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
| 045.10 | Characterization of the secretoneurin | g-protein coupled receptor (SN-GPCR) on the basis of two independent strate |
| 145.18 | Distribution of phosducin-like protein-long, a regulator of | g-protein coupled receptors (GPCR) function, in the rat brain |
| 178.6 | Genome-wide analysis of | G-protein coupled receptors in human brain regions and laser microdissected |
| 080.18 | Familial hemiplegic migraine mutation R192Q reduces | G-protein inhibition of Cav2.1 calcium channels |
| 109.8 | within the songbird nucleus HVc are shaped by locally-generated | G-protein-mediated inhibition |
| 118.6 | Inter-areal heterogeneity of Calcium-bindin | g-proteins expression in monkey cerebral cortex |
| 137.11 | G1 phase regulation and mode of division of cortical precursors | |
| 148.14 | Effect of human SOD1 | G93A on glutamate uptake in cultured mouse primary astrocytes |
| 152.13 | MRI detects an early decrease in hindlimb muscle volume in a | G93A SOD1 mouse model of familial amyotrophic lateral sclerosis |
| 156.15 | erring glutamate receptors in spinal motoneurons in culture from | G93a(+) and G93a(-) transgenic mice |
| 015.14 | jor pelvic ganglion in the male rat; effects of testosterone and | GABA |
| 078.20 | Identification of | GABA A receptors subtypes mediating tolerance to the sedative effects of di |
| 146.18 | experimental conditions on inhibitory postsynaptic currents and | GABA actions in the rat superficial superior colliculus |
| 210.4 | Comparison of a | GABA alpha 2/3 selective ligand with Chlordiazepoxide and Lorazepam in the |
| 165.3 | GABA and early activities in the developing hippocampus | |
| 147.8 | Melanin concentrating hormone (MCH) inhibits | GABA and glutamate evoked currents in mouse hippocampal neurons in vitro |
| 011.11 | Cerebellar cells in stargazer mutant mice have reduced levels of | GABA and glutamate immunoreactivity |
| 216.11 | Ionotropic | GABA and glutamate receptors in cultured honeybee Kenyon cells |
| 025.8 | Interaction of | GABA and glutamate receptors on the cardiovascular response of the anterior |
| 056.16 | Evidence for a striatal muscarinic M2 receptor regulation of | GABA and glutamate release in rat external globus pallidus as assessed by i |
| 146.23 | GABA and glycine co-release optimises functional inhibition in rat brainste | |
| 106.18 | Effect of | GABA and opioid receptors and their interaction on the variation of CD4, CD |
| 101.4 | Reversal of akinesia in experimental Parkinsonism by | GABA antagonist micro-injections in the pedunculopontine nucleus |
| 144.11 | Subcellular targeting OF | GABA BR1 splice variants |
| 050.12 | Convergent inhibitory control of synaptic corelease of ATP and | GABA by presynaptic adenosine (A1) and GABA-B autoreceptors on rat spinal c |
| 047.3 | Effects of presynaptic | GABA concentration on GABA release in the hippocampus: A combined experimen |
| 011.1 | Expression of | GABA during claustrum's development |
| 086.20 | Selective GAT-1 inhibition by NO-711: Effect on spinal cord | GABA efflux and influence of GABA-B receptor antagonists |
| 053.7 | Increases of striatal glutamate and | GABA in normal and hemiparkinsonian rats during high frequency stimulation |
| 056.15 | l and behavioral conditions that elevate extracellular levels of | GABA in substantia nigra pars reticulata |
| 069.2 | Studies on the role of | GABA in the course of in vitro induced neurogenesis by neural stem cells |
| 139.8 | Expression of multiple GAD forms and | GABA in the developing lens and olfactory epithelium of normal and transgen |
| 112.13 | Effect of cannabinoids on the release of dopamine and | GABA in the rat corpus striatum |
| 017.5 | Immunoreactivity for | GABA in the retina of the chameleon (chamaeleo chamaleon) |
| 186.15 | Possible role of | GABA in the therapeutical efficacy of high frequency stimulation of the sub |
| 011.10 | Gaba induces a transient rise in the free cytosolic Ca2+ concentration of m | |
| 123.7 | GABA inhibits the secretory activity of oxytocinergic, but not vasopressine | |
| 006.2 | GABA is not required for differentiation of post-synaptic domains at GABAer | |
