLATERAL AMYGDALA KINDLING;260
30;EFFECTS OF KINDLING ON SPATIAL MEMORY Characteristics and mechanisms;269
31;A POTENTIAL ROLE FOR THE HIPPOCAMPUS IN THE EXPRESSION OF KINDLING- INDUCED FEAR;280
32;DOES INADVERTENT CONDITIONING CONTRIBUTE TO THE MAJOR FEATURES OF KINDLING?;290
33;CONTINGENT TOLERANCE AND CROSS TOLERANCE TO ANTICONVULSANT EFFECTS IN AMYGDALA- KINDLED SEIZURES: Mechanistic and clinical implications;299
34;MECHANISMS OF PHARMACORESISTANCE IN THE PHENYTOIN-RESISTANT KINDLED WISTAR RAT;309
35;DEVELOPMENT OF NEW ANTICONVULSANTS USING THE KINDLING MODEL;318
36;CANNABINOIDS AND KINDLING;326
37;LOW FREQUENCY SINE WAVE STIMULATION DECREASES THE INCIDENCE OF KINDLED SEIZURES;336
38;GENERAL DISCUSSION 2;347
39;PREDISPOSED SUSCEPTIBILITY IN PRIMATE EPILEPTOGENESIS AND ANTI- EPILEPTOGENESIS;353
40;NATURAL HISTORY OF MESIAL TEMPORAL LOBE EPILEPSY WITH HIPPOCAMPAL SCLEROSIS: How does kindling compare with other commonly used animal models?;362
41;CLINICAL EVIDENCE OF EPILEPSY-RELATED PLASTICITY;376
42;PATHOLOGICAL SENSITIZATION OF THE DOPAMINE SYSTEM IN EXPERIMENTAL EPILEPTOGENESIS: Implication for the mechanism of epileptic psychosis;389
43;INDEX;403