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Neurosciences: from molecule to behavior: a university textbook

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Bibliographic Details
Format:	Book
Language:	English
Published:	Berlin [u.a.] Springer 2013
Subjects:	Nervensystem Neurophysiologie Lehrbuch
Online Access:	Inhaltsverzeichnis
Item Description:	Basierend auf der 2. Aufl. von Neurowissenschaft / Josef Dudel, Randolf Menzel [u.a.]
Physical Description:	XIV, 736 S. Ill., graph. Darst.
ISBN:	3642107680 9783642107689

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adam_text	Contents 1 From Neurophysiology to Neuroscience: New Technologies and New Concepts in the Twentieth Century .................... 1 François Clarac 1.1 Nervous System Explorations from 1900 to 1950.............. 2 1.2 New Scientific Developments and the Foundation of Neuroscience ........................................ 5 1.3 Neuroscience m Progress: 1960-2000....................... 7 1.4 Computational Neuroscience.............................. 11 1.5 History of Animal Models ............................... 11 References ................................................. 16 2 Evolution of Nervous Systems and Brains ....................... 19 Gerhard Roth and Ursula Dicke 2.1 Reconstruction of the Evolution of Nervous Systems and Bramš............................................. 19 2.2 Organisms Without a Nervous System ....................... 20 2.3 Nervous Systems m Eumetazoans .......................... 21 2.4 Major Evolutionary Changes of the Vertebrate Bram ............ 38 2.5 Bram and Intelligence .................................... 41 2.6 Convergence or Deep Homologies ? ....................... 42 2.7 Summary - Major Trends in the Evolution of Nervous Systems and Bramš............................... 43 References ................................................. 44 3 Ontogeny of the Vertebrate Nervous System ..................... 47 Salvador Martinez, Eduardo Puelles, and Diego Echevaxna 3.1 Induction and Regionalization of the Neural Plate: The Planar Map ......................................... 47 3.2 Topologie and Topographic Patterning of the Early Brain: Dorsoventral (DV) Patterning and Antenor-Postenor (AP) Patterning ......................................... 49 3.3 Regionalization of the Neural Tube ......................... 52 3.4 Genetic Regionahzation According to Brain Subdivisions: The Importance of Secondary Organizers .................... 53 3.5 Summary .............................................. 60 References ................................................. 61 Contents 4 Diseases ................................................... 63 Jean-Jacques Hauw, Mane-Anne Colle, and Danielle Seilhean 4.1 Main Mechanisms of Cell Pathology in the Nervous System ...... 63 4.2 Representative Diseases .................................. 66 References ................................................. 74 5 Neurophilosophy ........................................... 75 Georg Northoff 5.1 Background: The History of Neurophilosophy ................. 75 5.2 Empirical Neurophilosophy - Experimental Investigation of Philosophical Concepts ................................. 76 5.3 Theoretical Neurophilosophy - Methodology and Knowledge of the Linkage Between Brain Data and Philosophical Concepts ........................... 77 5.4 Practical Neurophilosophy - Neuroethics and the Relevance of Ethical Concerns in Neuroscience ............... 78 5.5 Summary .............................................. 79 References ................................................. 79 6 Cellular and Molecular Basis of Neural Function ................ 81 Herbert Zimmermann 6.1 Cell Membranes ........................................ 81 6.2 From Gene to Functional Protein ........................... 85 6.3 Membrane Transport ..................................... 92 6.4 Cell Communication ..................................... 94 6.5 Filamentous Cell Proteins Form the Cytoskeleton .............. 101 6.6 Molecular Motors and Axonal Transport ..................... 103 6.7 Membrane Trafficking, Exocytosis, and Endocytosis ............ 107 6.8 Summary .............................................. 110 References ................................................. Ill Recommended Textbooks ..................................... 112 7 Electrical Activity in Neurons ................................. 113 Veronica Egger and Dirk Feldmeyer 7.1 Ion Channel Function: General Principles .................... 114 7.2 Voltage-Gated Cation Channels ............................ 117 7.3 Chlonde Channels ....................................... 