| 049.4 | GABA is toxic for mouse striatal neurons through a transporter-mediated pro | |
| 046.12 | 5-HT-mediated regulation of | GABA output from dendrites of local thalamic interneurons |
| 078.16 | Homologous sequences in different | GABA receptor subunits are important for assembly |
| 146.13 | Unusual pharmacological properties of ionotropic | GABA receptors in hippocampal interneurons |
| 114.12 | endent pathways mediated by cAMP regulate spontaneous and evoked | GABA release in mouse ventral tegmental area |
| 223.20 | Expression of plasma membrane but not vesicular | GABA transporter indicates inverse GABA transport in dentate granule cells |
| 187.16 | Depolarising | GABA triggers epileptiform activity in the isolated CA1 region of the adult |
| 081.18 | nicotinic actions on synaptic transmission in the epileptogenic | GABA withdrawal syndrome focus |
| 217.5 | Comparative effects of excitatory (glutamate) and inhibitory ( | GABA) neurotransmitters on the sodium homeostasis in astrocytes |
| 121.13 | absence epilepsy suggests a common genetic mechanism involved in | GABA- and glutamate-induced seizure susceptibility |
| 228.12 | Identification of two | GABA-immunoreactive motoneurons in the pregenital abdominal ganglia of Locu |
| 187.2 | Synchronous | Gaba-mediated potentials in the epileptogenic human neocortex : effect of G |
| 015.6 | en kainate and beta-adrenergic receptors in cultured hippocampal | GABA-releasing cells |
| 011.12 | Presence of dopamine- and | GABA-synthesizing cells in the spinal cord central canal of the embryonic a |
| 147.9 | Postsynaptic switch at | GABA/glycine cosynapse following painful peripheral neuropathy: a novel mod |
| 146.10 | Contribution of neurosteroids to the maturation of | GABA/Glycine cosynapses in the spinal nociceptive system |
| 031.2 | Short term and long term regulation of | GABA-A -receptor function in the adult female rat |
| 107.5 | A functionally selective | GABA-A alpha5 inverse agonist enhances encoding and recall memory processes |
| 219.2 | Modulation of | GABA-A and GABA-B receptors and of their mRNAs in the deafferented vestibul |
| 172.5 | Paracrine activation of | GABA-A and NMDA receptors of perinatal hippocampal CA1 pyramidal neurons be |
| 183.3 | DHEA differentially modulates | GABA-A and P2X receptor activity in rat dorsal root ganglion neurons and di |
| 052.1 | recurrent excitation is suppressed by strychnine and unmasked by | GABA-A antagonists in the anaesthetized cat |
| 146.24 | Selective enhancement of tonic | GABA-A conductance by low concentrations of the neurosteroid THDOC in hippo |
| 126.17 | Potentiation of | GABA-A conductance in response to a loss of GABAergic afferents in the deep |
| 146.7 | ellar nuclei (DCN) neurons: comparing the roles of AMPA-NMDA and | GABA-A inputs |
| 078.15 | Relationship between glycolysis and | GABA-A receptor (GABA-A-R) function : role of the alpha1 subunit phosphoryl |
| 078.12 | Effects of | GABA-A receptor activation on intracellular calcium levels in cultured rat |
| 154.17 | Transcriptional regulation of the rat | GABA-A receptor alpha1 subunit gene by cAMP |
| 157.2 | Immunocytochemical localisation of | GABA-A receptor alpha4 subunits on intraparenchymal cerebral blood vessels |
| 078.7 | Overexpression of the | GABA-A receptor alpha6 subunit results in synaptic and functional extrasyna |
| 078.5 | dentification, molecular cloning and characterization of a novel | GABA-A receptor associated protein, GRIF-1 |
| 011.17 | Differentiation between dorsal and ventral rat hippocampus in | GABA-A receptor binding and mRNA expression of GABA-A receptor subunits (al |
| 236.3 | Catalysis of glycine and | GABA-A receptor clustering: the roles of gephyrin and associated proteins |
| 078.17 | Influence of beta subunit on efficacy at human recombinant | GABA-A receptor ion channels determined using fluorescence resonance energy |
| 078.18 | 3-Hydroxybutyrate alters | GABA-A receptor kinetics in rat neocortical pyramidal cells |
| 190.1 | Loss of medial prefrontal cortical GABA-B but not | GABA-A receptor mediated inhibition enhances ventral tegmental glutamate re |
