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Purves D. (ed.), Augustine G.J. (ed.), Fitzpatrick D. (ed.) — Neuroscience
Purves D. (ed.), Augustine G.J. (ed.), Fitzpatrick D. (ed.) — Neuroscience



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Название: Neuroscience

Авторы: Purves D. (ed.), Augustine G.J. (ed.), Fitzpatrick D. (ed.)

Аннотация:

Neuroscience is a comprehensive textbook created primarily for medical and premedical students. In a single concise and approachable volume, the text guides students through the challenges and excitement of this rapidly changing field. The length and accessibility of the writing are a successful combination that works equally well for medical students or for undergraduate neuroscience courses in which many of the students are premeds. Being both comprehensive and authoritative, the book is also appropriate for graduate and professional use.


Язык: en

Рубрика: Биология/

Статус предметного указателя: Готов указатель с номерами страниц

ed2k: ed2k stats

Издание: third edition

Год издания: 2004

Количество страниц: 773

Добавлена в каталог: 10.12.2005

Операции: Положить на полку | Скопировать ссылку для форума | Скопировать ID
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Предметный указатель
Prostate gland      215
Protanopia      248
Protein kinases activation      177
Protein kinases function      169—170 175 175
Protein kinases PKA      179 579
Protein kinases PKC      176 177 588 589 596 598
Protein phosphatases      175 178
Protein tyrosine kinases      176—177
Protons      78
Prusiner, Stanley      444—445
Psychosurgery      625
Psychotic disorders      341
PTC (phenylthiocarbamide)      357—358
Ptosis      488
Pulvinar      524 616
Pupils characterization      229
Pupils light reflex      260 261
Pupils visceral motor control      471 474—475
Purines      130 138 139
Purkinje cell degeneration (pcd) mice      450
Purkinje cells      3
Purkinje cells calcium signaling      31
Purkinje cells Cerebellar      441—442
Purkinje cells Nissl staining      10—11
Purkinje cells signal transduction      184
Purkinje cells, activity of      240
Purkinje cells, cerebellar pathways and      442
Purkinje cells, long-term depression and      182—184 595 596 597
Putamen      417 418 421 436 772
Pyramidal cells      3 10—11 23 354 402
Pyramidal decussation      396
Pyramidal tract      760
Pyramids, location      755
Pyridoxyl phosphate      143
Pyriform cortex      337 338 353—354 617
Quinine      356 364
Quinn, Chip      581
Quisqualate      137
R taste receptors      360—363 362 364
Radial glia      521 522
Radioisotopes      564
RAGS protein      539
Raichle, Marc      654
Raisman, Geoffrey      720
Random dot stereograms      272—273
Raphe nuclei      151 398 676 677
Rapid eye movement (REM) circuitry      673
Rapid eye movement (REM) cortical regions during      676
Rapid eye movement (REM) EEG recording      665 672
Rapid eye movement (REM) functions      671—674
Rapid eye movement (REM) sleep      659 667
Rapid eye movement (REM), drigs and      682
Rapid eye movement (REM), sleep apnea and      683
Rapidly adapting receptors      194
RAS      170—171 179
Ras/MAP kinase pathway      507
Rasmussen's encephalitis      600
Rats aversive somatic sensory stimuli      699
Rats brain size      634
Rats estradiol-sensitive neurons      718
Rats imprinting      558
Rats sensorimotor cortex      410
Rats sleep deprivation      662
Reason, social behavior and      707—708
Receptive aphasia      643
Receptive fields antagonistic surrounds      254 256
Receptive fields center responses      255
Receptive fields crickets      195
Receptive fields dynamic aspects      198—199
Receptive fields on- and off-center photoreceptors      249—254 255 256
Receptive fields plasticity      729
Receptive fields retinal      249 251—253
Receptive fields, neuron      23
Receptive fields, receptor density and      198
