A B C D E F G H I J K L M N O P Q R S T U V W X Y Z Others
| 014.11 | The membrane domain of | V-ATPase is present in the presynaptic membrane |
| 156.17 | racteristics of neurons in the intermediate gray matter (laminae | V-VII) of the neonatal rat lumbar spinal cord in vitro |
| 007.8 | of neurons in visual area 2 (V2) of rhesus monkeys with those in | V1 |
| 124.25 | lls? interactions between orientation-selective cells in primate | V1 and V2 |
| 083.3 | disparity influences horizontal disparity selectivity in primate | V1 and V2 areas |
| 051.8 | Connectivity of areas | V1 and V2 in the monkey is profoundly influenced by eccentricity |
| 051.1 | Parallel pathways from V2 to layer 1 of | V1 in the macaque monkey |
| 083.18 | study of the sparse responses of simple cells in striate cortex ( | V1) : implications for models of the sparse-coding of information in natura |
| 083.16 | Coding of stimuli in primary visual cortex (area | V1) of awake behaving primates while viewing real world images |
| 089.27 | Role of pituicyte | V1a receptors and calcium in the reversal of adenosine-induced morphologica |
| 154.8 | Selective blockade of vasopressin | V1b receptors by the non-peptide antagonist, SSR149415, produces anxiolytic |
| 124.25 | teractions between orientation-selective cells in primate V1 and | V2 |
| 083.3 | ty influences horizontal disparity selectivity in primate V1 and | V2 areas |
| 051.8 | Connectivity of areas V1 and | V2 in the monkey is profoundly influenced by eccentricity |
| 051.1 | Parallel pathways from | V2 to layer 1 of V1 in the macaque monkey |
| 051.4 | al characteristics of layer 2/3 feedback neurones in the macaque | V2 visual area |
| 007.8 | n the binocular response properties of neurons in visual area 2 ( | V2) of rhesus monkeys with those in V1 |
| 124.7 | Effect of eccentricity on the connectivity of areas | V4 and DP of monkey visual cortex |
| 188.11 | Autoimmune vaccine therapy for CNS degeneration: Post-traumatic | vaccination with myelin promotes recovery from spinal cord injury |
| 188.11 | Autoimmune | vaccine therapy for CNS degeneration: Post-traumatic vaccination with myeli |
| 010.6 | Exploring differential regulation of the expression of ChAT and | VAChT genes in NG108-15 cells: implication of PKA and MEK1/2 signaling path |
| 050.11 | Cytokine-induced sensitization of | vagal afferent pathways to gastric acid challenge |
| 180.20 | Vagotomy-induced dorsal | vagal complex modulation of PSA-NCAM expression in adult rats |
| 137.14 | In vivo neurogenesis in the dorsal | vagal complex of adult rats |
| 183.2 | on of lipopolysaccharide is prevented by prior sub-diaphragmatic | vagotomy in the anaesthetised rat |
| 180.20 | Vagotomy-induced dorsal vagal complex modulation of PSA-NCAM expression in | |
| 182.18 | plied deoxyglucose and glucose by axons and Schwann cells of rat | vagus nerve. Effects of gap junction blockers indicate some uptake into Sch |
| 223.2 | Valproate inhibits forskolin-stimulated cAMP accumulation in C6 glioma cell | |
| 023.6 | Mice lacking the | vanilloid (VR1) receptor have reduced sensitivity to acute noxious and infl |
| 023.19 | Voltage-dependent activation of rat cloned | vanilloid receptor 1 (VR1) in the absence of exogenous agonists |
| 023.15 | Activation of | vanilloid receptor 1 by resiniferatoxin causes calcium release from intrace |
| 023.9 | ng and characterisation of VR4, a novel heat-gated member of the | vanilloid receptor like family |
| 086.8 | Ubiquitous distribution of | vanilloid receptor-1 (VR1) in rat spinal cord |
| 055.5 | In vivo gene transfer in the GM2 gangliosidosis | variant 0 (Sandhoff disease) animal model using AAV vectors |
| 215.15 | Cloning of a novel human serotonin 5-HT4 receptor splice | variant lacking the alternative C-terminal exon. Distribution of multiple v |
| 120.7 | ce brain : a signature reminding those of the BSE agent in human | variant of CJD |
| 178.14 | Potentially functional difference between dopamine D4 receptor | variants |
| 144.11 | Subcellular targeting OF GABA BR1 splice | variants |
| 220.20 | expression of different brain-derived neurotrophic factor splice | variants in the cochlea |
| 049.14 | Characterization of rat splice | variants of the choline-like transporter CTL1 in neurons and oligodendrocyt |
| 115.13 | Segregation of Ca2+ channels in axonal | varicosities contributes to target cell specific actions of group III metab |
| 222.1 | Neurotoxicity of antipsychotic drugs in Alzheimer's disease and | vascular dementia |
| 069.15 | Opposing effects of | vascular endothelial growth factor (VEGF) isoforms on embryonic sympathetic |
| 224.1 | Increased expression of | vascular endothelial growth factor VEGF through adeno-associated virus (AVV |
| 185.10 | Two-photon imaging of the | vascular flow in the rat olfactory bulb |
