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
| 110.6 | Aggressive and social behavior in MAO | A-knockout mice |
| 155.2 | Interactions between | A1 adenosine, D1 dopamine and mGluR5 receptors in the reserpine-treated rat |
| 087.11 | Behavioral profiling of mice lacking the adenosine | A1 receptor |
| 019.1 | The adenosine | A1 receptor agonist ADAC exerts a neuroprotective effect in a rodent model |
| 151.16 | [3H]DPCPX binding to the cerebral cortical adenosine | A1 receptor is unaltered in Alzheimer's disease |
| 113.2 | Desensitization of adenosine | a1 receptors in rat hippocampal slices |
| 050.12 | of synaptic corelease of ATP and GABA by presynaptic adenosine ( | A1) and GABA-B autoreceptors on rat spinal cord dorsal horn neurones |
| 113.12 | carboxyl-terminus as an individualized regulatory domain of the | A1-adenosine receptor |
| 119.12 | Sleep and its homeostatic regulation in adenosine | A1-receptor knockout mice |
| 183.5 | Analgesic interaction between phospholipase | A2 and nitric oxide synthase antagonists on carrageenan-induced pain in rat |
| 020.14 | Transgenic mice expressing the PS1 | A246E mutation: effects on spatial learning, exploration, anxiety, and moto |
| 164.1 | A2A adenosine receptors in the CNS and Parkinson's disease: insights from t | |
| 056.23 | Blockade of adenosine | A2A and group I metabotropic glutamate receptors (mGluR) decreases the halo |
| 056.18 | Mechanisms at the basis of adenosine | A2A antagonist positive effects in rat model of Parkinson's disease |
| 115.10 | tivation of neuronal muscarinic M1 receptor suppresses adenosine | A2A facilitation and muscarinic M2 inhibition of [3H]-acetylcholine release |
| 014.2 | Facilitation of adenosine release by adenosine | A2A receptor activation in hippocampal synaptosomes of the rat |
| 186.2 | Adenosine | A2A receptor antagonist kw-6002 relieves motor disability without producing |
| 164.3 | Adenosine | A2A receptor antagonists as new agents against Parkinson's disease |
| 012.7 | Effect of adenosine | A2A receptor blockade on L-DOPA biotransformation in nigrostriatal dopamine |
| 226.12 | Adenosine | A2A receptor blockade seems to have detrimental effects on a postsynaptic m |
| 223.24 | Adenosine | A2A receptor deficient mice are more resistant to seizures |
| 113.14 | Adenosine | A2A receptor facilitation of hippocampal acetylcholine release involves the |
| 113.10 | Characterisation of an Adenosine | A2A receptor from rat cortical membranes |
| 018.7 | Adenosine | A2A receptor stimulation induces zif/268 mRNA expression in striatum and mo |
| 047.11 | On the role of adenosine | A2A receptors in the rat myenteric plexus: Functional implications of extra |
| 214.5 | Adenosine | A2A receptors seem to be involved in the modulation of mGlu5 receptor-media |
| 114.2 | Adenosine activating | A2A-receptors coupled to the adenylate cyclase / cyclic AMP transducing sys |
| 138.3 | owth and cAMP production requires interaction with the Adenosine | A2b receptor |
| 113.11 | On the presence of adenosine | A3 receptors in the rat hippocampus |
| 039.13 | Expression patterns of ephrin | A5 in mouse cerebral cortex during postnatal development |
| 024.19 | nscriptional regulation of the rat serotonin N-acetyltransferase( | AA-NAT) expression during circadian rhythm; Binding of hnRNP R to the 3'UTR |
| 184.18 | oth the primary auditory field (AI) and anterior auditory field ( | AAF) show tonotopic organization and the latter has extreme loudness-depend |
| 221.4 | Gene transfer in the demyelinated adult spinal cord using | AAV-transduced primate Schwann cells |
| 110.2 | Isolation-induced aggression in congenic | ab mice and its relation to activity, exploration, emotionality as well as |
| 110.5 | Isolation-induced aggression in congenic | AB mice and its relation to biochemical parameters |
| 047.17 | Chronic treatment with beta-amyloid ( | Ab1-42) differentially affects choline and glucose transport in cholinergic |
| 228.12 | ication of two GABA-immunoreactive motoneurons in the pregenital | abdominal ganglia of Locusta migratoria L |
| 208.3 | nance of synaptic inputs and discharge pattern in axotomized cat | abducens internuclear neurons innervating a cerebellar graft |
| 147.6 | borization : a combined morphometric and simulation study on rat | abducens motoneuron |
| 058.9 | iving tonic NMDA activation: a simulation study on reconstructed | abducens motoneuron |
| 058.14 | fferent synaptic innervation on the discharge variability of cat | abducens motoneurons |
| 058.10 | rative simulation study of the electrical bistability induced in | abducens motoneurons by different non-inactivating inward currents of the d |
| 218.6 | A-, T-, and H-type currents in developing rat | abducens motoneurons in vitro |
| 146.14 | o the inhibitory synapse and its subcellular distribution in the | abducens motoneurons of the rat |
