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
| 007.1 | Visual deprivation effects on the | S-100 positive astrocytic population in the developing rat visual cortex: A |
| 044.5 | Interactions of glutathione, thiol redox agents and | s-alkyl derivatives of glutathione with [3h]dopamine release evoked by glut |
| 149.5 | iated with increases in peroxynitrite, protein nitrotyrosine and | s-nitrosothiols, as well as changes in glutathione levels |
| 053.6 | sociation of catechol-O-methyltransferase (COMT) and glutathione | S-transferase M1 (GSTM1) genetic polymorphisms in Parkinson's disease |
| 145.9 | Immuno-electron microscopy localizes phocein and | s/g2 nuclear autoantigen (SG2NA) within purkinje cell dendritic spines |
| 157.9 | Colocalization of AHNAK and | S100B in cerebral blood vessels |
| 072.3 | Nuclear accumulation of the calcium-binding protein | S100B in post-mitotic oligodendroglial progenitor cells |
| 148.1 | Increase of | S100B protein in wobbler mice spinal cord |
| 154.3 | Anxiolytic-like properties of the melatonin receptor agonist | S23478 in a model of anticipation of social defeat in the rat: effects on c |
| 125.1 | ansfer of saccadic adaptation is based on the absolute change in | saccade amplitude |
| 125.2 | Role of the dorsolateral prefrontal cortex in reflexive | saccade inhibition : an inactivation study |
| 066.1 | initiation: evidence for an activation threshold independent of | saccade reaction time in superior colliculus neurons |
| 125.3 | Effects of TMS over the right prefrontal cortex on latency of | saccades and convergence |
| 066.2 | EEG stimulus locked cortical potentials preceeding | saccades and vergence eye movements |
| 066.4 | "Rebound" | saccades evoked by electrical microstimulation of the caudal fastigial nucl |
| 210.12 | High frequency (>50 Hz) electrocorticographic rhythms and eye | saccades in behaving cats |
| 125.9 | The latency of | saccades, vergence and combined eye movements in children and in adults |
| 125.5 | Target selection and sequential memory-guided | saccades: a neural field model of the frontal eye fields |
| 125.1 | Transfer of | saccadic adaptation is based on the absolute change in saccade amplitude |
| 125.8 | The Influence of inhibition of return and gap effect on | saccadic eye movement latencies |
| 108.10 | Neglect patients show faster | saccadic latency to ipsilesional targets than brain-damaged and healthy con |
| 193.8 | Saccadic suppression only affects consciousness | |
| 090.2 | is or the bladder of the rat are spatially segregated within the | sacral parasympathetic nucleus. A 3D reconstruction study |
| 025.13 | ism in the terminals of postganglionic neurones originating from | sacral sympathetic ganglia in STZ diabetic rats |
| 123.9 | SAGE expression profiles predict structural differences in hippocampus of s | |
| 159.20 | pike activity of tectal neurons during visual stimulation in the | salamander Plethodon jordani |
| 227.4 | Locomotor recovery in chronic spinal | salamanders |
| 137.4 | reelin expression in the developing retina of the common trout, | Salmo trutta fario |
| 229.7 | acetyltransferase (ChAT) -immunoreactive systems in the brain of | Salmo trutta fario |
| 058.5 | ptide PHM in the sporadic form of Amyotrophic Lateral Sclerosis ( | sALS) spinal cord |
| 226.23 | Neurologic manifestations of | salt poisoning |
| 017.12 | Retinal hemorrhage due to | salt poisoning |
| 147.5 | Translocation of nuclear | SAM68 to dendrites in depolarized hippocampal neurons : implication in RNA |
| 222.4 | tric oxide synthase (iNOS) and sleep-wake cycle during ageing in | SAMP8 mice |
| 012.24 | ic versus motor striatum in a non-human primate: ultrastructural | sampling of morphological correlates |
| 055.5 | In vivo gene transfer in the GM2 gangliosidosis variant 0 ( | Sandhoff disease) animal model using AAV vectors |
| 158.8 | f neurons in mouse primary somatosensory cortex as revealed with | Santa Cruz polyclonal antibody against synapsin Ia/b |
| 049.7 | an epitope from the extracellular domain of SERT: Results with a | saporin conjugate |
| 213.4 | ite in the tyrosine hydroxylase gene and bipolar disorder in the | sardinian and egyptian populations |
| 152.11 | odium currents in normal and congenital human myotonic dystrophy | satellite cells |
| 057.17 | a D3 selective agonist, and behavioral sequence associated with | satiety, in the rat |