| 205.10 | Vascular parameters and mast cells in the developing dorsal and ventral lat | |
| 157.10 | Dorsal-ventral hippocampus: Quantitative analysis of | vascularization and immunocytochemically identified GFAP, bNOS and PrPc cel |
| 045.25 | eins (RAMP) ; immunohistochemical localization in human cerebral | vasculature |
| 138.17 | Role of variable alternatively spliced exon ( | VASE) in NCAM-induced neurite outgrowth |
| 178.2 | ctively inhibits a subset of neocortical interneurons expressing | vasoactive intestinal peptide (VIP) |
| 058.5 | Vasoactive Intestinal Peptide (VIP) and its precursor peptide PHM in the sp | |
| 090.15 | NADPH-diaphorase, choline-acetyl-transferase and | vasoactive intestinal polypeptide expression in the sheep external urethral |
| 182.1 | Astrocytes mediate the neuronal-dependent | vasodilation in the neocortex |
| 224.25 | Vasointestinal peptide-induced neuroprotection against an excitotoxic chall | |
| 025.15 | Juxtacellular labelling of RVLM presympathetic | vasomotor neurons: differential effects of cholecystokinin and PAG stimulat |
| 177.1 | Influence of aging on the effect of clenbuterol on | vasomotor response in mesenteric arteries from spontaneously hypertensive r |
| 106.3 | retention modulation in mice and rats: analysis at the level of | vasopressin and cholinergic signal transduction |
| 172.6 | Oxytocin and | vasopressin control intracellular calcium during synaptogenesis in the supr |
| 154.8 | Selective blockade of | vasopressin V1b receptors by the non-peptide antagonist, SSR149415, produce |
| 012.5 | dopamine D1 receptor agonist, induces c-Fos in the CRF- but not | vasopressin-containing neurons of paraventricular nucleus of hypothalamus - |
| 123.7 | GABA inhibits the secretory activity of oxytocinergic, but not | vasopressinergic, neurons in conscious rats during emotional stress |
| 007.4 | Wiring the visual system using | Vax homeobox genes |
| 008.4 | n mild cognitive impairment (MCI) using voxel-based-morphometry ( | VBM) |
| 018.2 | replacement in striatal neurons using a tricistronic lentiviral | vector |
| 022.7 | Relationship between immune response induced by adenovirus | vector and persistence of transgene expression in central nervous system |
| 018.13 | producing primary human adult astrocytes generated by lentiviral | vector transduction |
| 193.14 | Spike by spike estimations of rate | vectors |
| 018.21 | ved neurotrophic factor to dopamine transplants using adenoviral | vectors |
| 055.5 | ngliosidosis variant 0 (Sandhoff disease) animal model using AAV | vectors |
| 215.13 | Temporally-controlled Cre recombinases delivered by lentiviral | vectors |
| 242.1 | Lentiviral | vectors as gene delivery system for neurodegenerative diseases |
| 075.2 | HSV-1 derived | vectors carrying both NR1 and GFP sequences allow to directly reveal in viv |
| 242.2 | Viral | vectors for therapeutic gene transfer into the nervous system |
| 022.5 | ne responses induced by administration of pseudotyped lentiviral | vectors in central nervous system |
| 224.1 | othelial growth factor VEGF through adeno-associated virus (AVV) | vectors produces immunostaining for erythropoietin either in ischemic or no |
| 121.27 | Electrocardiographic study of | vegetative tonus variations in Kainic acid-induced epilepsy in rat |
| 072.12 | Neuronal and endothelial | VEGF expression in the developing human brain |
| 007.11 | VEGF neuronal production in the developing visual system of the marmoset mo | |
| 224.1 | Increased expression of vascular endothelial growth factor | VEGF through adeno-associated virus (AVV) vectors produces immunostaining f |
| 069.15 | Opposing effects of vascular endothelial growth factor ( | VEGF) isoforms on embryonic sympathetic neuroblasts in culture |
| 224.31 | Angiopoietin-1 counteracts | VEGF-induced damage in the ischemic brain |
| 072.7 | Involvement of Sema3A, | VEGF165, MMP9 in granular cell proliferation and migration during cerebella |
| 219.6 | Selective recording of nerve signals by propagation | velocity |
| 209.7 | neurons have firing rate correlations with the animal's angular | velocity and acceleration that are independent of the vestibular system |
| 017.14 | Constraints on | velocity tuning and spatial receptive fields of pre and post ganglionic mod |
| 193.19 | ingle joint movements and vestibular-evoked myogenic potentials ( | VEMPs) |
| 012.13 | Chronic | venlafaxine increases the expression of alpha1A-adrenoceptor mRNA in noradr |
| 050.10 | Neuropathy induced by vincristine in rats: Effect of | venlafaxine on mechanical nociception and spinal cord nociceptive transmiss |
| 115.19 | nitric oxide-cGMP pathway in the relaxation induced by scorpion | venom in the sheep urethra |
| 090.17 | radrenergic neurones of the locus coeruleus modulate the hypoxic | ventilatory response in adult rats |