| 010.21 | Amyloid beta peptides ( | Abeta) inhibit phosphatidylinositol kinase activity in synaptic plasma memb |
| 041.35 | ioral reactivity to novelty are associated with spatial learning | abilities |
| 209.12 | differences in the effects of social stress on spatial learning | abilities and NCAMs expression in the hippocampus |
| 210.3 | Impairment and restoration of spatial | abilities following 192 IgG-saporin or quisqualic acid lesions of the media |
| 008.22 | A new tool for assessing the spatial | abilities of humans |
| 088.20 | natal handling interacts with pubertal stress in determining the | ability for spatial learning and hippocampal corticosteroid receptors after |
| 085.10 | Assessment of mental | ability in a 14-year-old girl affected with congenital cutis laxa |
| 056.19 | The | ability of ropinirole to alleviate parkinsonism without eliciting dyskinesi |
| 045.18 | Recycling | ability of the mouse and the human neurotensin type 2 receptors depends on |
| 088.2 | Early exposure to stress modulates the | ability to cope with stress in adulthood, in the rat |
| 184.5 | Targeted | ablation of connexin-26 in the inner ear epithelial gap junction network ca |
| 174.7 | Complete genetic | ablation of CREB in the brain impairs conditioned taste aversion but spares |
| 072.13 | Genetic | ablation of TGF-beta1 results in accumulation of degenerating neurons and i |
| 029.2 | signals in the inferior colliculus and the effects of functional | ablation of the auditory cortex |
| 073.1 | e days in rats at the beginning of the corticogenesis results in | abnormal cell migration and neurological alterations of their offspring |
| 179.15 | rrent-mediating KCNQ channels in transgenic mice associated with | abnormal excitability and resonance behaviour in hippocampus and neocortex |
| 182.13 | Abnormal organelles in cultured astrocytes | |
| 074.20 | Myotonic dystrophy type 1 : a new tauopathy linked to | abnormal splicing |
| 120.17 | Abnormal synaptic protein expression and cell death in murine scrapie | |
| 052.14 | isease model in C. elegans: expanded polyglutamines cause axonal | abnormalities and severe neuronal dysfunction without cell death |
| 189.5 | Morphogenetic | abnormalities in cerebellar and cortical patterns in Yac transgenic mice co |
| 035.1 | ticity after early cortical injury: a model for sound processing | abnormalities in dyslexia |
| 220.3 | Cochlear | abnormalities in insulin-like growth factor-1 mouse mutants |
| 174.26 | Fear sensing and sensorimotor gating | abnormalities in Pax6 mutant rats |
| 024.4 | Abnormalities in sleep patterns and orexin neurons in Lou/C/jall rats, a st | |
| 020.13 | rations associated with Alzheimer's disease-like cerebrovascular | abnormalities in TGFbeta-1 transgenic mice |
| 192.7 | Opiate withdrawal-induced morphological | abnormalities in TH-positive neurons of the rat VTA: a confocal analysis |
| 223.8 | Anti- | absence action of ethosuximide (ETX) administered via reverse microdialysis |
| 121.23 | Thalamocortical oscillations in a genetic model of | absence epilepsy |
| 187.6 | ecreased during spike and waves discharges in a genetic model of | absence epilepsy |
| 121.21 | Gene-environment interactions in the WAG/Rij rat animal model of | absence epilepsy |
| 121.5 | p brain (STN-) stimulation on seizure activity in a rat model of | absence epilepsy |
| 187.10 | gra pars reticulata neurons in freely behaving rats with genetic | absence epilepsy |
| 121.7 | Reciprocal cortico-thalamic interaction in a model of | absence epilepsy : an in vitro study |
| 121.19 | Influence of ketamine on | absence epilepsy in WAG/Rij rat model |
| 121.17 | A mouse model for human | absence epilepsy obtained by bidirectional selection |
| 121.13 | A mouse model for human | absence epilepsy suggests a common genetic mechanism involved in GABA- and |
| 121.20 | The WAG/Rij inbred line rats with genetic | absence epilepsy: behavioral, electrophysiological, immunohistochemical and |
| 048.12 | Absence of corpus callosum and hippocampal commissure alters paired-pulse f | |
| 052.19 | tosensory cortex maintains aspects of normal organisation in the | absence of cortical cell barrels in phospholipase C-beta1 knockout mice |
| 116.7 | Absence of effect of an ATP analogue on long-term depression and depotentia | |
| 023.19 | ndent activation of rat cloned vanilloid receptor 1 (VR1) in the | absence of exogenous agonists |
| 039.5 | f L1 in the optic tract and error in axon routing pattern in the | absence of L1 in mouse embryos |
| 126.3 | t mice display a deficit of motor synchronization, likely due to | absence of p53 gene in adulthood rather than during development |
| 115.21 | Synaptogenesis in the | absence of spontaneous and evoked synaptic release: Electrophysiological an |