Receptive fields, somatic sensory neurons      196—199
Receptor potentials      13 32 192
Receptors categories      168—170 169
Receptors neurotransmitter      99
Receptors somatic sensory      191—195 193
Reciprocal innervation      381
Recognition facial      629
Recognition object topography      630
Recognition, deficits in      622—623
Recognition, temporal cortex and      627—630
Rectus muscles      230
Red alga (Digenea simplex)      137
Red nucleus      393 394 441
reeler (rl) mice      450 451 517
Reese, Tom      104 105 767
Referred pain      215
Reflexes areflexia      392
Reflexes orofacial      398
Reflexes simple circuit      12
Reflexes vestibular system and      328—329
Reflexes visceral motor      491
Refractive errors      232—233
Refractory periods      61—63
Regenerative properties      56
Reisert, Ingrid      717
Reissner's membrane      300
Relay nuclei      20—22 21
REM sleep      see “Rapid eye movement sleep”
Remodeling, after injury      602
Reserpine      148
Rest-activity cycles      661
Restiform body      see “Inferior cerebellar peduncles”
Resting potentials ionic basis      41 42—43
Resting potentials squid giant neurons      43
Resting potentials, conduction and      62
Resting potentials, neuron type and      32
Resting potentials, permeabilities and      40
Restless legs syndrome      683
Reticular activating system      674
Reticular formation anatomy      398—399 399
Reticular formation function      393 397—399
Reticular formation gaze centers      459
Reticular formation location      396 399 400
Reticular formation pain perception      216 227 225
Reticular formation projections      618
Reticular formation visceral motor centers      481
Reticular formation, hypothalamic targets in      689
Reticular formation, spinal cord projections from      394
Reticulata cells      423—424
Retina amacrine cells      3
Retina bipolar cells      3
Retina center-surround circuits      249—254 255 256
Retina characterization      229
Retina function      234—236
Retina ganglion cells      3 259—263 538
Retina Nissl staining      10—11
Retina quadrants      264—267
Retina structure      235
Retina surface      260
Retina, image formation on      231—234
Retinal circuits      249—254 255 256
Retinal ganglion cells      261
Retinal ganglion cells, regeneration of      606—607 607
Retinal pigment epithelium      234
Retinitis pigmentosa (RP)      236 239
Retinogeniculostriate pathway      260
Retinohypothalamic pathway      263
Retinoic acid      504 505 506—507 508
Retinoid receptors      505
Retinotopic maps      539
Retrograde amnesia      741 746
Reversal potentials      117 119 122
Rexed's laminae      192 195 200
Rhodopsin      170 238 240
Rhombencephalon      502 510 511
Rhombomeres      524 514—515
Ribosomes      5
Riepe, Matthias      728
Right parietal cortex      621
Right-handedness      650—651
Rimonabant      58
Rising phase      45 46
River blindness (onchoceriasis)      569
RNA      178 279
RNA messenger      10
RNA polymerases      178—179
Roberts, Eugene      143
Rodents      347 348 712; “Rats”
Rods (photoreceptors)      238 241 244 245
Rods (photoreceptors) function      240—245
Rods (photoreceptors) hyperpolarization      663 664
Rods (photoreceptors) retinal      235
Rods (photoreceptors), circadian rhythms and      664
Rosbash, Michael      666
Roses, Allen      751
Rossell, Susan      728
Rostral interstitial nucleus      459 676
Rostral, definition      16 17
Round windows      288 290 292
Ruffini's corpuscles      192 195
Ruggero, M.      294
Ryanodine receptors      174
Saccades      240 242 423
Saccades functions      457
Saccades metrics      457
Saccades neural control      458—466 459
Saccades, antisaccades      465
Saccades, basal ganglia in      425
Saccades, express      465
Saccades, perception during      453
Saccules      315 326
Sacral nerves      17
Sagittal sections      16 17
Sakmann, Bert      71 107
Saliva      474—475 477
Salivatory nuclei      759