| 021.19 | projections to rostral and caudal divisions of dorsal (PMd) and | ventral (PMv) premotor cortex: A multiple tracer study in monkey |
| 155.14 | Mesencephalic dopamine neurons as an interface between the | ventral and dorsal striatum: anatomical and electrophysiological evidence |
| 171.7 | A morphological and histochemical study of the developing spinal | ventral commissure |
| 209.2 | Differential effects of dorsal and | ventral hippocampal lesions on spatial learning in the rat |
| 040.3 | ning and memory deficits in Balb/c mice with bilateral dorsal or | ventral hippocampal lesions using the olfactory tubing maze |
| 146.17 | Rat | ventral hippocampal slices persistently produce spontaneous synchronous GAB |
| 175.28 | trodotoxin inactivation or muscimol inhibition of the dorsal and | ventral hippocampus |
| 223.25 | potential initiation in the basal dendrite of CA1 neurons in the | ventral hippocampus |
| 041.3 | Selective lesions of the | ventral hippocampus impair expression of unconditioned fear |
| 175.3 | peractivity induced by subconvulsive NMDA stimulation of the rat | ventral hippocampus: post mortem neurochemistry does not reveal concomitant |
| 156.11 | Rostro-caudal variations within the | ventral horn of a thoracic spinal cord segment |
| 156.12 | Cellular and subcellular localization of 5-HT2A receptors in the | ventral horn of the rat spinal cord |
| 219.1 | Spatial encoding of somatosensory and visual stimuli in the | ventral intraparietal (VIP) area of monkeys |
| 205.10 | Vascular parameters and mast cells in the developing dorsal and | ventral lateral geniculate nuclei of the rat |
| 139.13 | -5, GDNF and glial cells on dopaminergic neurone survival in the | ventral mesencephalon |
| 103.13 | neurotrophin, Growth differentiation factor-5, in the developing | ventral mesencephalon and its effect on the differentiation of neural stem |
| 105.1 | omously required for the survival of dopaminergic neurons in the | ventral midbrain |
| 129.2 | Specification of cell fate in the | ventral neural tube |
| 069.16 | Pax6 regulates specification of | ventral neuron subtypes in the hindbrain by establishing progenitor domains |
| 003.3 | Identification of the | ventral pallium in Xenopus based on topology and gene expression patterns |
| 021.33 | Macaque | ventral premotor (F5) cortex exerts powerful facilitation of corticospinal |
| 021.5 | Macaque | ventral premotor (F5) cortex exerts powerful facilitation of EMG responses |
| 011.17 | Differentiation between dorsal and | ventral rat hippocampus in GABA-A receptor binding and mRNA expression of G |
| 207.2 | Hypergravity exposure affects | ventral root activity in tadpoles (xenopus laevis) |
| 156.3 | the administration of combined GDNF and Riluzole treatment after | ventral root avulsion |
| 050.23 | Lack of contribution of NR2B receptors to the mediation of the | ventral root reflex in rats, in vitro |
| 045.17 | Effect of olanzapine on in vivo release of neurotensin in | ventral striatum and medial prefrontal cortex and on neurotensin concentrat |
| 114.12 | ed by cAMP regulate spontaneous and evoked GABA release in mouse | ventral tegmental area |
| 045.13 | Orexins excite dopaminergic and GABAergic neurons in the | ventral tegmental area (VTA) of the rat |
| 175.19 | Serotonin (5-HT) 1b receptors in the | ventral tegmental area control the cocaine-evoked discriminative stimulus e |
| 010.12 | Muscarinic regulation of | ventral tegmental area GABAergic neurons in culture |
| 143.21 | pha4-beta2 subunit of nAChR excites dopaminergic neurones in the | ventral tegmental area in anaesthetised rats |
| 191.6 | nd c-fos induction elicited by morphine microinjections into the | ventral tegmental area of mice lacking either the mu- or delta-opioid recep |
| 107.19 | s of serotonin (5-HT) 1b receptor ligands microinjected into the | ventral tegmental area on the basal and cocaine-enhanced locomotor effects |
| 175.8 | Amphetamine sensitization : effects on the prefrontal cortex- | ventral tegmental area pathway. An electrophysiological study on the anaest |
| 190.1 | ical GABA-B but not GABA-A receptor mediated inhibition enhances | ventral tegmental glutamate release in intact conscious brain |
| 114.14 | Greater enhancement of paired-pulse facilitation by adenosine in | ventral versus dorsal hippocampus: Reinforcement of the hypothesis of dorso |
| 140.4 | eurons in fetal ventromesencephalic grafts placed in the lateral | ventricle of adult MPTP-lesioned C57BL/6 mice |
| 037.10 | Adult neurogenesis in the walls of calf lateral | ventricles |
| 010.20 | uscarinic acetylcholine receptor subtypes in rat heart atria and | ventricles |
| 010.14 | adrenoceptors and muscarinic receptors in embryonal chick heart | ventricles |
| 103.3 | ion and differentiation of neurosphere cultures derived from the | ventricular and subventricular zone of newborn rat |