| 074.11 | Line bisection in normal individuals: consequences of the | absence of visual feedback of the performance |
| 198.4 | Involvement of cortical synchronizing networks in | absence seizures |
| 198.2 | Neurochemical analysis of the pathophysiogenesis of | absence seizures |
| 080.26 | Cellular mechanisms for the development of | absence seizures in mammals |
| 198.3 | Thalamic mechanisms of | absence seizures: in vitro versus in vivo models |
| 015.9 | Ubiquitin and AP180 regulate the | abundance of GLR-1 glutamate receptors at postsynaptic elements in C. elega |
| 191.11 | Hippocampal adaptation following acute exposure to drugs of | abuse |
| 191.16 | the extended amygdala: a common molecular substrate of drugs of | abuse |
| 042.3 | r food, but reduce the incentive motivation produced by drugs of | abuse |
| 195.4 | Metabotropic glutamate receptors and sensitization to drugs of | abuse |
| 153.20 | Alcohol | abuse: molecular genetic study using the high-ethanol preferring (HEP) line |
| 044.13 | Effect of | acamprosate on respiratory network activity in newborn rat rhythmic slice |
| 209.7 | firing rate correlations with the animal's angular velocity and | acceleration that are independent of the vestibular system |
| 021.22 | The cerebral activity related to the visual perception of | acceleration: a MEG study |
| 172.16 | hological changes of the dendritic spines in cultured neurons of | accessory olfactory bulb |
| 007.19 | se containing neurons in the dissociated coculture system of the | accessory olfactory bulb and vomeronasal organ |
| 070.3 | ariations throughout the estrous cycle in the bed nucleus of the | accessory olfactory tract (BAOT) in the rat |
| 150.4 | Gene deletion of IL-1 receptor type I | accessory protein does not affect infarct extension after temporary middle |
| 017.18 | Ocular | accommodation in the Vietnamese Leaf Turtle, Geoemyda spengleri |
| 116.18 | annabinoids mediate long-term synaptic depression in the nucleus | accumbens |
| 047.9 | rt-term synaptic plasticity and kainate receptors in the nucleus | accumbens |
| 012.14 | receptor stimulation facilitates dopamine release in the nucleus | accumbens |
| 177.5 | receptors in activation of nitric oxide synthesis in the nucleus | accumbens |
| 040.16 | paminergic neurons innervating three subdivisions of the nucleus | accumbens (core, dorsomedian shell and ventromedian shell) are differential |
| 012.10 | of dopamine release by alpha2-adrenoceptors in the mouse nucleus | accumbens - the effect of alpha2-agonist |
| 175.13 | Changes in dopamine efflux in the nucleus | accumbens and dorsal striatum during responding for cocaine and heroin unde |
| 153.19 | Comparison of dopamine function in the nucleus | accumbens and medial prefrontal cortex during long-term self-administration |
| 033.2 | cocaine-induced serotonin release in the hippocampus and nucleus | accumbens but potentiates locomotor activation |
| 226.22 | Electrophysiological studies of chemical lesioned nucleus | accumbens by 6-0HDA in morphine treated rat |
| 218.20 | Effects of ear electrical stimulation on response of nucleus | accumbens cells in nicotine-addicted rats |
| 211.10 | NMDA and AMPA receptors in the nucleus | accumbens differentially modulate spatial and non-spatial information proce |
| 153.21 | le and field potential recordings in rat hippocampus and nucleus | accumbens during a self-administration paradigm: context as a reinstatement |
| 106.21 | Significance of dopaminergic transmission in the nucleus | accumbens in memory enhancing effect of CCK-8US and caerulein in rats |
| 075.13 | Role of the nucleus | accumbens in place and response learning in mice |
| 091.15 | al convergence onto individual projection neurons of the nucleus | accumbens in rat |
| 040.4 | Dopamine release in the shell and core of nucleus | accumbens in response to appetitive classical conditioning |
| 142.2 | CREB activation within the nucleus | accumbens is essential for consolidation of spatial information in mice |
| 091.3 | Nucleus | accumbens neurons projecting to mesencephalon express dopamine D3 receptor |
| 075.3 | Effects of reversible inactivation of bilateral | accumbens nuclei on memory storage in rat |
| 084.13 | Chronic haloperidol treatment restores altered | accumbens response to dopamine afferent activation in an animal model of sc |
| 106.1 | rential changes in the responsiveness of dopamine in the nucleus | accumbens shell / core to gustatory stimuli in rats sensitized to morphine |
| 056.2 | of selective blockade of NMDA glutamate receptor within nucleus | accumbens subregions in cocaine conditioning |
| 091.11 | Nucleus | accumbens territories associated with prefrontal cortex and hippocampus: di |
| 091.23 | Interconnections between the core and shell of the rat nucleus | accumbens: an anterograde and single-cell juxtacellular tracing study |