127 7.4 Resting Potential ........................................ 128 7.5 Regenerative Activity: Na+ and Ca2+ Action Potentials .......... 134 7.6 Conduction of Electricity in Neurons ........................ 137 7.7 Summary and Outlook ................................... 142 References ................................................. 142 8 The Synapse ............................................... 145 Christian Lüscher and Carl Petersen 8.1 Phylogeny of the Synapse ................................. 146 8.2 Structure and Diversity of Synapses ......................... 146 8.3 Synaptic Release ........................................ 148 8.4 Ligand-Gated Synaptic Membrane Channels for Glutamate ...... 149 8.5 Ligand-Gated Synaptic Membrane Channels for GABA ......... 151 8.6 Slow Synaptic Currents Mediated by G Protein-Coupled Receptors .............................................. 152 8.7 Retrograde Signaling at Central Synapses .................... 153 Contents 8.8 Electrical Synapses ...................................... 153 8.9 Short-Term Synaptic Plasticity ............................. 155 8.10 Long-Term Synaptic Plasticity: Postsynaptic Forms ............ 156 8.11 Long-Term Synaptic Plasticity: Presynaptic Forms ............. 158 8.12 Structural Synaptic Plasticity .............................. 158 8.13 Synapses and Disease .................................... 159 8.14 Summary .............................................. 160 References ................................................. 161 Additional Readings .......................................... 161 9 Biology and Function of GliaJ Cells ............................ 163 Magdalena Götz 9.1 Invertebrate Glia ........................................ 164 9.2 Vertebrate Glia......................................... 168 9.3 Summary and Outlook ................................... 176 References ................................................. 176 10 The Autonomie Nervous System ............................... 179 Wilfrid Jänig 10.1 Neural and Neuroendocnne Regulation of Visceral Body Functions: An Overview ...................... 179 10.2 Organization of the Autonomie Nervous System in Mammals .... 180 10.3 Functional Autonomie Motor Pathways ...................... 183 10.4 Transmission of Signals in Peripheral Autonomie Pathways ...... 186 10.5 The Enteric Nervous System ............................... 197 10.6 Central Organization of the Autonomie Nervous System: A Summary .............................. 199 10.7 The Peripheral Autonomie Nervous System in Non-Mammalian Vertebrates: A Comparative View ............ 200 10.8 Regulation of Body Tissues in Invertebrates .................. 205 References ................................................. 209 11 Neuropeptides and Peptide Hormones .......................... 213 Dick R. N assel and Dan Larhammar 11.1 Neuropeptides, Peptide Hormones, and Their Receptors ......... 214 11.2 Morphology and Function of Neurosecretory Cells and Peptidergic Neurons ............................. 215 11.3 Organization of Neuroendocnne and Peptidergic Systems in Invertebrates .................................. 217 11.4 Comparing Functional Roles of Some Neuropeptides and Peptide Hormones Across Phyla ........................ 226 11.5 Vertebrate Neuropeptides and Peptide Hormones .............. 227 11.6 Neuropeptides as (Co/Transmitters in the Brain of Vertebrates .... 234 11.7 Summary .............................................. 236 References ................................................. 237 Further Readings ............................................ 237 12 The Biological Function of Sensory Systems ..................... 239 Rainer Mausfeld 12.1 Key Terminology and Key Issues of General Sensory Physiology ...................................... 240 12.2 Neurophysics and Neurobiology of Sensory Systems ........... 241 12.3 Sensory Information Can Be Coded in Frequency Codes or in Temporal Codes ............................... 243 Contents 12.4 üestall-Fikers for Complex Environmental Features Can Be Realized by Suitable Neural Networks ................ 246 12.5 Behavioral Biology of Sensory Systems: Neuroethology and Comparative Sensory Physiology ....................... 247 12.6 Psychophysics and Perceptual Psychology .................... 247 References ................................................. 25 1 13 Olfaction .................................................. 253 С. Giovanni Galizia and Pierre-Marie Lledo 13.1 The Theory of Olfactory Coding ........................... 253 13.2 Olfaction in Insects ...................................... 