| 130.4 | l pathways implicated in muscarinic cell cycle regulation in the | ventricular zone |
| 018.4 | leus. A comparative study between magnetic resonance imaging and | ventriculography |
| 052.17 | GABAergic input onto developing rat | ventrobasal thalamocortical neurones is modulated by metabotropic glutamate |
| 223.8 | hosuximide (ETX) administered via reverse microdialysis into the | ventrobasal thalamus (VB) of the genetic absence epilepsy rat from Strasbou |
| 037.9 | Mechanism of spontaneous calcium oscillations in | ventrobasal thalamus astrocytes |
| 090.8 | NADPH diaphorase activity in the rostral | ventrolateral medulla following spinal cord hemisection at cervical levels |
| 053.3 | Increase of Il-1beta and HLA-DR cells in | ventrolateral part of the substantia nigra pars compacta of chronic parkins |
| 183.13 | Heterogeneous excitatory inputs from the | ventrolateral periaqueductal gray matter to neurons responding to somatosen |
| 025.2 | lamus mediates the pressor response of contextual fear while the | ventrolateral periaqueductal gray mediates the depressor response of recove |
| 024.12 | The | ventrolateral preoptic area : role and origin of cholinergic input in the c |
| 024.13 | n modulation reveals two types of sleep promoting neurons in the | ventrolateral preoptic area in slices |
| 057.3 | Arcuate and | ventromedial hypothalamic neurons of normal and postnatally overnourished r |
| 043.4 | Differential responses of | ventromedial hypothalamic neurons to the melanocortin receptor agonist MTII |
| 183.13 | er to neurons responding to somatosensory stimuli in the rostral | ventromedial medulla of rats |
| 050.17 | The rat | ventromedial thalamus : a link of widespread noxious inputs to the frontal |
| 040.16 | bdivisions of the nucleus accumbens (core, dorsomedian shell and | ventromedian shell) are differentially involved in affective perception and |
| 140.4 | ost-derived tyrosine hydroxylase immunoreactive neurons in fetal | ventromesencephalic grafts placed in the lateral ventricle of adult MPTP-le |
| 118.2 | A subpopulation of locus coeruleus neurons which project to the | ventroposteromedian thalamus is activated by nociceptive stimulation of the |
| 083.11 | Temporal texture segregation | VEP |
| 009.4 | Brain activation during attention switching within and between | verbal and visuospatial working memory |
| 008.8 | Auditory superiority in | verbal short-term memory: effects of list-length and task requirements |
| 125.9 | The latency of saccades, | vergence and combined eye movements in children and in adults |
| 066.2 | EEG stimulus locked cortical potentials preceeding saccades and | vergence eye movements |
| 069.11 | els in neuronal differentiation in invertebrate (Periplaneta) and | vertebrate (Xenopus) embryos |
| 214.9 | ropic glutamate receptor sharing pharmacological properties with | vertebrate mGluR III |
| 036.7 | Nicotinic receptors in | vertebrate retina |
| 108.14 | Subjective visual | vertical direction in neglect patients : error is modulated by posture and |
| 083.10 | Orientation preference and sensitivity to horizontal and | vertical disparities in the visual cortex of the awake monkey |
| 083.3 | Vertical disparity influences horizontal disparity selectivity in primate V | |
| 076.4 | receptor agonists on nociception in the cyclophosphamide-induced | vesical pain model in the conscious rat |
| 047.20 | Okadaic acid interferes with | vesicle acidification and trafficking in ribbon synapse |
| 115.7 | Measurement of presynaptic | vesicle dynamics in acute brain slices by dual photon laser scan microscopy |
| 047.15 | Syntaphilin: a candidate synaptic silencer that inhibits both | vesicle exocytosis and endocytosis |
| 128.2 | The role of the presynaptic | vesicle priming factors, Munc13-1 and Munc13-2, in short-term plasticity an |
| 014.12 | Cytoskeletal mechanisms of | vesicle transport in neurosecretory chromaffin cells |
| 014.19 | a increases the size of the readily releasable pool of secretory | vesicles |
| 114.6 | rrents apparently due to decreased glutamate loading of synaptic | vesicles |
| 146.11 | nce for gamma-hydroxybutyrate (GHB) uptake by rat brain synaptic | vesicles |
| 081.12 | Size-distribution analysis of synaptic | vesicles and application to quantal size variability at hippocampal synapse |
| 143.2 | Effect of the size and lipid composition of lipoproteosome | vesicles on the functional incorporation of nAChRs into the Xenopus oocyte |
| 115.24 | Rab5-dependent trafficking of synaptic | vesicles through the endosome controls the efficiency of synaptic transmiss |
| 202.1 | Beyond hippocampal LTP: BDNF enhances quantal release, docked | vesicles, and the maturation of dendritic spines in CA1 pyramidal neurons |
| 217.19 | Expression and activity of | vesicular acetylcholine transporter in rat dorsal root ganglia neurons |