| 112.17 | inhibit excitatory inputs to neurons in the shell of the nucleus | accumbens: an in vivo electrophysiological study |
| 183.22 | Interaction of Ca2+ | accumulating structures in primary sensory neurones of rats and their chang |
| 050.19 | Kinetic and spatial separation of Ca2+ | accumulating structures in secondary sensory neurones of rats |
| 088.24 | the glucocorticoid receptor in the nervous system affects energy | accumulation |
| 223.2 | Valproate inhibits forskolin-stimulated cAMP | accumulation in C6 glioma cells: potential involvement of the phosphodieste |
| 020.2 | Amyloid-beta | accumulation in neurons following NMDA-receptor activation through a calciu |
| 120.7 | Experimental ovine BSE triggers florid plaques | accumulation in ovine PrP transgenic mice brain : a signature reminding tho |
| 072.13 | Genetic ablation of TGF-beta1 results in | accumulation of degenerating neurons and increased neuronal susceptibility |
| 072.3 | Nuclear | accumulation of the calcium-binding protein S100B in post-mitotic oligodend |
| 084.20 | Levodopa improves lexical decision | accuracy in subjects with anhedonics traits |
| 009.8 | Spatial working memory: how to measure | accuracy of performance |
| 175.27 | c 5-HT1A receptors in rat prefrontal cortex selectively enhances | accuracy on the five choice serial reaction time task |
| 193.19 | Rapid and | accurate single joint movements and vestibular-evoked myogenic potentials ( |
| 091.4 | Annonacin, the major | acetogenin of Annona muricata (Annonaceae) induces basal ganglia and mesenc |
| 085.4 | versal of biochemical parameters of brain aging by melatonin and | acetyl-l-carnitine |
| 012.6 | Effects of long-term | acetyl-l-carnitine administration in rats |
| 010.17 | or antagonists R107474 and mirtazapine on hippocampal release of | acetylcholine |
| 056.10 | tory mu-opiate receptor regulation of the NMDA-evoked release of | acetylcholine (ACh) in the striosomes of the rat striatum |
| 010.5 | Dramatic depletion of cell surface | acetylcholine (ACh) muscarinic receptors m2R due to limited delivery from i |
| 056.11 | types are involved in the increase of the NMDA-evoked release of | acetylcholine (ACh) observed after acute or chronic suppression of dopamine |
| 212.4 | ffects of aging on the subcellular distribution of m2 muscarinic | acetylcholine (ACh) receptor in striatal interneurons in rats in vivo |
| 175.23 | ocampal NMDA-receptor subunit expression, serotonin turnover and | acetylcholine in aged and adult rats |
| 147.12 | Endogenous | acetylcholine modulates the balance between excitation and inhibition in vi |
| 143.8 | A proteasome inhibitor-sensitive step in the muscle nicotinic | acetylcholine receptor (AChR) degradation pathway |
| 143.7 | Functional contribution of distinct nicotinic | acetylcholine receptor (nAChR) subunits to receptors located at somatic and |
| 143.11 | Pharmacological modulation of the alpha4beta2 nicotinic | acetylcholine receptor agonist concentration-response curve |
| 049.6 | Inhibitory effect of the channel blocker-type nicotinic | acetylcholine receptor antagonist mecamylamine on the striatal dopamine upt |
| 172.2 | Activity dependent expression of | acetylcholine receptor clusters in the developing skeletal muscle of zebraf |
| 143.5 | an alpha 6 /alpha 4 subunit chimera forms a functional nicotinic | acetylcholine receptor in HEK 293 cells when co-expressed with the human be |
| 107.26 | Cloning and localization of nicotinic | acetylcholine receptor in the honeybee brain |
| 143.17 | Activation of the presynaptic nicotinic | acetylcholine receptor modulates the depolarisation dependant release of [3 |
| 070.7 | SRC-family kinase activity is essential for rapid agrin-induced | acetylcholine receptor phosphorylation but not for clustering: involvement |
| 010.20 | Quantitation of the expression of M1 - M5 muscarinic | acetylcholine receptor subtypes in rat heart atria and ventricles |
| 143.3 | Characterization of nicotinic | acetylcholine receptor subtypes in wild-type and mdx/mdx mouse superior cer |
| 231.4 | Modulation of synaptic efficacy by nicotinic | acetylcholine receptors |
| 082.5 | glia output nuclei activity via striatal dopamine, adenosine and | acetylcholine receptors |
| 143.10 | xposure upon the cellular distribution of alpha4/beta2 nicotinic | acetylcholine receptors |
| 143.14 | s in affinities and efficacies of mutated mouse muscle nicotinic | acetylcholine receptors |
| 143.6 | Human alpha6 alpha4 beta2 and human alpha4 beta2 nicotinic | acetylcholine receptors are pharmacologically different |
| 143.12 | Novel modulation of neuronal nicotinic | acetylcholine receptors by association with the endogenous prototoxin lynx1 |
| 143.1 | Characterisation of alpha9/alpha10 nicotinic | acetylcholine receptors by heterologous expression of subunit chimeras in m |