Saltatory propagation      63 64
Salty taste      356—363
Salvensen, Guy      751
Sarin gas      132
Savant syndrome      739
Saxitoxin      82
Scala media      290—291 292
Scala tympani      290—291 299
Scala vestibuli      290—291 292
Scarpa's ganglion      326 328 514
Schaffer collateral synapses      585 586 592 593 594—595
Schiller, Peter      251
Schizophrenia      148 341 433
Schwab, Martin      605 606
Schwann cells      9 15 533
Sclera      229
SCN      see “Suprachiasmatic nucleus”
SCN genes      76
Scopolamine      135 137
Scorpions      82
Scotoma      see “Blind spots”
Scotomas      267
Scotopic vision      241—242
Scrapie      444—445
Sea slug (Aplysia californica)      575 576 577 578
Searle, John      675
Second messengers intracellular signaling      172—175 173
Second messengers ion channel interactions      78
Second messengers mechanisms      197
Second messengers nuclear signaling      178—181
Second messengers targets      175—178
Second pain      210 211
Second-order neurons      200
Sections, axes of      16 17
Seizures      406 600—601 601
Selectivity filters      81
Semaphorins      532 536 537
Semicircular canals      315
Semicircular canals function      324—328
Semicircular canals location      288 316
Semicircular canals unctional organization      325
Semicircular canals, sense of acceleration and      325—328
Semicircular canals, sensory information from      397
Sensitization      220—223 576 577 578 580
Sensorineural hearing loss      289 290—291
Sensory aphasia      643
Sensory association cortex      748—749
Sensory ganglion      502
Sensory integration      453—167
Sensory maps      197
Sensory motor talents      410
Sensory neurons      12 13 14
Sensory receptors      14
Sensory systems      14
Sensory transduction      192
Septum pellucidum      770
Serine threonine kinases      176 178 507
Serotogenergic neurons of the raphe nuclei      678
Serotonin (5-HT)      679
Serotonin (5-HT) biosynthetic pathway      147
Serotonin (5-HT) brain distribution      152
Serotonin (5-HT) functional features      132 151—152
Serotonin (5-HT) release      578
Serotonin (5-HT) structure      130
Serotonin (5-HT) subunits      138
Serotonin (5-HT) synthesis      152
Serotonin (5-HT), varieties of      139
Serotonin transporter (SERT)      152
sevenless (sev) gene      521
Sex autonomic regulation      496—197 497
Sex drive      717
Sex hormones actions      718—719
Sex hormones synthesis      717
Sex hormones, neural circuitry and      718—720
Sex phenotypes      724
Sex, brain and      711—732
Sex, definition of      712—715
Sex, neurons and      722
Sex, sexual behaviors      724
Sexual dimorphism, behaviors      711—712
Sexual dimorphism, brain      726
Sexual dimorphism, central nervous system      720—728
Sexual dimorphism, hormonal influence on      715—718
Sexual dimorphism, INAH      725
Sexual dimorphism, odor perception and      341—342
Sexual dimorphism, olfaction and      344
Sexually dimorphic nucleus (SDN)      720
Seyfarth, Robert      643
Sham rage      689
Sherrington, Charles      3—4 373 378 406 407 408
Short circumferential arteries      764
Short-term memory      749
Sigmundson, K.      716
Sign language      655—656
Signal amplification      166 267
Signal transduction, hair cells      294—300 320—321
Signal transduction, intracellular      166
Signal transduction, mechanoelectrical      294—300
Signal transduction, neuronal      181—184
Signal transduction, olfactory system      345—346
Signal transduction, taste cells      360—361 362 362
Sildenafil ($\textrm{Viagra}^\textregistered$)      496
Silent synapses      594—595
Simple cells      270
Simultanagnosia      621
Sine waves      284
Single-photon emission computerized tomography (SPECT)      26
Single-unit electrophysiological recordings      13 23
Size principle      379
Skin      191—194 195 204
1 2 3 4 5 6 7 8 9 10 11
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