| 052.7 | GABA-B and | GABA-A receptor mediated inhibition evoked by corticocortical interactions |
| 148.8 | GABA-A receptor mRNA expression in motor cortex of patients with amyotrophi | |
| 011.15 | Comparison of | GABA-A receptor properties in acutely dissociated cerebellar Purkinje cells |
| 154.13 | Which | GABA-A receptor subtype mediates the anxiolytic effects of benzodiazepines: |
| 142.7 | Which | GABA-A receptor subtypes mediate the adverse interaction of benzodiazepines |
| 011.13 | the decay of GABAergic IPSCs and increases the expression of the | GABA-A receptor subunit alpha1 in developing neurons of the rodent superior |
| 078.19 | Kainate treatment down-regulates | GABA-A receptor subunit expression in cultured mouse cerebellar granule cel |
| 011.5 | Changes in | GABA-A receptor subunit expression in the periaqueductal grey matter during |
| 078.9 | Functional cross-inhibition between P2X and | GABA-A receptor-channels depends upon subunit composition |
| 011.14 | A novel insight into tonic | GABA-A receptor-mediated conductance in the hippocampus |
| 087.13 | t display a Hyperekplexia phenotype and an impaired glycine- and | GABA-A receptor-mediated synaptic transmission |
| 078.1 | in vivo binding assay to selectively label diazepam insensitive | GABA-A receptors |
| 078.14 | characterise the effects of modulators on beta1-containing human | GABA-A receptors |
| 236.1 | Membrane stability and regulation of | GABA-A receptors |
| 078.4 | GABA-A receptors and hyperpolarization activated inward current (Ih) narrow | |
| 069.6 | Functional | GABA-A receptors are expressed in proliferative PSA-NCAM+ neural precursors |
| 223.11 | Desensitization and internalization of | GABA-A receptors associated with status epilepticus |
| 226.20 | Activation of | GABA-A receptors by the creatine-precursor guanidinoacetate in an inborn er |
| 211.15 | Role of alpha1 | GABA-A receptors in diazepam withdrawal |
| 189.3 | number of benzodiazepine binding sites and decreased density of | GABA-A receptors in the hippocampal formation of autistic individuals |
| 078.2 | An inverse agonist selective for alpha3 containing | GABA-A receptors is anxiogenic and mimics the increased dopaminergic metabo |
| 078.11 | Inhibitory effect of zinc on | GABA-A receptors of the rat suprachiasmatic neurones |
| 223.4 | Plasticity of synaptic | GABA-A receptors present on dentate gyrus granule cells in a temporal lobe |
| 146.17 | hippocampal slices persistently produce spontaneous synchronous | GABA-A-dependent slow rhythmic activity in standard medium |
| 047.6 | Serotonin supresses inhibitory | GABA-A-R- mediated transmission in developing layer 4 of mouse barrel corte |
| 153.2 | The | GABA-B agonist baclofen attenuates d-amphetamine self-administration in the |
| 052.7 | GABA-B and GABA-A receptor mediated inhibition evoked by corticocortical in | |
| 183.15 | s expression in brainstem neurones immunoreactive for mu-opioid, | GABA-B and NK1 receptors |
| 187.2 | ated potentials in the epileptogenic human neocortex : effect of | GABA-B antagonism and of glutamate metabotropic receptors |
| 050.12 | ptic corelease of ATP and GABA by presynaptic adenosine (A1) and | GABA-B autoreceptors on rat spinal cord dorsal horn neurones |
| 190.1 | Loss of medial prefrontal cortical | GABA-B but not GABA-A receptor mediated inhibition enhances ventral tegment |
| 047.18 | GABA-B dependent oscillatory activity in the perirhinal cortex | |
| 144.4 | Phosphorylation of | GABA-B R1 |
| 144.8 | Lack of typical desensitization processes for the metabotropic | GABA-B receptor |
| 062.1 | The heterodimeric | GABA-B receptor and associated proteins |
| 144.9 | CGP36742 (DVD742), a memory enhancing | GABA-B receptor antagonist, facilitates NMDA receptor function through soma |
| 086.20 | on by NO-711: Effect on spinal cord GABA efflux and influence of | GABA-B receptor antagonists |
| 144.7 | New insights in ligand recognition into | GABA-B receptor heterodimer |
| 144.2 | GABA-B receptor is present in lipid raft domains isolated from transfected | |
| 144.5 | Decreased expression of | GABA-b receptor mRNA after kainic acid-induced limbic seizures |