| 142.6 | Anxiolytic effect of coriandrum | sativum in the elevated plus-maze test of anxiety in mice |
| 047.7 | Ca2+ buffer | saturation underlies paired pulse facilitation at calbindin-D28K containing |
| 206.9 | Saxitoxin-sensitive Na+ channels are required for BDNF-induced neurite exte | |
| 206.1 | ynaptic transmission in the postnatal mouse superior colliculus ( | SC) |
| 047.22 | Presynaptic | scaling of transmission at the basket cell - granule cell synapse in the ra |
| 115.7 | ptic vesicle dynamics in acute brain slices by dual photon laser | scan microscopy |
| 182.17 | Investigation of cellular volume changes using pulse controlled | scanning ion conductance microscopy |
| 208.17 | Investigating the role of semaphorins in the glial-fibroblastic | scar after CNS injury using in vitro scar models |
| 060.3 | Glial | scars and central regeneration : lessons from GFAP- and vimentin-deficient |
| 083.20 | The independent components of colour and spatiospectral natural | scenes |
| 083.18 | ations for models of the sparse-coding of information in natural | scenes |
| 143.7 | nd prejunctional sites in the rodent superior cervical ganglion ( | SCG) |
| 039.2 | ction of adult rat sciatic nerve induces increased expression of | SCG10 mRNA and protein: effect of thyroid hormone treatment |
| 082.16 | ng-term plasticity of glutamatergic synaptic transmission at the | Schaffer collateral to CA1 pyramidal cell synapse of the rat hippocampus |
| 082.9 | of acute intrahippocampal BDNF infusion on synaptic efficacy at | Schaffer collateral-CA1 synapses in vivo |
| 175.13 | um during responding for cocaine and heroin under a second-order | schedule of reinforcement |
| 084.17 | ntext processing relationship with fronto hippocampal deficit in | schizophrenia |
| 042.4 | Facial expression processing in | schizophrenia |
| 084.4 | Are eye tracking tests indicators of genetic vulnerability to | schizophrenia |
| 084.9 | imal model with relevance to the glutathione deficit observed in | schizophrenia |
| 084.1 | in KCNN3 (HSKCa3) and PPP2R2B show no association or linkage to | schizophrenia |
| 190.3 | Amyloid beta pathology in Alzheimer's disease and | schizophrenia |
| 084.5 | f the gene encoding protocadherin 8 (PCDH8) in susceptibility to | schizophrenia |
| 084.13 | s response to dopamine afferent activation in an animal model of | schizophrenia |
| 094.2 | Candidate genes for catatonic | schizophrenia |
| 190.10 | notropic glutamate receptors in the anterior cingulate cortex in | schizophrenia |
| 084.11 | Increased Semaphorin 3A in the cerebellum in | schizophrenia |
| 094.3 | A chromosome 1 locus in | schizophrenia |
| 084.6 | Right spatial unilateral neglect in | schizophrenia |
| 094.4 | Pharmacogenetics of | schizophrenia: the missing link between clinical markers and pharmacologica |
| 084.10 | The effect of smoking on sensory gating functions in | schizophrenic patients |
| 190.4 | Low nitrate concentration in the cerebrospinal fluid from | schizophrenic patients |
| 084.18 | on of the glutamate transporter GLT1 in the prefrontal cortex of | schizophrenics |
| 229.6 | Study of | Schwann cell proliferation and early migration along muscle-vein-combined g |
| 182.20 | gap junctions: a novel site of connexin 32 (Cx32) expression in | Schwann cells |
| 221.4 | the demyelinated adult spinal cord using AAV-transduced primate | Schwann cells |
| 221.1 | tory protein (star) protein expression by cyclic amp in cultured | schwann cells |
| 013.1 | Terminal | Schwann cells in adult rat neuromuscular junctions and Schwann cells in dev |
| 182.18 | Uptake of locally applied deoxyglucose and glucose by axons and | Schwann cells of rat vagus nerve. Effects of gap junction blockers indicate |
| 152.10 | Apoptosis of | Schwann cells under stimulation of a nerve regeneration |
| 120.1 | Efficient propagation of sheep TSE agent in | Schwann cells-derived cultures |
| 140.11 | Effects of FK506 on allograft and xenograft repair of the mouse | sciatic nerve |
| 013.1 | rat neuromuscular junctions and Schwann cells in developing rat | sciatic nerve express the Nav1.6 sodium channel |
| 105.11 | sensory neurons in dorsal root ganglia after transection of the | sciatic nerve in adult rat |
| 039.2 | Transection of adult rat | sciatic nerve induces increased expression of SCG10 mRNA and protein: effec |
| 208.9 | Regeneration of | sciatic nerves induced by distal stumps of peripheral nerves extracts in ra |