| 143.20 | Differential blockade of rat alpha3- and alpha7-nicotinic | acetylcholine receptors by tetrandrine and closely related bis-benzylisoqui |
| 010.10 | Activation of nicotinic | acetylcholine receptors enhances GABAergic transmission in the inferior col |
| 143.13 | Binding of neonicotinoid insecticides to nicotinic | acetylcholine receptors examined by site-directed mutagenesis and heterolog |
| 017.16 | Blockade of retinal nicotinic | acetylcholine receptors impairs motion detection, measured with the optomot |
| 143.18 | Choline activates nicotinic | acetylcholine receptors in neurones around the central canal of the rat spi |
| 018.18 | The role of neuronal nicotinic | acetylcholine receptors in Parkinson's Disease: comparison of symptomatic a |
| 010.18 | oline increases intracellular calcium by activation of nicotinic | acetylcholine receptors in rat superior cervical ganglion neurones |
| 237.4 | Nicotinic | acetylcholine receptors in the developmental plasticity of the visual syste |
| 010.9 | Effects of beta-amyloid peptide on | acetylcholine receptors in the rat brain |
| 146.20 | Activation of nicotinic | acetylcholine receptors modulates 4-aminopyridine induced epileptiform acti |
| 143.4 | onal and molecular characterization of native neuronal nicotinic | acetylcholine receptors of rat chromaffin cells |
| 115.3 | Activation of nicotine | acetylcholine receptors switches on glutamatergic synapses in the developin |
| 231.1 | Nicotinic | acetylcholine receptors: modulators or mediators of brain activity |
| 114.19 | scarinic receptors regulate initiation and termination of evoked | acetylcholine release |
| 010.13 | nvolvement of butyrylcholinesterase in the modulation of quantal | acetylcholine release at the neuromuscular junction of normal and acetylcho |
| 113.14 | Adenosine A2A receptor facilitation of hippocampal | acetylcholine release involves the cAMP / Adenylate Kinase transducing syst |
| 138.2 | 3K pathway involved in the transmission of the trophic effect of | acetylcholine through alpha7 receptors |
| 191.1 | Differential effects of caffeine on dopamine and | acetylcholine transmission in brain areas of drug-naive and caffeine-pretre |
| 217.19 | Expression and activity of vesicular | acetylcholine transporter in rat dorsal root ganglia neurons |
| 124.29 | Neuromodulation of cortical inference by | acetylcholine, as illustrated by a hidden Markov model of its contextual un |
| 010.5 | e to limited delivery from intracytoplasmic stores in neurons of | acetylcholinesterase (AChE) deficient mice |
| 010.8 | ellularis (NBM) - frontal cortex (FC), in mice knock-out for the | acetylcholinesterase (AChE) gene, in vivo |
| 123.13 | Nitric oxide and | acetylcholinesterase : bioindicators of the sensitivity of the central nerv |
| 146.3 | Acetylcholinesterase inhibitors elicit cholinergic gamma frequency network | |
| 010.13 | cetylcholine release at the neuromuscular junction of normal and | acetylcholinesterase knock out mice |
| 010.3 | Oligomerisation of | acetylcholinesterase T blocks its degradation via the ubiquitin-proteasome |
| 229.7 | analysis of calcitonin gene-related peptide (CGRP) - and choline | acetyltransferase (ChAT) -immunoreactive systems in the brain of Salmo trut |
| 010.15 | Distribution of choline | acetyltransferase (ChAT) and NADPH-diaphorase in the spinal cord of the pig |
| 010.7 | athetic neurons: a method for studying the regulation of choline | acetyltransferase (ChAT) gene transcription |
| 008.21 | ication of a single nucleotide polymorphism (SNP) in the choline | acetyltransferase gene associated with Alzheimer's disease |
| 056.10 | receptor regulation of the NMDA-evoked release of acetylcholine ( | ACh) in the striosomes of the rat striatum |
| 010.5 | Dramatic depletion of cell surface acetylcholine ( | ACh) muscarinic receptors m2R due to limited delivery from intracytoplasmic |
| 212.4 | on the subcellular distribution of m2 muscarinic acetylcholine ( | ACh) receptor in striatal interneurons in rats in vivo |
| 056.11 | T | achykinin receptors of the NK1 subtypes are involved in the increase of the |
| 010.5 | from intracytoplasmic stores in neurons of acetylcholinesterase ( | AChE) deficient mice |
| 010.8 | tal cortex (FC), in mice knock-out for the acetylcholinesterase ( | AChE) gene, in vivo |
| 172.11 | rombin receptor localized at the neuromuscular junction mediates | AChR cluster maturation and synapse elimination process in the neonatal rat |
| 143.8 | r-sensitive step in the muscle nicotinic acetylcholine receptor ( | AChR) degradation pathway |
| 124.14 | rties of colour-borders without perception of colour in cerebral | achromatopsia |
| 226.6 | degeneration induced by the mitochondrial toxin 3-nitropropionic | acid |
| 107.12 | ced impairments in object discrimination by the NSAID, mefenamic | acid |
| 182.28 | Brain macrophages are target cells for lysophosphatidic | acid (LPA) |