| 014.18 | SV2-dependent storage and release of | vesicular ATP through an internal Gel-Matrix |
| 223.20 | Expression of plasma membrane but not | vesicular GABA transporter indicates inverse GABA transport in dentate gran |
| 114.15 | Nitric oxide induces rapid, calcium-dependent release of | vesicular glutamate from astrocytes |
| 044.3 | Functional characterization of the second isoform of the | vesicular glutamate transporter |
| 217.15 | Expression of the | vesicular glutamate transporter 1 (VGLUT1) in the cerebral cortex of adult |
| 217.18 | Partially overlapping distribution of Vglut-1 and Vglut-2 | vesicular glutamate transporter mRNAs revealed by RT-PCR and in situ hybrid |
| 217.11 | Anatomical characterization of a second | vesicular glutamate transporter specifies three subtypes of glutamatergic n |
| 217.12 | Two subtypes of cortical excitatory neurons express the | vesicular glutamate transporter VGLUT1 |
| 217.14 | Localization of | vesicular glutamate transporters in rat lumbar spinal cord |
| 217.3 | Phosphorylation of the | vesicular inhibitory amino acid transporter during the maturation of neuron |
| 053.9 | The inactivation of the | vesicular monoamine transporter 2 (VMAT2) by reserpine enhances 6-hydroxydo |
| 217.21 | Increased platelet | vesicular monoamine transporter density in untreated major depressed patien |
| 157.9 | Colocalization of AHNAK and S100B in cerebral blood | vessels |
| 157.2 | BA-A receptor alpha4 subunits on intraparenchymal cerebral blood | vessels in rats |
| 186.14 | Increase of blood | vessels in substantia nigra pars compacta in acute MPTP-treated mice. relat |
| 070.8 | Metabotropic glutamate receptors and development of | vestibular and cerebellar connections |
| 006.4 | en inner ear sensory neurones and neuro-epithelial hair cells of | vestibular end organs using biolistic transfection, digital video microscop |
| 008.2 | Unilateral | vestibular loss impairs both orientation and distance components of the int |
| 092.5 | Influence of melatonin on medial | vestibular neurone activity in vitro |
| 092.1 | difications of the intrinsic membrane properties of deafferented | vestibular neurones one month after unilateral labyrinthectomy: a model of |
| 139.2 | The neurotrophic factor BDNF promotes | vestibular neurons regeneration and is essential for functional synaptic re |
| 092.3 | mate receptors control basal glutamate release in the rat medial | vestibular nuclei |
| 219.2 | BA-A and GABA-B receptors and of their mRNAs in the deafferented | vestibular nuclei and the axotomized facial nucleus after unilateral inner |
| 118.1 | Comparative study on the afferent connections of the lateral | vestibular nucleus in the frog and rat |
| 092.6 | s of gap junction blockers on the spontaneous activity of medial | vestibular nucleus neurones before and after unilateral labyrinthectomy in |
| 226.4 | y allylnitrile in the rat is associated with degeneration of the | vestibular sensory hair cells |
| 006.8 | aptic contacts between inner ear neuro-epithelial hair cells and | vestibular sensory neurons in vitro |
| 052.5 | aspinal muscles activity and cop sway changes induced by caloric | vestibular stimulation in man |
| 093.5 | Proteomic analysis of neuronal and synaptic plasticity in the | vestibular system |
| 209.7 | 's angular velocity and acceleration that are independent of the | vestibular system |
| 193.19 | Rapid and accurate single joint movements and | vestibular-evoked myogenic potentials (VEMPs) |
| 193.11 | Bipedal distribution of human | vestibular-evoked postural responses during asymmetrical standing |
| 096.3 | Stress and cerebellar plasticity in the | vestibulo-oculomotor system |
| 193.10 | A quantitative method for the analyses of the | vestibulo-spinal output |
| 217.18 | Partially overlapping distribution of Vglut-1 and | Vglut-2 vesicular glutamate transporter mRNAs revealed by RT-PCR and in sit |
| 217.12 | l excitatory neurons express the vesicular glutamate transporter | VGLUT1 |
| 217.15 | Expression of the vesicular glutamate transporter 1 ( | VGLUT1) in the cerebral cortex of adult and developing rat |
| 075.20 | Development of a new | video analysis system for animal's behavioural study |
| 006.4 | s of vestibular end organs using biolistic transfection, digital | video microscopy and confocal microscopy |
| 074.18 | n cycle in healthy female volunteers submitted to the anxiogenic | video-recorded stroop color-word test |
| 008.9 | Neurotrophic factors related markers investigated in the | Vienna-Transdanube-Aging "VITA" project: The role of Ciliary-neurotrophic f |
| 017.18 | Ocular accommodation in the | Vietnamese Leaf Turtle, Geoemyda spengleri |
| 011.2 | Photoreceptor degeneration induced by | Vigabatrin, an antiepileptic drug |
| 108.13 | Overview of neural network applications in assessment of | vigilance and sleep studies |