| 212.5 | SCID: a relational database system for mental health clinical research | |
| 003.8 | Expression of | SCL, GATA-2 and Lmo2 transcription factors in the neurogenesis |
| 121.6 | e human dentate gyrus from patients with and without hippocampal | sclerosis |
| 152.1 | itochondrial function in a cellular model of amyotrophic lateral | sclerosis |
| 152.4 | roteinase-9 (MMP9) in serum of patients with amyotrophic lateral | sclerosis |
| 019.8 | ion of the proteasome function in a model of amyotrophic lateral | sclerosis |
| 152.13 | olume in a G93A SOD1 mouse model of familial amyotrophic lateral | sclerosis |
| 221.16 | eta cytokines in cerebrospinal fluid from patients with multiple | sclerosis |
| 148.4 | Accelerated auditory processing in amyotrophic lateral | sclerosis |
| 221.12 | rimental autoimmune encephalomyelitis: implications for multiple | sclerosis |
| 144.10 | A-B1a, GABA-B1b and GABA-B2 mRNA expression in human hippocampal | sclerosis |
| 148.8 | expression in motor cortex of patients with amyotrophic lateral | sclerosis |
| 221.11 | immune encephalomyelitis: Implications for treatment of multiple | sclerosis |
| 152.15 | protect motoneurons from oxidative stress in amyotrophic lateral | sclerosis (ALS) |
| 058.5 | recursor peptide PHM in the sporadic form of Amyotrophic Lateral | Sclerosis (sALS) spinal cord |
| 058.11 | crotubule-stabilizing protein, is altered in amyotrophic lateral | sclerosis and Alzheimer's disease |
| 149.5 | sent in the cerebrospinal fluid of patients with active multiple | sclerosis and is associated with increases in peroxynitrite, protein nitrot |
| 233.1 | How common is remyelination in multiple | sclerosis and why might it fail |
| 121.9 | neuroplasticity and epileptogenesis associated with hippocampal | sclerosis in mice |
| 221.13 | ted form of the neural cell adhesion molecule (NCAM) in multiple | sclerosis lesions |
| 058.12 | otoneurons of presympomatic mice carrying an amyotrophic lateral | sclerosis mutation |
| 221.7 | ee of hypothalamic-pituitary-adrenal axis activation in multiple | sclerosis patients with active lesions in the hypothalamus |
| 223.17 | expression of flip forms of AMPA receptors in astrocytes of the | sclerotic human hippocampus |
| 003.1 | ephalon and impairs the development of the subcommissural organ ( | SCO) and the posterior commissure |
| 209.13 | Effect of | scopolamine, n-methyl scopolamine, and an Aricept adjunct on performance in |
| 211.12 | Effects of bovine brain phosphatidylserine on | scopolamine-induced amnesia in mice |
| 107.29 | The effects of E2020 (Aricept) on | scopolamine-induced impairments in attention and reference memory in the ra |
| 107.12 | Reversal of | scopolamine-induced impairments in object discrimination by the NSAID, mefe |
| 115.19 | nt of the nitric oxide-cGMP pathway in the relaxation induced by | scorpion venom in the sheep urethra |
| 150.18 | Spatial resolution of caspase-3 activation, of phospholipid | scramblase, and Apoptosis in the human hippocampal formation after cerebral |
| 120.18 | ymorphisms on prion replication in a cell culture model of sheep | scrapie |
| 120.24 | cage differentiates early behavioural changes caused by BSE and | scrapie |
| 120.17 | Abnormal synaptic protein expression and cell death in murine | scrapie |
| 120.12 | Axonal transport of the prion protein in normal and | scrapie infected hamsters |
| 003.18 | A genetic | screen aimed at identifying mutations affecting development of the forebrai |
| 054.4 | Screening for factors reversing the glial reactivity in acute cerebral exci | |
| 224.30 | Telomics - Tissue-based | screening for target identification/validation and preclinical drug develop |
| 019.9 | Huntington's disease : drug | screening in a C. elegans model of polyglutamine-dependent neuronal dysfunc |
| 152.5 | Genetic | screening of an experimental model of ALS reveals early defects in intermed |
| 117.5 | A new easy accessible and low-cost method for | screening olfactory capabilities in mice using a naturalistic-type olfactor |
| 021.6 | al tuning of motor cortical cells changes when switching between | scribbling and reaching movements |
| 205.17 | The alpha chemokine stromal cell-derived factor 1 ( | SDF-1) stimulates the migration of embryonic neural precursors |
| 150.20 | A dual role for the | SDF-1/CXCR4 chemokine receptor system in adult brain: isoform-selective reg |