| 138.18 | Polysialic | acid affects neuronal differentiation and cell motility independent of tran |
| 112.9 | Light microscopical and ultrastructural localization of fatty | acid amide hydrolase in the rat hippocampus, amygdala and cerebellum |
| 050.11 | kine-induced sensitization of vagal afferent pathways to gastric | acid challenge |
| 017.25 | Changes of kynurenic | acid content in the retina during ontogeny |
| 224.23 | Phospholipase D or phosphatidic | acid decrease apoptosis in cultured cerebellar granular cells |
| 172.17 | Reversibility of n-3 polyunsaturated fatty | acid diet deficiency-induced alterations of dopaminergic neurotransmission: |
| 091.13 | deficits and increased striatal sensitivity to 3-nitropropionic | acid in dopamine transporter knock-out mice |
| 156.1 | nes and axonal outgrowth in vitro promoted by aurintricarboxylic | acid in EC12 spinal cord explants |
| 048.8 | Neuroprotective effect of eicosapentanoic | acid in hippocampus of rats exposed to gamma irradiation |
| 044.14 | antagonist mpep prevents glutamate outflow induced by quinolinic | acid in the rat striatum |
| 223.20 | tes inverse GABA transport in dentate granule cells after kainic | acid induced seizures |
| 151.11 | f tau-hyperphosphorylation by amyloidogenic peptides and okadaic | acid induces different effects on individual nAChR subunits in cultured rat |
| 054.11 | The mitochondrial toxin, 3-nitropropionic | acid induces striatal neurodegeneration via a c-jun n-terminal kinase/c-jun |
| 151.4 | Inhibition of brain inflammatory response to quisqualic | acid injection by NSAIDs in the rat |
| 047.20 | Okadaic | acid interferes with vesicle acidification and trafficking in ribbon synaps |
| 019.5 | factor (BDNF) and wild type Huntingtin in normal and quinolinic | acid lesioned rat brain |
| 210.3 | ion of spatial abilities following 192 IgG-saporin or quisqualic | acid lesions of the median septum in rats |
| 077.7 | Effects of kainic | acid on rat body temperature: unmasking by dizocilpine |
| 107.9 | The effect of ascorbic | acid on spatial learning and passive avoidance memory |
| 214.7 | ropic glutamate receptor-mediated modulation of excitatory amino | acid release |
| 138.9 | Effects of polysialic | acid removal and NCAM application on signal transduction, cell growth and n |
| 173.9 | The study of the mechanism of thyroid hormone action on gastric | acid secretion in the rat (an in vitro study) |
| 183.10 | Pain and inflammation: | acid sensing ion channels (ASICs) as new targets for non steroidal anti-inf |
| 056.20 | Study of the effect of nomifensine on the 3-nitropropionic | acid toxicity in rat striatum |
| 089.28 | Inhibitory effect of somatostatin on neutral amino | acid transport in isolated brain microvessels |
| 217.3 | Phosphorylation of the vesicular inhibitory amino | acid transporter during the maturation of neurons |
| 157.15 | Expression of monocarboxylic | acid transporters (MCT) in brain cells: implication for branched chain alph |
| 091.9 | Dopamine is involved in the neurotoxic action of quinolinic | acid, 3-nitropropionic acid and MPP+ lesions of striatal neurons in the rat |
| 148.15 | toxins, 1-methyl-4-phenylpyridinium (MPP+) and 3-nitropropionic | acid, inhibit production of glutamate receptors antagonist, kynurenic acid, |
| 017.30 | Identification and characterization of retinoic | acid-binding proteins in the fish retina |
| 121.27 | ctrocardiographic study of vegetative tonus variations in Kainic | acid-induced epilepsy in rat |
| 144.5 | Decreased expression of GABA-b receptor mRNA after kainic | acid-induced limbic seizures |
| 036.13 | phorylate the nuclear transcription factor Elk-1 during retinoic | acid-induced neuronal differentiation of SH-SY5Y cells |
| 183.1 | Modulation of | acid-sensing ion channels (ASICs) by extracellular divalent cations |
| 054.15 | tion of histamine H3 receptor isoforms in the thalamus of kainic | acid-treated rats |
| 157.14 | tion in the brain of rats deficient in n-3 polyunsaturated fatty | acids |
| 024.8 | Effects of dietary deprivation in n-3 polyunsaturated fatty | acids (PUFA) on circadian clock in hamsters : behavioural and histological |
| 010.2 | Effect of a chronic (n-3) polyunsaturated fatty | acids (PUFAs) dietary deficiency on cholinergic neurotransmission in rat br |
| 186.11 | Optimization of amino | acids and dopamine quantification in microdialysate samples from different |
| 192.6 | The effects of omega-3 fatty | acids diet on some oxidant and antioxidant parameters in rat corpus striatu |
| 215.2 | by DOI, 5-HT2A/2C receptors agonist is modulated by arachidonic | acid/cyclooxygenase-2 cascade |
| 172.8 | Differential glial fibrillary | acidic protein (GFAP) distribution in lizards brain |
| 171.14 | Glial fibrillary | acidic protein gene expression regulated by cAMP and homeodomain proteins i |