| 142.9 | Assessing a | vigilance decrement in the 5-choice serial reaction time task: Effect of ag |
| 089.18 | c nucleus is altered during aging: relation to the expression of | vimentin |
| 060.3 | Glial scars and central regeneration : lessons from GFAP- and | vimentin-deficient mice |
| 050.10 | Neuropathy induced by | vincristine in rats: Effect of venlafaxine on mechanical nociception and sp |
| 050.15 | ethadone depresses C-fiber evoked nociceptive reflex activity in | vincristine induced neuropathic rats by acting through naloxone-sensitive m |
| 224.25 | excitotoxic challenge in the developing mouse brain : effects of | VIP analogues and PHI |
| 047.13 | Presynaptic mechanisms involved in | VIP excitatory action in rat hippocampal CA1 area |
| 089.10 | s of MAPKinases ERK1/2 and GTP-binding proteins Ras in mediating | VIP neuropeptide effects on prolactin promoter activity |
| 178.2 | ocortical interneurons expressing vasoactive intestinal peptide ( | VIP) |
| 058.5 | Vasoactive Intestinal Peptide ( | VIP) and its precursor peptide PHM in the sporadic form of Amyotrophic Late |
| 219.1 | f somatosensory and visual stimuli in the ventral intraparietal ( | VIP) area of monkeys |
| 015.15 | Serotonergic synaptic excitation of neocortical | VIP/CCK interneurons mediated by 5-HT3 receptors |
| 215.7 | serotonin 5-HT1A and 5-HT1B receptors : In vitro and in vivo non | viral gene transfer to neurons using polyethyleneimine (PEI) |
| 242.2 | Viral vectors for therapeutic gene transfer into the nervous system | |
| 160.2 | ydrochloride (Ritalin) inhibits pup-induced maternal behavior in | virgin female CD-1 albino mice |
| 086.3 | Spinal oxytocin binding sites in | virgin, parturient and lactating rats: a semi-quantitative autoradiographic |
| 239.5 | Virtual keyboard operated by brain oscillations | |
| 160.5 | Data analysis for the neuroscience: A | virtual laboratory for scientific investigation |
| 081.9 | Embedding living neurons into | virtual networks |
| 174.23 | Can rats solve spatial problems presented in | virtual reality environments |
| 018.12 | rimary embryonic midbrain cultures by recombinant Semliki Forest | virus |
| 224.1 | vascular endothelial growth factor VEGF through adeno-associated | virus (AVV) vectors produces immunostaining for erythropoietin either in is |
| 229.2 | spinal locomotor network in neonatal rat and mouse using rabies | virus as a transneuronal tracer |
| 188.10 | Borna disease | virus infection of neurons interferes with MAPK signaling, neurotrophin res |
| 093.1 | udy of the respiratory network in mouse neonates using challenge | virus strain (CVS) rabies infection and tyrosine-hydroxylase immunoreactivi |
| 188.9 | The human immunodeficiency | virus type-1 Tat protein stimulates the microglial production of matrix met |
| 057.19 | eptide in the arcuate nucleus after hypothalamic paraventricular | virus-injection |
| 183.7 | extracellular signalling-regulated kinase-1 and-2 in somatic and | visceral pain models |
| 023.10 | instem of ether and urethane anaesthetized rat following noxious | visceral stimulation |
| 183.8 | caudal midline medullary neurons to noxious somatic and noxious | visceral stimulation in the rat |
| 159.17 | Spatiochromatic properties of natural images and human | vision |
| 051.13 | Building cortical architectures for central and peripheral | vision |
| 017.3 | Towards a physiological model of human color | vision |
| 166.2 | Use of | vision and eye movements in control of dexterous manipulation |
| 193.4 | Vision and postural stability in primary open angle glaucoma | |
| 219.14 | Proprioception dominates | vision in depth: Evidence for optimal multisensory integration in hand loca |
| 051.21 | Impairment of binocular | vision in the adult cat induces plastic changes in the callosal cortical ma |
| 083.15 | Alzheimer's disease - disturbance of interstructural (amygdala - | vision) and intraamygdala interrelations |
| 142.12 | A deficit in | visual acuity in plasminogen activator inhibitor-1 knockout (PAI-1 -/-) mic |
| 124.6 | Brain cortex plasticity at the | visual and acoustic systems defects compensation |
| 219.12 | Functional topography and synaptic interactions of converging | visual and auditory inputs to multimodal cells in a slice preparation of th |
| 219.9 | The left field, the right hand : | visual and tactile object representation in the visual cortex studied with |
| 051.4 | characteristics of layer 2/3 feedback neurones in the macaque V2 | visual area |
| 007.8 | ly strabismus on the binocular response properties of neurons in | visual area 2 (V2) of rhesus monkeys with those in V1 |
| 051.3 | re discrimination task suggests hemispherical asymmetry in early | visual areas |
| 124.3 | Animate contours discrimination by single cells in | visual areas 17 and 18 of the cat |