| 216.6 | of membrane proteins and lipids in the cerebellum visualized by | SDS-FRL |
| 137.1 | Postembryonic cell proliferation in the | sea lamprey central nervous system |
| 137.19 | gen (PCNA) immunoreactivity in the forebrain and midbrain of the | sea lamprey during development |
| 207.11 | Density of GABAergic neurons in the developing larval and adult | sea lamprey spinal cord |
| 243.3 | Effects of divalent cations on membrane and | seal resistance in patch-clamped central and peripheral neurons |
| 156.5 | Fibrin | sealant (FS) and equine collagen (EC) as neurocompatible biomatrices for ax |
| 048.3 | In | search of a synaptic language: Dynamic modulation of excitatory synaptic tr |
| 160.3 | n the budgerigar brain (Melopsittacus undulatus) in the breeding | season |
| 109.4 | Sexual and | seasonal differences in physiological properties of HVc neurons in canary |
| 175.13 | dorsal striatum during responding for cocaine and heroin under a | second-order schedule of reinforcement |
| 003.6 | Fgf15 gene is expressed in relation to the | secondary brain organizers |
| 050.19 | inetic and spatial separation of Ca2+ accumulating structures in | secondary sensory neurones of rats |
| 089.4 | r cells: modulatory effects on calcium influx and growth hormone | secretion |
| 089.16 | idence for cyclin D involvement in the control of pituitary cell | secretion |
| 114.5 | Catecholamine | secretion by exocytosis in rat fetal chromaffin cells |
| 020.26 | Regulation and mechanism of amyloid precursor protein | secretion by rasagiline and anti-Alzheimer drug, TV3326 and its optical iso |
| 014.7 | Alterations in SNAP-25 and synaptobrevin inhibit | secretion by slowing membrane fusion kinetics in chromaffin cells |
| 024.2 | Rhythmic melatonin | secretion in a cultured primate retina reflects prior photoperiod |
| 173.9 | study of the mechanism of thyroid hormone action on gastric acid | secretion in the rat (an in vitro study) |
| 089.14 | Simultaneous assessment of prolactin and thyreotropin | secretion in TRH test performed in destined for transplant brain-dead organ |
| 202.3 | Postsynaptic | secretion of GFP-tagged BDNF from glutamatergic synapses |
| 114.7 | Subcellular distribution and | secretion of NESP55, a novel genomically imprinted chromogranin-like protei |
| 151.18 | The human serotonin 5-HT4 receptor regulates | secretion of non Amyloidogenic Precursor Protein |
| 045.10 | Characterization of the | secretoneurin g-protein coupled receptor (SN-GPCR) on the basis of two inde |
| 045.3 | Human | secretoneurin signal transduction is coupled to adenylate cyclase via pertu |
| 138.7 | Pertussis toxin inhibits | secretoneurin-promoted neurite outgrowth in cerebellar granule cells |
| 123.7 | GABA inhibits the | secretory activity of oxytocinergic, but not vasopressinergic, neurons in c |
| 181.2 | targeting of the presynaptic cytomatrix protein Bassoon via the | secretory pathway |
| 014.19 | Doc2-beta increases the size of the readily releasable pool of | secretory vesicles |
| 078.20 | fication of GABA A receptors subtypes mediating tolerance to the | sedative effects of diazepam |
| 175.5 | Aqueous | sedative plant extracts activity in [3H]flunitrazepam binding |
| 156.11 | dal variations within the ventral horn of a thoracic spinal cord | segment |
| 013.2 | Organizing the axonal initial | segment : dynamic targeting and clustering of the sodium channel Nav1.2 |
| 228.15 | optical flow to characterize sensory-motor responses in a leech | segment and to evaluate their reproducibility |
| 115.16 | es in transmission properties between synapses made by ascending | segment granule cell axons and parallel fibres onto cerebellar Purkinje cel |
| 009.5 | and stereotypy by microinjections of Bicuculline in the external | segment of the globus pallidus of the monkey |
| 156.14 | a compression-injury of rat spinal cord : relationship with the | segmental level of compression |
| 156.19 | Decrease in | segmental spinal excitability induced by subthreshold rapid repetitive tran |
| 087.10 | ssion assessed by microarray analysis is altered in the brain of | segmental trisomy 16 mice, Ts1Cje, a model of Down syndrome |
| 050.13 | ciated with activation of microglia in corresponding spinal cord | segments |
| 124.4 | Ultrastructural differences between axonal initial | segments of ipsilateral and callosal infragranular projection neurons of th |