| 047.20 | Okadaic acid interferes with vesicle | acidification and trafficking in ribbon synapse |
| 049.9 | Lactic | acidosis-induced alteration of the high-affinity dopamine uptake in rat str |
| 184.20 | ucleus laminaris of the barn owl as measured by stimulation with | acoustic clicks |
| 184.8 | Neural processing of | acoustic motion in the auditory cortex of horseshoe bats: influence of GABA |
| 040.17 | Induced gamma activity in passive | acoustic oddball paradigm in monkeys |
| 220.7 | ifferential suppression of AI transient responses to alternating | acoustic sequences |
| 084.8 | ith isolation rearing-induced deficits in prepulse inhibition of | acoustic startle |
| 055.13 | The role of genotype in expression of | acoustic startle response and prepulse inhibition in mice and age influence |
| 227.3 | Reduction of prepulse inhibition of the | acoustic startle response by dizocilpine in the mutant circling rat (ci3) |
| 174.24 | tion rearing of rats produces deficits in prepulse inhibition of | acoustic startle response, but does not affect performance in a working mem |
| 124.6 | Brain cortex plasticity at the visual and | acoustic systems defects compensation |
| 029.2 | Processing of | acoustical signals in the inferior colliculus and the effects of functional |
| 040.5 | nit activity in auditory cortical areas of monkeys performing an | acoustico-motor conditional task |
| 040.18 | Influence of the cue significance | acquired following an olfactory discrimination learning task on Fos express |
| 211.8 | Effect of memantine on | acquisition and expression of conditioned place preference induced by sexua |
| 042.7 | dopamine D3 receptor (D3-R) partial agonist, BP-897, reduces the | acquisition and the expression of conditioned place preference induced by c |
| 043.2 | Acquisition of conditioned aversion in the rat fetus | |
| 194.3 | Concomitant | acquisition of GABAergic phenotype in modulatory neurons with transition fr |
| 224.5 | Effect of novel synthetic analogue of | ACTG4-10 pro-gly-pro ("Semax") and glycine on the development of neurologic |
| 141.3 | etrieval cues facilitates aversive memory retrieval and enhances | ACTH and corticosterone |
| 079.3 | kinase in brain synaptosomes is regulated by phosphorylation and | actin assembly |
| 071.5 | erin adhesion receptors as specific cell membrane anchors of the | actin cytoskeleton and transducers of mechanical forces during lamellipodia |
| 016.20 | Actin-based spine protrusion in potentiated neurons | |
| 157.7 | in different language tasks : a basis for interpreting cortical | activations in aphasic patients |
| 054.10 | ing growth factor-alpha-induced expression of type-1 plasminogen | activator inhibitor in astrocytes rescues neurons from excitotoxicity |
| 054.8 | Role of astrocytic production of plasminogen | activator inhibitor-1 (PAI-1) in the neuroprotective activity of Transformi |
| 142.12 | A deficit in visual acuity in plasminogen | activator inhibitor-1 knockout (PAI-1 -/-) mice? Implications for spatial l |
| 206.14 | Activity-dependent BDNF transcription in hippocampal slice cultures after b | |
| 155.5 | Activity-dependent changes in spatiotemporal patterns of inhibitory inputs | |
| 115.15 | Presynaptic P/Q-type calcium channels contribute to | activity-dependent depression of transmitter release at hippocampal synapse |
| 220.20 | Activity-dependent expression of different brain-derived neurotrophic facto | |
| 180.11 | Analysis of an | activity-dependent membrane traffic at the neuromuscular junction |
| 172.29 | Activity-dependent modulation of GABAergic synapses in developing rat spina | |
| 021.4 | Spontaneous and | activity-dependent modulation of human motor cortex excitability to transcr |
| 172.33 | An | activity-dependent neurotrophine-3 (NT-3) autocrine loop regulates the phen |
| 051.19 | Activity-dependent Regulation of AMPA, Kainate, and NMDA Receptor mRNA in A | |
| 142.12 | A deficit in visual | acuity in plasminogen activator inhibitor-1 knockout (PAI-1 -/-) mice? Impl |
| 175.1 | Acute and chronic administration of gamma-hydroxybutyrate (GHB) to mice: Be | |
| 153.14 | Behavioural responses induced by | acute and chronic administration of MDMA ("ecstasy") in mice |
| 180.19 | ted frontal cortex networks grown on multielectrode arrays after | acute and chronic exposure to ammonia |
| 115.7 | Measurement of presynaptic vesicle dynamics in | acute brain slices by dual photon laser scan microscopy |
| 054.4 | Screening for factors reversing the glial reactivity in | acute cerebral excitotoxic lesion |
| 021.12 | Acute diazepam administration produces subtle and complex changes of excita | |
| 145.1 | Extra- and intraterminal calcium dependence of the | acute effect of nerve growth factor on glutamate release from rat visual co |