| 083.13 | Modulation of slow activities in the primary | visual areas by thalamocortical neurons of the lateral geniculate (LG) nucl |
| 124.9 | A neurodynamical cortical model of | visual attention and invariant object recognition |
| 108.16 | Visual attention EEG correlates at global and local levels of figure identi | |
| 142.10 | Visual attention in aged rats: The effect of cholinergic agents on performa | |
| 203.1 | Mechanisms of | visual attention in the human brain |
| 051.18 | Microglial cells may participate in the shaping of | visual callosal connections during postnatal development |
| 108.7 | ng error of neglect patients is modulated by eye orientation and | visual context |
| 124.17 | ducing intracortical inhibition restores plasticity to the adult | visual cortex |
| 124.7 | of eccentricity on the connectivity of areas V4 and DP of monkey | visual cortex |
| 061.3 | he role of feedback in the shaping of representations in primary | visual cortex |
| 051.12 | morphology and topography of callosal connections in rat primary | visual cortex |
| 116.13 | k-activity causes bidirectional plasticity in the developing rat | visual cortex |
| 051.19 | ulation of AMPA, Kainate, and NMDA Receptor mRNA in Adult Monkey | visual cortex |
| 240.4 | ion of spatial and temporal electrical retina stimulation in the | visual cortex |
| 174.29 | Properties of place cell firing after damage to the | visual cortex |
| 082.14 | Synaptic plasticity in interneurons of rat | visual cortex |
| 083.4 | prevents stimulus locking of flicker-induced oscillations in cat | visual cortex |
| 061.4 | Integration and inferentional processes in | visual cortex |
| 237.2 | turation of GABAergic circuits and critical period plasticity in | visual cortex |
| 139.3 | NF-mediated neuroprotection following lesion to the neonatal rat | visual cortex |
| 007.17 | ies underlie development of orientation tuning in ferret primary | visual cortex |
| 051.20 | NMDA-receptor subunits (NR1, NR2A and NR2B) in adult cat primary | visual cortex |
| 116.2 | A novel protein synthesis-dependent form of LTD in mouse | visual cortex |
| 206.6 | eukemia inhibitory factor, LIF, on activation of p42/p44 MAPK in | visual cortex |
| 124.4 | lateral and callosal infragranular projection neurons of the rat | visual cortex |
| 124.23 | ns (CSPGs) restores ocular dominance plasticity to the adult rat | visual cortex |
| 051.6 | Temporal properties of surround suppression in primary | visual cortex |
| 051.10 | Lateral inhibition and surround suppression in primary | visual cortex |
| 061.2 | Lateral connections and receptive field specificity in | visual cortex |
| 051.17 | hanisms contribute to short term receptive field dynamics in cat | visual cortex (area 17) |
| 083.16 | Coding of stimuli in primary | visual cortex (area V1) of awake behaving primates while viewing real world |
| 051.11 | Single-unit recording from cat primary | visual cortex combined with transcranial magnetic stimulation (TMS) |
| 070.10 | of neuroserpin in the activity dependent plasticity of the mouse | visual cortex during the developmental critical period |
| 048.1 | NR2B-component of NMDA receptor mediated field potentials in rat | visual cortex in vitro |
| 016.13 | tentiation measured with a 64 electrode multiarray system in rat | visual cortex in vitro |
| 083.5 | Simulation of | visual cortex neural populations with sodium current N-shaped relation of n |
| 083.19 | Gamma-oscillations of the membrane potential in cat | visual cortex neurons correlate with stimulus optimality |
| 083.7 | Transmitting form and motion from retina implants to the | visual cortex of cats |
| 083.10 | ce and sensitivity to horizontal and vertical disparities in the | visual cortex of the awake monkey |
| 083.1 | rientation and direction sensitivity to stereoscopic bars in the | visual cortex of the monkey |
| 051.15 | Zinc-rich neurones in the | visual cortex of the rat: a group of pyramidal neurones with precise connec |
| 172.34 | The critical period for | visual cortex plasticity in cats: identification of age-dependent proteins |
| 145.1 | cute effect of nerve growth factor on glutamate release from rat | visual cortex synaptosomes |
| 147.12 | oline modulates the balance between excitation and inhibition in | visual cortex via the activation of muscarinic receptors |
| 159.13 | Retinotopic organization of the connections of primate | visual cortex with the pulvinar nucleus |
| 124.5 | The processing of color and texture in human | visual cortex: an EEG study |
| 237.3 | Cellular mechanisms of developing and adult | visual cortical plasticity |
| 083.17 | Contextual modulation in | visual cortical responses to natural movies |
| 007.1 | Visual deprivation effects on the S-100 positive astrocytic population in t | |
| 108.6 | ial magnetic stimulation of the frontal eye field can facilitate | visual detection |