| 090.2 | ns innervating the penis or the bladder of the rat are spatially | segregated within the sacral parasympathetic nucleus. A 3D reconstruction s |
| 115.13 | Segregation of Ca2+ channels in axonal varicosities contributes to target c | |
| 155.3 | Convergence and | segregation of cortical information in the substantia nigra pars reticulata |
| 125.4 | Neuronal | segregation of visual motion and retinal disparity information in the front |
| 083.11 | Temporal texture | segregation VEP |
| 148.3 | cerbates excitotoxin induced neuronal cell death by potentiating | seizure activity |
| 205.19 | Is granule cell dispersion related to | seizure activity in human |
| 121.10 | Antiepileptic drugs selectively suppress | seizure components in the cortical stimulation model - a pharmacokinetic/ph |
| 187.1 | Early prediction of | seizure onset in patients affected by medial temporal lobe epilepsy |
| 121.13 | common genetic mechanism involved in GABA- and glutamate-induced | seizure susceptibility |
| 041.33 | bituation behaviour, mossy fiber field size and determination of | seizure susceptibility |
| 179.4 | Decreased epilepsy | seizure threshold in mice with a functional knockout of neuronal M-channels |
| 121.5 | Effects of chronic- and | seizure-triggered deep brain (STN-) stimulation on seizure activity in a ra |
| 198.4 | Involvement of cortical synchronizing networks in absence | seizures |
| 223.24 | Adenosine A2A receptor deficient mice are more resistant to | seizures |
| 223.20 | ABA transport in dentate granule cells after kainic acid induced | seizures |
| 223.23 | sprouting are reduced in TIMP-1 deficient mice after excitotoxic | seizures |
| 044.15 | -containing kainate receptors prevent pilocarpine-induced limbic | seizures |
| 144.5 | ression of GABA-b receptor mRNA after kainic acid-induced limbic | seizures |
| 010.19 | Role of M2 muscarinic receptors in soman-induced | seizures |
| 198.2 | Neurochemical analysis of the pathophysiogenesis of absence | seizures |
| 198.1 | Genetic basis of generalized | seizures |
| 187.4 | s is not associated with the occurrence of spontaneous recurrent | seizures |
| 088.1 | ffect of reversible hippocampal inhibition on amygdaloid kindled | seizures and amygdaloid kindling rate |
| 121.11 | Myoclonic | seizures in a conditional mouse model for epilepsy |
| 121.24 | synaptic connectivity in thalamus precede the onset of epileptic | seizures in GAERS |
| 080.26 | Cellular mechanisms for the development of absence | seizures in mammals |
| 187.11 | o epilepsy: a C-fos study in comparison with pilocarpine-induced | seizures in the wistar rat |
| 223.3 | ropic glutamate receptor subtype antagonist inhibits hippocampal | seizures in vitro |
| 187.17 | Excitotoxic | seizures increase net MMP proteolytic activity sequentially in neurons and |
| 121.25 | ole, an inhibitor of neuronal nitric oxide synthase, facilitates | seizures induced by nicotine in mice |
| 198.3 | Thalamic mechanisms of absence | seizures: in vitro versus in vivo models |
| 069.18 | ription factor cux-2, a mouse homologue of the Drosophila neural | selector gene cut |
| 175.22 | Selegiline combined with enriched-environment housing attenuates spatial le | |
| 173.2 | ression in the rat brain and its alteration following lesion and | selenium deficiency |
| 226.24 | Increased cell death in | selenium deficient rats following glutamate-induced excitotoxicity |
| 173.2 | Selenoprotein W mRNA expression in the rat brain and its alteration followi | |
| 191.12 | Locomotor pattern and intracranial | self stimulation model in high/low responders rats |
| 049.8 | ve changes in dopamine transporter produced by long-term cocaine | self-administration and its extinction |
| 065.3 | Morphine | self-administration and sensitisation are absent in mice lacking NK1 recept |
| 112.15 | elta-9-THC pretreatment of adult rats does not increase morphine | self-administration behavior |
| 200.2 | Cocaine | self-administration features predicting cocaine-induced relapse |
| 153.2 | The GABA-B agonist baclofen attenuates d-amphetamine | self-administration in the rat |
| 191.2 | Morphine | self-administration modifies pyramidal cell morphology in the cingulate cor |
| 153.19 | nucleus accumbens and medial prefrontal cortex during long-term | self-administration of d-amphetamine by rats |