| 075.12 | Long-term effects of a single or repeated | acute exposure to Chlorpyrifos |
| 191.11 | Hippocampal adaptation following | acute exposure to drugs of abuse |
| 044.17 | Glutamate response to | acute i. v. heroin administration in addiction-prone Lewis and Fischer 344 |
| 226.17 | Acute immobilisation stress induces cyclooxygenase-2 expression in rat brai | |
| 211.1 | DHEAS treatment and | acute inhibition of steroid sulfatase activity by COUMATE induce anxiolytic |
| 089.1 | Acute intra-cerebroventricular insulin injection enhances glucose sensitivi | |
| 082.9 | Effect of | acute intrahippocampal BDNF infusion on synaptic efficacy at Schaffer colla |
| 191.5 | Effects of the anabolic-androgenic steroid nandrolone on | acute morphine responses, tolerance and dependence in mice |
| 186.14 | Increase of blood vessels in substantia nigra pars compacta in | acute MPTP-treated mice. relation with neuronal loss |
| 054.16 | The effects of | acute NMDA antagonist administration on neurogenesis and apoptosis in mouse |
| 050.6 | Metabotropic glutamate receptor subtype 5 (mGluR5) mediates | acute nociceptive responses in spinal cord |
| 023.6 | lacking the vanilloid (VR1) receptor have reduced sensitivity to | acute noxious and inflammatory stimuli |
| 213.3 | Reboxetine antagonizes the avoidance deficit produced by | acute or chronic exposure to unavoidable stress in rats |
| 056.11 | of the NMDA-evoked release of acetylcholine (ACh) observed after | acute or chronic suppression of dopamine transmission in the matrix of the |
| 041.11 | Contextual fear conditioning after | acute or repeated restraint stress |
| 086.17 | Study of the analgesic effect of three essential aminoacids on | acute pain models on mice |
| 086.11 | ment on the long-lasting variation of the pain sensitivity after | acute psychoemotional stress in rat |
| 182.30 | Spontaneous glial calcium signalling in | acute rat brain slices |
| 221.1 | Regulation of steroidogenic | acute regulatory protein (star) protein expression by cyclic amp in culture |
| 243.2 | Network activity in | acute slices - analysis and interpretation of spike and LFP signals recorde |
| 225.12 | ation leads to significant axonal regeneration in a rat model of | acute spinal cord injury |
| 123.11 | activation of neurons in the extended amygdala following various | acute stressors |
| 156.5 | en (EC) as neurocompatible biomatrices for axonal regrowth after | acute subtotal lateral transsection injury of the spinal cord in rats |
| 192.2 | mediate early gene markers of cellular activation in response to | acute, repeated and chronic challenges in the hypothalamic neurosecretory n |
| 221.15 | Immunohistochemical localization of a novel | acyl-CoA synthetase, lipidosin, in the organs involved in X-linked adrenole |
| 019.1 | The adenosine A1 receptor agonist | ADAC exerts a neuroprotective effect in a rodent model of Huntington's dise |
| 234.3 | ADAM metalloproteases in the central nervous system | |
| 020.27 | Treatment of dementia: | ADAM10 in Alzheimer disease patients |
| 229.9 | Adaptation and re-education of the motor system : a behavioural, molecular | |
| 017.4 | h, zebrafish and cichlid fish retinae: effects of light and dark | adaptation and relation to double cones |
| 051.5 | Ionic basis of the differences in constrast | adaptation between simple and complex cells |
| 191.11 | Hippocampal | adaptation following acute exposure to drugs of abuse |
| 219.13 | Prism | adaptation improves haptic object recognition in hemispatial neglect |
| 159.14 | A simulation of neglect by prism | adaptation in normals |
| 083.8 | The dynamics of speed | adaptation in the human visual system : a parametric study |
| 125.1 | Transfer of saccadic | adaptation is based on the absolute change in saccade amplitude |
| 193.17 | Temporary | adaptation of EMG activity of soleus muscle transposed into the bed of exte |
| 218.23 | Effects of classical and novel M-current inhibitors on the | adaptation of mouse sympathetic neurones in culture |
| 017.31 | Light | adaptation processes are different in BALB/cJ and CXBI inbread mouse strain |
| 108.12 | Adaptation to apparent motion in the crowding condition | |
| 174.22 | Neural | adaptations for brood parasitism |
| 031.4 | Protective | adaptations in neuroendocrine and behavioural stress coping in the peripart |
| 122.2 | Comparison of | adaptive changes in 5-HT receptor subtypes in frontal cortex and hippocampu |
| 087.1 | Adaptive changes in organic cation transporter expression in serotonin tran | |
| 222.7 | of proteins binding to the PDZ domain region of the X11 neuronal | adaptor proteins |
| 222.23 | e interaction of tyrosine phosphorylated CTFs with ShcA and Grb2 | adaptor proteins in neuroblastoma cells |
| 222.17 | Interaction between C-terminal fragments of APP and ShcA-Grb2 | adaptor proteins is enhanced in Alzheimer's disease brains |