| 074.7 | ionally distinct cerebrocerebellar networks are activated during | visual discrimination |
| 175.24 | al correlates of attention and alerting to non-target stimuli in | visual discrimination task |
| 124.10 | Interhemispheric interactions in the | visual domain: a fMRI study |
| 017.17 | Recovery of | visual evoked potentials after regeneration of cut optic nerve axons throug |
| 221.8 | Visual evoked potentials in demyelinating diseases | |
| 159.6 | lative effect of repetitive transcranial magnetic stimulation on | visual evoked potentials in healthy volunteers |
| 074.11 | bisection in normal individuals: consequences of the absence of | visual feedback of the performance |
| 083.9 | Recovery of chronic homonymous post-stroke | visual field defect after computer-assisted training detected by visual per |
| 074.22 | Tachistoscopic reading in the left | visual field of callosotomy patients |
| 118.3 | Organization of cortical areas in central and peripheral | visual fields as revealed by graph theory analysis |
| 124.26 | Chromatic priming in hemianopic | visual fields of macaque monkeys |
| 140.2 | Supragranular cortical neurons fail to innervate | visual graft beyond eye opening |
| 008.11 | The neural substrates of | visual implicit memory: the contributions of the right and left occipital l |
| 159.5 | Visual integration-neurons within nucleus rotundus (pulvinar inferior) of t | |
| 136.1 | Visual masking and consciousness : Investigations with functional neuroimag | |
| 197.4 | Visual mental imagery and the processing of spatial information | |
| 125.4 | Neuronal segregation of | visual motion and retinal disparity information in the frontal eye field of |
| 124.27 | ention and contrast on direction discrimination and detection of | visual motion in humans |
| 124.8 | and the auditory parabelt in monkey and the structural basis of | visual neglect |
| 124.1 | fect: factors contributing to the foveofugal/petal difference in | visual perception |
| 009.16 | Neural basis of the transformation of | visual perception into an oculomotor response in the monkey primary visual |
| 021.22 | The cerebral activity related to the | visual perception of acceleration: a MEG study |
| 124.11 | ural activity in human posterior superior temporal sulcus during | visual perception of biological motion |
| 124.19 | Spatial and temporal | visual properties of neurons along the anterior ectosylvian sulcus of the c |
| 159.15 | Serotonin effects on | visual receptive fields in superior colliculus via 5-HT1B receptors, studie |
| 159.9 | Quantitative analysis of | visual response characteristics in the mouse lateral geniculate nucleus |
| 042.17 | l magnetic resonance imaging (fMRI) study of brain processing of | visual sexual stimuli in healthy men |
| 009.18 | gamma band activity and fMRI BOLD activity in humans performing | visual short term memory tasks |
| 061.1 | Contributions of converging | visual signals to receptive field representations |
| 124.15 | RI correlates of interhemispheric EEG synchronization induced by | visual stimulation |
| 159.10 | tabolic changes in the rat superior colliculus in vivo following | visual stimulation |
| 159.20 | Dynamic changes in spike activity of tectal neurons during | visual stimulation in the salamander Plethodon jordani |
| 172.27 | Visual stimulation induces CREB mediated gene expression in visual cortical | |
| 219.11 | Olfactory and | visual stimulations modulate neurogenesis in the adult cricket brain |
| 180.21 | e perirhinal cortex 24 hours after exposure to novel or familiar | visual stimuli |
| 109.5 | Tectal responses to potassium loads and subsequent | visual stimuli are affected by motivational state in the toad, bufo bufo |
| 219.1 | Spatial encoding of somatosensory and | visual stimuli in the ventral intraparietal (VIP) area of monkeys |
| 237.4 | c acetylcholine receptors in the developmental plasticity of the | visual system |
| 083.21 | sychophysical investigation of temporal hyperacuity in the human | visual system |
| 083.8 | The dynamics of speed adaptation in the human | visual system : a parametric study |
| 051.7 | Learning invariant representations in the | visual system from natural stimuli |
| 007.11 | VEGF neuronal production in the developing | visual system of the marmoset monkey |
| 007.4 | Wiring the | visual system using Vax homeobox genes |
| 007.12 | of cell death pattern during development of avian and reptilian | visual systems |
| 124.28 | Visual target selection deficits after parietal inactivation in monkey | |
| 074.12 | Pointing to | visual targets is not affected by distortions of egocentric space in patien |
| 108.14 | Subjective | visual vertical direction in neglect patients : error is modulated by postu |
| 074.21 | Electrophysiological and behavioral study in the processing of | visual word recognition |