| 153.21 | ial recordings in rat hippocampus and nucleus accumbens during a | self-administration paradigm: context as a reinstatement cue |
| 009.11 | ontribution of motor and cognitive difficulties to disruption of | self-organized actions in MPTP-treated monkeys |
| 009.12 | Common neural activation for | self-organized and instructed memory-guided behavior in macaque prefrontal |
| 175.26 | Indomethacin protects against | self-stimulation impairment produced by 6-hydroxydopamine lesions in the ra |
| 072.1 | Selective activation of map kinase pathway during | Sema3a signaling |
| 072.7 | Involvement of | Sema3A, VEGF165, MMP9 in granular cell proliferation and migration during c |
| 008.19 | Semantic and episodic musical memory: Covariance analysis of PET activation | |
| 141.16 | ocampus and neocortex to the formation of long-term episodic and | semantic memories |
| 084.11 | Increased | Semaphorin 3A in the cerebellum in schizophrenia |
| 138.19 | Semaphorin 3A regulates cortical axon and dendrite matrix metalloprotease ( | |
| 039.8 | Semaphorin 3E signaling in the patterning of motoneuron growth | |
| 167.1 | Semaphorin receptors and their functional role in cell guidance | |
| 167.3 | Semaphorins as mediators of neuronal apoptosis: possible implications for n | |
| 167.2 | Regulation of axon guidance responses to | Semaphorins by IgCAMs |
| 167.4 | Semaphorins in neuroregeneration | |
| 208.17 | Investigating the role of | semaphorins in the glial-fibroblastic scar after CNS injury using in vitro |
| 224.5 | Effect of novel synthetic analogue of ACTG4-10 pro-gly-pro (" | Semax") and glycine on the development of neurological deficits and nitric |
| 187.17 | tic activity sequentially in neurons and glia: a qualitative and | semi-quantitative analysis using in situ zymography |
| 086.3 | ytocin binding sites in virgin, parturient and lactating rats: a | semi-quantitative autoradiographic study |
| 018.12 | ansduction of primary embryonic midbrain cultures by recombinant | Semliki Forest virus |
| 208.18 | e indefinite growing capacity in culture but confront functional | senescence |
| 208.20 | Olfactory ensheathing glia cultured from adult mammals: | senescence and associated phenotypic changes |
| 027.3 | man using MEG and fMRI: comparison of brain activity induced by | sensation and imagination of odor |
| 050.24 | Role of central nucleus of amygdala in pain | sensation and modulation |
| 041.14 | Do rats use a spatial | sense to alternate on T-mazes located in adjacent rooms |
| 227.2 | Role of cuticular strain signals from campaniform | sensilla in patterning thoraco-coxal joint motoneuron activity during activ |
| 174.26 | Fear | sensing and sensorimotor gating abnormalities in Pax6 mutant rats |
| 183.10 | Pain and inflammation: acid | sensing ion channels (ASICs) as new targets for non steroidal anti-inflamma |
| 178.4 | metics and calcilytics acting at the extracellular brain calcium | sensing receptor |
| 065.3 | Morphine self-administration and | sensitisation are absent in mice lacking NK1 receptors |
| 076.2 | Attenuation of reinforcing effect of cocaine and long-term | sensitisation by neurotensin antagonist (SR 48692) administered during with |
| 078.3 | Benzodiazepine resistant/ | sensitive anxiety in outbred and inbred lines of 5-HT1a receptor knockout m |
| 226.14 | Sensitive detection of lidocaine local anesthetic neurotoxicity using plasm | |
| 182.15 | lus-evoked depolarization as revealed by recordings with voltage | sensitive dyes |
| 179.21 | Ca2+-dependent K+-channels are | sensitive targets for nootropic drugs |
| 023.16 | High expressing VR1 sensory neurons are extremely | sensitive to capsaicin and express estrogen receptor-alpha |
| 146.19 | PRC) of pacemaker neurons in the stomatogastric ganglion is more | sensitive to input duration than strength |
| 107.22 | Role of memory impairment in pain | sensitivity |
| 086.11 | , buspirone) treatment on the long-lasting variation of the pain | sensitivity after acute psychoemotional stress in rat |
| 220.11 | Modulation of cochlear outer hair cell motor | sensitivity by bicarbonate exchange |
| 227.10 | Beam and ladder walking assays offer improved | sensitivity for measuring motor co-ordination deficits over the mouse rotar |
| 053.28 | xpression of mutant alpha-synuclein is associated with increased | sensitivity of central dopaminergic systems to MPTP in transgenic mice |
| 080.19 | The | sensitivity of L-type calcium channel currents in anterior pituitary cells |