256 13.3 Olfaction in Crustaceans .................................. 265 13.4 Olfaction in Nematodes .................................. 267 13.5 Olfaction in Other Invertebrates ............................ 268 13.6 Olfaction in Vertebrates .................................. 269 13.7 Summary .............................................. 282 References ................................................. 283 14 Taste ...................................................... 285 Wolfgang Meyerhof 14.1 Taste Qualities and Taste Molecules ......................... 286 14.2 The Mammalian Gustatory System ......................... 287 14.3 The Insect Gustatory System .............................. 297 14.4 The Chemosensory System of Caenorhabditis elegans .......... 299 14.5 Role of Taste in Feeding and Nut.nti.on ....................... 301 References ................................................. 302 15 Thermosensation ........................................... 303 Carlos Belmonte Martinez and Elvira de la Peña García 15.1 Influence of Temperature on Living Organisms ................ 303 15.2 Temperature Sensing ..................................... 304 15.3 Thermotransduction Molecules ............................ 304 15.4 Thennoreceptor Cells .................................... 307 15.5 Temperature Detection in Ectotherms ....................... 308 15.6 Temperature Detection in Endotherms ....................... 310 15.7 Behavioral Responses to Thermosensory Information ........... 315 References ................................................. 318 16 Mechanosensation .......................................... 321 Jörg T. Albert and Martin C. Göpfert 16.1 A Mechanosensory System in a Nutshell: The Osmotic Shock Response of E. Coli ..................... 322 16.2 Mechanoelectncal Transduction - Ciliates and the Advent of Ion Selectivity and Specificity ..................... 322 16.3 Mechanoelectrical Transduction in Sensory Cells -- Mechanisms and Genes ............................ 323 16.4 The Mammaljan Somatosensory System ..................... 330 16.5 Central Processing of Mechanosensory Information - Converting Mechanosensory Information into Behavioral Responses ............................................. 332 References ................................................. 334 Contents 17 Auditory Systems........................................... 337 Günter Ehret and Martin C. Göpfert 17.1 The Physics of the Stimulus ............................... 337 17.2 Mammals .............................................. 338 17.3 Birds, Reptiles, and Amphibians ........................... 353 17.4 Fish .................................................. 355 17.5 Insects ................................................ 358 17.6 Other Invertebrates ...................................... 361 References ................................................. 36] 18 Vision ..................................................... 363 Jutta Rretzberg and Udo Ernst 18.1 The Physics of the Stimulus ............................... 363 18.2 Mammals: Vision in Primates .............................. 365 18.3 Specific Differences in Other Vertebrates ..................... 395 18.4 Insects ................................................ 398 18.5 Specific Differences in Other Invertebrates ................... 402 18.6 Summary .............................................. 405 References ................................................. 406 19 Electroreception ............................................ 409 Gerhard von der Emde 19.1 Electroreception in Nature ................................ 409 19.2 Electroreception in Mammals .............................. 410 19.3 Passive Electrolocation in Fishes ........................... 410 19.4 Strongly Electric Fishes .................................. 414 19.5 Weakly Electric Fish ..................................... 414 References ................................................. 424 20 The Magnetic Senses ........................................ 427 Henrik Mountsen 20.1 Magnetic Fields ......................................... 427 20.2 The Earth s Magnetic Field ................................ 428 20.3 How Can We Study the Influence of the Earth s Magnetic Field on Animal Behavior9 ................................ 429 20.4 Interactions with Other Cues .............................. 434 20.5 How Can Animals Possibly Sense the Geomagnetic Field? ....... 435 20.6 Irreproducible Results and the Urgent Need for Independent Replication ............................... 440 20.7 Where Do We Go from Here? .............................. 440 References ................................................. 