| 214.4 | Regulation of metabotropic glutamate and | GABA-B receptor signaling |
| 187.5 | Status epilepticus alters | GABA-B receptor-mediated inhibition in the hippocampus: possible role in ep |
| 144.3 | Molecular mechanisms underlying constitutive activity of | GABA-B receptors |
| 219.2 | Modulation of GABA-A and | GABA-B receptors and of their mRNAs in the deafferented vestibular nuclei a |
| 150.23 | Reorganization of | GABA-B receptors in gerbils after ischemia: a morphological study |
| 056.5 | The precise localisation of | GABA-B receptors in the substantia nigra of the rat |
| 115.18 | The function of | GABA-B receptors on basket, stellate and Purkinje cells in the cerebellar c |
| 144.12 | Direct interaction of | GABA-B receptors with the transcription factor CHOP |
| 070.5 | Expression and distribution of | GABA-B-R1 and GABA-B-R2 during rat cortical development |
| 144.6 | Interaction of "Sushi" domain of | GABA-B-R1a subunit with the extracellular matrix protein, Fibulin |
| 011.7 | Early Expression and developmental changes on the | GABA-B1 and GABA-B2-receptor in the brain and spinal cord of fetal rat |
| 011.8 | Chronic nicotine and smoking exposure decreases | GABA-B1 receptor expression in hippocampus |
| 144.10 | GABA-B1a, GABA-B1b and GABA-B2 mRNA expression in human hippocampal scleros | |
| 078.10 | Contribution of | GABA-C receptors to ionotropic GABAergic currents in CA1 pyramidal cells |
| 223.5 | tassium and gap-junctions in the synchronization of 4-AP induced | GABAergic activity in human epileptic neocortex |
| 126.17 | Potentiation of GABA-A conductance in response to a loss of | GABAergic afferents in the deep cerebellar nuclei of lurcher mutant mice |
| 011.18 | Relationship between the | GABAergic and dopaminergic neuronal systems of the dogfish telencephalon: a |
| 146.16 | Modulation by muscarinic receptors of | GABAergic and glycinergic synaptic transmission on hypoglossal motoneurones |
| 114.10 | Properties of asynchronous release at individual | GABAergic boutons in culture |
| 237.2 | Maturation of | GABAergic circuits and critical period plasticity in visual cortex |
| 232.1 | Reciprocal | GABAergic connections between the hippocampus and the medial septum: implic |
| 078.10 | Contribution of GABA-C receptors to ionotropic | GABAergic currents in CA1 pyramidal cells |
| 121.26 | pileptic fast activities can be explained by a model of impaired | GABAergic dendritic inhibition |
| 146.4 | scillations in axotomized facial motoneurons are attributable to | GABAergic excitation caused by intracellular chloride increases following K |
| 215.14 | The effects of activation of serotonin receptors on | GABAergic hippocampal interneurons - a patch clamp study |
| 184.8 | ic motion in the auditory cortex of horseshoe bats: influence of | GABAergic inhibition and properties of cortical fields |
| 158.1 | Selective extrareticular | GABAergic innervation of relay cells in higher order thalamic nuclei of the |
| 052.17 | GABAergic input onto developing rat ventrobasal thalamocortical neurones is | |
| 091.6 | om irregular to bursting pattern does not solely depend on their | GABAergic inputs in the anaesthetic-free rat |
| 011.13 | NMDA receptor activation accelerates the decay of | GABAergic IPSCs and increases the expression of the GABA-A receptor subunit |
| 114.9 | L-type Ca2+-channels that underlies post-tetanic potentiation of | GABAergic IPSCs on cultured hippocampal neurones |
| 024.7 | In vivo recording and reconstruction of | GABAergic medial septal neurons with theta-related firing |
| 011.3 | GAD65-GFP Transgenic Mice Expressing GFP In The | GABAergic Nervous System |
| 207.1 | 5-HT descending inputs control the maturation of the | GABAergic neuronal population in the mouse spinal cord |
| 007.16 | he role of PLC-beta1 signaling in the development of neocortical | GABAergic neurons |
| 010.12 | Muscarinic regulation of ventral tegmental area | GABAergic neurons in culture |
| 011.16 | of parvalbumin and calbindin with serotonin 5-HT2A receptors on | GABAergic neurons in rat anterior and posterior frontal cortex |