| 183.16 | Temperature effect on capsaicin | sensitivity of rat primary sensory neurones |
| 089.1 | cute intra-cerebroventricular insulin injection enhances glucose | sensitivity of the brain |
| 123.13 | Nitric oxide and acetylcholinesterase : bioindicators of the | sensitivity of the central nervous system to low doses of ionizing radiatio |
| 017.13 | Spectral | sensitivity of the hamster circadian system using early gene expression: in |
| 091.13 | Spontaneous motor behavioural deficits and increased striatal | sensitivity to 3-nitropropionic acid in dopamine transporter knock-out mice |
| 023.6 | Mice lacking the vanilloid (VR1) receptor have reduced | sensitivity to acute noxious and inflammatory stimuli |
| 007.5 | Cortical auditory evoked potentials in 9-10-year-old children: | sensitivity to changes in rates of stimulus presentation |
| 152.7 | oneurons from mice with ALS-linked SOD1 mutations show increased | sensitivity to Fas-induced death |
| 083.10 | Orientation preference and | sensitivity to horizontal and vertical disparities in the visual cortex of |
| 175.12 | Reduced | sensitivity to psychotomimetic drugs in mice lacking the 5-HT2A receptor |
| 074.9 | Motivation, | sensitivity to reinforcement and Parkinson's Disease: Influence of mesocort |
| 183.6 | Oxytocin binding sites in the hypothalamus and spinal cord : | sensitivity to sexual steroids in male rats during the postnatal developmen |
| 083.1 | Orientation and direction | sensitivity to stereoscopic bars in the visual cortex of the monkey |
| 042.8 | Sensitivity to sub-chronic unpredictable stress is predicted by the level o | |
| 185.22 | Induced olfactory | sensitivity: central mechanisms are involved |
| 191.4 | ntral nucleus of the amygdala following morphine and amphetamine | sensitization |
| 175.8 | Amphetamine | sensitization : effects on the prefrontal cortex- ventral tegmental area pa |
| 153.3 | Prenatal cocaine exposure alters behavioral | sensitization in adult mice |
| 153.10 | neous novelty seeking and d-amphetamine-induced conditioning and | sensitization in adult mice: evidence of dissociation as a function of age |
| 056.7 | Role of dopamine system in caffeine | sensitization in unilaterally 6-hydroxydopamine lesioned rats |
| 153.8 | ole of alpha2-adrenoceptor subtypes in regulation of behavioural | sensitization induced by D-amphetamine |
| 050.11 | Cytokine-induced | sensitization of vagal afferent pathways to gastric acid challenge |
| 195.4 | Metabotropic glutamate receptors and | sensitization to drugs of abuse |
| 142.13 | lta-9-tetrahydrocannabinol chronic treatment lead to behavioural | sensitization to morphine in mice |
| 106.1 | the nucleus accumbens shell / core to gustatory stimuli in rats | sensitized to morphine |
| 114.16 | Neuronal Calcium | Sensor 1 interacts with phosphatidylinositol 4-OH kinase-beta in rat neuron |
| 145.10 | Identification of proteins interacting with the neuronal calcium | sensor protein neurocalcin delta |
| 115.22 | Neuronal calcium | sensor-1 and its role in the regulation of P/Q - Type calcium channels |
| 158.6 | Noradrenergic modulation of tactile responses in the | sensorimotor cortex of the anesthetized rat. Increased phasicity of unit di |
| 239.6 | A Brain-Computer Interface (BCI) using | sensorimotor cortex rhythms and related phenomena |
| 101.3 | Reduced | sensorimotor cortical basal activity in a rat model of Parkinson's disease |
| 127.3 | Sensorimotor cortical reorganization: clinical perspectives | |
| 108.15 | Foreperiod effect on primary | sensorimotor cortices: an ERP study |
| 043.3 | medial prefrontal cortex on delayed alternation performance and | sensorimotor gating |
| 174.26 | Fear sensing and | sensorimotor gating abnormalities in Pax6 mutant rats |
| 009.3 | Increased | sensorimotor gating and decreased reactivity to novelty following partial l |
| 207.13 | Combined | sensorimotor restriction and anoxia disrupt the development of normal gait |
| 050.16 | Feed forward inhibition and intrinsic properties in | sensory and pain integration through dorsal horn networks |
| 052.8 | Effect of NGF and FK506 on the regeneration of | sensory and sympathetic neurons |
| 158.4 | ortical representation of the trunk midline in the first somatic | sensory area of the human brain |
| 124.12 | d feedback relationships of the frontal eye field with motor and | sensory areas |