442 21 Pain and Nociception ........................................ 445 Maria P. Abbraccino and Angelo M. Reggiani 21.1 The Physics of the Stimulus ............................... 446 21.2 Pain in Humans ......................................... 446 21.3 Pain in Animals Other than Mammals ....................... 455 21.4 Pain Therapy in Humans: Current and Future ................. 457 References ................................................. 459 Further Readings ............................................ 459 Contents 22 Muscles and Motility ............................ Ingo Morano 22.1 Control of Muscle Function in the Vertebrate Body. 22.2 Structure of the Vertebrate Skeletal Muscles ...... 22.3 Energetics of Muscle Contraction ............... 22.4 Excitation-Contraction Coupling ............... 22.5 Skeletal Muscle Fiber Types and Regulation of Force Generation ......................... 22.6 Skeletal Muscle Fatigue ...................... 22.7 The Musculature of the Mammalian Heart ........ 22.8 The Mammalian Smooth Musculature ........... 22.9 Muscles in Invertebrates ...................... References ..................................... 23 Motor Control ................................. Flans-Joachim Pflüger and Keith Sillar 23.1 Introduction ................................ 23.2 The Neuromuscular Basics .................... 23.3 Comparison Between Invertebrate and Vertebrate Skeletal Muscles ............................ 23.4 Common Principles in the Generation and Control of Motor Patterns in Vertebrates and Invertebrates . . 23.5 Sensory Feedback Together with Central Pattern Generators Produce Appropriate Motor Behavior . . 23.6 Decision Making for a Particular Motor Pattern. . . . 23.7 Summary .................................. References ..................................... 24 The Neural Bases of Emotions .................... Tamara В. Franklin and Isabelle M. Mansuy 24.1 Theories of Emotion ......................... 24.2 Neuroanatoiny of Emotion .................... 24.3 Stress ..................................... 24.4 Disorders of Emotional State: Depression and Anxiety Disorders ....................... 24.5 Fear Learning and Memory ................... 24.6 Motivation and Emotion ...................... 24.7 Summary and Outlook ....................... References ..................................... 25 Experience-Dependent Plasticity in the Central Nervous System ......................... José Fernando Maya-Vetencourt and Matteo Caleo 25.1 Genetic Factors and Sensory Experience Sculpt, the Nervous System Architecture ............... 25.2 Plasticity of the Nervous System is High During Critical Periods but Decreases Thereafter ......... 25.3 Experience-Dependent Forms of Plasticity in the Visual System ............................. 461 461 463 466 468 469 471 472 474 475 477 479 479 480 482 487 490 511 522 523 525 525 528 532 535 543 549 550 551 553 554 555 556 Contents 25.4 Structural and Functional Mechanisms that Control Critical Period Plasticity in the Visual System ................ 559 25.5 Hebbian Plasticity and NMDA-Type Glutamate Receptors ...... 562 25.6 Long-Term Potentiation (LTP) and Long-Term Depression (LTD) ...................................... 562 25.7 Homeostatic Plasticity .................................. 563 25.8 Structural Underpinnings of Experience-Dependent Plasticity ... 564 25.9 Short Noncodmg RNAs and the Regulation of Experience-Dependent Plasticity .......................... 565 25.10 The Process of Plasticity Reactivation in the Adult Visual System ......................................... 565 25.11 Early Experience Influences Rodents Behavior by Modifications of Chromatin Structure .................... 566 25.12 Experience-Dependent Plasticity in the Auditory System ....... 567 25.13 Experience-Dependent Plasticity in the Somatosensory System ............................... 572 25.14 Plasticity in the Olfactory System .......................... 574 25.15 Cross-Modal Developmental Plasticity ..................... 574 25.16 Summary ............................................. 575 References ................................................. 575 26 Cellular Correlates of Learning and Memory ................... 577 Martin Korte 26.1 Forms of Learning ...................................... 578 26.2 Model Systems ........................................ 580 26.3 Nonassociative Learning in Simple Organisms ............... 580 26.4 Associativity and Classical Conditioning in Simple Organisms .................................... 583 26.5 Learning and Memory in the Vertebrate Brain ................ 588 26.6 Long-Term Maintenance of Synaptic Plasticity ............... 601 26.7 Summary ............................................. 607 References ................................................. 608 27 Circadian Timing ........................................... 609 François Rouyer 27.1 Circadian Clocks ....................................... 610 27.2 Molecular Mechanisms of Circadian Oscillators .............. 614 27.3 Neural Organization of the Fly Clock ....................... 617 27.4 Neural Organization of the Mammalian Clock ................ 622 References ................................................. 626 28 Learning, Memory, and Cognition: Animal Perspectives .......... 629 Randolf Menzel 28.1 Cognition: Definition ................................... 629 28.2 Innate and Learned Behavior ............................. 630 28.3 Learning: Elemental Forms of Associative Learning ........... 631 28.4 Nonelemental Forms of Associative Learning ................ 639 28.5 Working Memory: Planning and Decision Making ............ 650 28.6 Animal Thinking: The Basics ............................. 652 References ................................................. 653 Contents 29 Primate Social Intelligence ................................... 655 Julia Fischer 29.1 Brain Size Evolution ..................................... 655 29.2 Primate Social Relationships .............................. 656 29.3 Social Knowledge ....................................... 658 29.4 Social Learning ......................................... 659 29.5 Theory of Mind ......................................... 661 29.6 Primate Communication .................................. 665 29.7 Summary .............................................. 667 References ................................................. 668 30 Computational Neuroscience: Capturing the Essence ............. 671 Shaul Druckmann, Albert Gidon, and Id ал Segev 30.1 Neurons: Input-Output. Plastic Devices ....................... 671 30.2 Computation in Neuronal Networks ......................... 685 30.3 Summary .............................................. 692 References ................................................. 693 Index ......................................................... 695
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publisher	Springer
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spelling	Neurosciences from molecule to behavior: a university textbook C. Giovanni Galizia ... eds. Berlin [u.a.] Springer 2013 XIV, 736 S. Ill., graph. Darst. txt rdacontent n rdamedia nc rdacarrier Basierend auf der 2. Aufl. von Neurowissenschaft / Josef Dudel, Randolf Menzel [u.a.] Nervensystem (DE-588)4041643-4 gnd rswk-swf Neurophysiologie (DE-588)4041897-2 gnd rswk-swf (DE-588)4123623-3 Lehrbuch gnd-content Nervensystem (DE-588)4041643-4 s DE-604 Neurophysiologie (DE-588)4041897-2 s DE-188 DE-604 Galizia, Cosmas Giovanni Sonstige (DE-588)140681663 oth Dudel, Josef 1930- Sonstige (DE-588)122323521 oth Erscheint auch als Online-Ausgabe 978-3-642-10769-6 Digitalisierung UB Regensburg application/pdf http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=026106152&sequence=000002&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA Inhaltsverzeichnis
spellingShingle	Neurosciences from molecule to behavior: a university textbook Nervensystem (DE-588)4041643-4 gnd Neurophysiologie (DE-588)4041897-2 gnd
subject_GND	(DE-588)4041643-4 (DE-588)4041897-2 (DE-588)4123623-3
title	Neurosciences from molecule to behavior: a university textbook
title_auth	Neurosciences from molecule to behavior: a university textbook
title_exact_search	Neurosciences from molecule to behavior: a university textbook
title_full	Neurosciences from molecule to behavior: a university textbook C. Giovanni Galizia ... eds.
title_fullStr	Neurosciences from molecule to behavior: a university textbook C. Giovanni Galizia ... eds.
title_full_unstemmed	Neurosciences from molecule to behavior: a university textbook C. Giovanni Galizia ... eds.
title_short	Neurosciences
title_sort	neurosciences from molecule to behavior a university textbook
title_sub	from molecule to behavior: a university textbook
topic	Nervensystem (DE-588)4041643-4 gnd Neurophysiologie (DE-588)4041897-2 gnd
topic_facet	Nervensystem Neurophysiologie Lehrbuch
url	http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=026106152&sequence=000002&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA
work_keys_str_mv	AT galiziacosmasgiovanni neurosciencesfrommoleculetobehaviorauniversitytextbook AT dudeljosef neurosciencesfrommoleculetobehaviorauniversitytextbook

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