| 208.5 | Gp130 cytokines determine the growth status of damaged | sensory axons within the CNS |
| 036.6 | and TrkB. T1 in the olfactory bulb of adult mouse in control and | sensory deprivation conditions |
| 158.3 | A 14-day period of hindpaw | sensory deprivation induces changes in neuronal response in the hindpaw cor |
| 069.1 | Survival of newly formed interneurons in normal and | sensory deprived olfactory bulb of adult mice |
| 041.13 | Patterns of brain activation during | sensory discrimination |
| 183.21 | lation of calcium-activated chloride channel expression in adult | sensory dorsal root ganglion neurons |
| 050.9 | Glial cell plasticity in | sensory ganglia induced by nerve damage |
| 084.10 | The effect of smoking on | sensory gating functions in schizophrenic patients |
| 226.4 | ile in the rat is associated with degeneration of the vestibular | sensory hair cells |
| 185.12 | Blocking | sensory inputs to identified glomeruli in the antennal lobe of Drosophila s |
| 080.17 | it calcium influx through voltage-activated channels in cultured | sensory neurones |
| 183.16 | Temperature effect on capsaicin sensitivity of rat primary | sensory neurones |
| 006.4 | Dynamic imaging of regenerating synapses between inner ear | sensory neurones and neuro-epithelial hair cells of vestibular end organs u |
| 050.19 | spatial separation of Ca2+ accumulating structures in secondary | sensory neurones of rats |
| 183.22 | Interaction of Ca2+ accumulating structures in primary | sensory neurones of rats and their changes under diabetic neuropathy |
| 023.12 | by Proteinkinase C mediated Block of K+-Channels in a Subtype of | Sensory Neurons |
| 023.14 | m release receptor and a store-operated calcium channel in small | sensory neurons |
| 179.19 | t of delayed-rectifier K+ current by local anesthetics in spinal | sensory neurons |
| 013.10 | inactivating tetrodotoxin-resistant sodium current in myenteric | sensory neurons |
| 023.18 | Dual effect of anandamide on nociceptive primary | sensory neurons |
| 023.13 | eceptor alpha7 subunits couple to nitric oxide production in rat | sensory neurons |
| 023.16 | High expressing VR1 | sensory neurons are extremely sensitive to capsaicin and express estrogen r |
| 105.11 | Thyroid hormone reduces the loss of axotomized | sensory neurons in dorsal root ganglia after transection of the sciatic ner |
| 058.16 | Isolation and purification of motor- and | sensory neurons in order to compare their gene expression |
| 006.8 | cts between inner ear neuro-epithelial hair cells and vestibular | sensory neurons in vitro |
| 220.19 | 3D cellular imaging of the auditory | sensory organ using multiphoton microscopy of a physiologically functional |
| 126.4 | Sensory representation of rat's forelimb spatial location in Purkinje cells | |
| 014.10 | Effect of | sensory stimulation on striatal dopamine release on cat and human subjects: |
| 099.1 | Gamma oscillations in | sensory systems: relation to perception and behaviour |
| 219.15 | Supraorbital nerve projections towards the | sensory trigeminal complex in the rat |
| 228.15 | Using optical flow to characterize | sensory-motor responses in a leech segment and to evaluate their reproducib |
| 041.26 | ronment and a moveable barrier within the environment coexist as | separate hippocampal cell populations |
| 075.17 | Separate processing modules for orientation in a large-scale environment in | |
| 050.19 | Kinetic and spatial | separation of Ca2+ accumulating structures in secondary sensory neurones of |
| 154.15 | Maternal | separation of neonate rats causes altered expression of neuropeptide and mo |
| 137.16 | Brain maturation and early experience in cuttlefish ( | Sepia officinalis) |
| 141.13 | ffects of mice EGF-responsive neural stem cells grafts and fetal | septal cells grafts implanted into the dorsal hippocampus of rats after imm |
| 225.7 | duction of STAT3 signaling in activated astrocytes and sprouting | septal neurons following entorhinal cortex lesion in adult rats |
| 024.7 | In vivo recording and reconstruction of GABAergic medial | septal neurons with theta-related firing |
| 024.20 | ning glutamate / aspartate as neurotransmitter in the rat medial | septal-diagonal band complex projecting to the hippocampus, the suprammmill |
| 115.4 | Time course of estrogen effects of | septo-hippocampal cholinergic neurotransmission as revealed by long-term re |