| 207.11 | Density of | GABAergic neurons in the developing larval and adult sea lamprey spinal cor |
| 045.13 | Orexins excite dopaminergic and | GABAergic neurons in the ventral tegmental area (VTA) of the rat |
| 119.14 | Localization of the | GABAergic neurons responsible for the inhibition of locus coeruleus noradre |
| 194.3 | Concomitant acquisition of | GABAergic phenotype in modulatory neurons with transition from single embry |
| 165.2 | The early maturation of | GABAergic signaling in the embryonic neocortex, including radial glial neur |
| 115.14 | ing climbing fiber-mediated presynaptic inhibition at cerebellar | GABAergic synapses |
| 047.19 | ptic mechanisms underlie paired-pulse depression (PPD) of single | GABAergic synapses at short intervals |
| 006.2 | is not required for differentiation of post-synaptic domains at | GABAergic synapses in C. elegans |
| 172.29 | Activity-dependent modulation of | GABAergic synapses in developing rat spinal networks in vitro |
| 013.3 | Trafficking of ClC-2, a chloride channel which localizes to | GABAergic synapses, via the molecular motor, dynein |
| 172.7 | Activity- and age-dependent | GABAergic synaptic plasticity in the developing rat hippocampus |
| 172.13 | Functional glutamatergic and | GABAergic synaptic projections onto subplate neurons in neonatal rat somato |
| 206.1 | Presynaptic effects of BDNF on | GABAergic synaptic transmission in the postnatal mouse superior colliculus |
| 011.6 | Postsynaptic and PKC-dependent action of BDNF on | GABAergic synaptic transmission in the superficial layers of the mouse supe |
| 165.1 | spontaneous correlated activity in the hippocampus by increasing | GABAergic synaptogenesis and expression of the K+/CL- cotransporter KCC2 |
| 172.23 | Postnatal maturation of | GABAergic synaptogenesis in the rat hippocampus |
| 105.18 | perinatal asphyxia: relation between locomotor behavior and the | GABAergic system |
| 118.13 | CSF-contacting neurons in the rat spinal cord : a highly plastic | GABAergic system expressing the P2X2 subunit of purinergic receptors. A lig |
| 073.16 | (Cd) administration: effects on monoaminergic, glutamatergic and | GABAergic system in rat progeny |
| 085.9 | The | GABAergic system is differentially affected during the normal aging in rat |
| 113.5 | Glutamatergic and | GABAergic terminals from rat midbrain exhibit functional P2X and dinucleoti |
| 080.1 | BDNF up-regulates | GABAergic transmission in developing hippocampal neurons by potentiating pr |
| 115.13 | actions of group III metabotropic glutamate receptor agonists on | GABAergic transmission in the hippocampus |
| 010.10 | Activation of nicotinic acetylcholine receptors enhances | GABAergic transmission in the inferior colliculus of the rat |
| 115.6 | subtypes and D2-like receptor-mediated presynaptic inhibition in | GABAergic transmission onto rat striatal cholinergic interneurones |
| 086.7 | GABAergic/GABA-B inhibitory control of deep dorsal horn neurons in normal a | |
| 080.17 | Pregabalin and | gabapentin act at the same site to inhibit calcium influx through voltage-a |
| 223.7 | Effect of interactions between tiagabine and | gabapentin on the electroconvulsive threshold in mice - isobolographic anal |
| 139.8 | Expression of multiple | GAD forms and GABA in the developing lens and olfactory epithelium of norma |
| 104.2 | GAD65 immunoreactivity reveals an anomalous organization of the rat cerebel | |
| 052.12 | ependent changes of cortical representations result in increased | GAD65 mRNA expression |
| 011.3 | GAD65-GFP Transgenic Mice Expressing GFP In The GABAergic Nervous System | |
| 190.8 | Epigenetic downregulation of cortical | GAD67 and reelin in mice is inhibited by histone deacetylase inhibitors |
| 121.24 | nectivity in thalamus precede the onset of epileptic seizures in | GAERS |
| 223.8 | alamus (VB) of the genetic absence epilepsy rat from Strasbourg ( | GAERS) |
| 108.3 | Gait and attention in young subjects: performances in relation to different | |
| 207.13 | rimotor restriction and anoxia disrupt the development of normal | gait at the time of motor maturation: a rodent model of Cerebral Palsy |
| 025.6 | Galanin / Neuropeptide Y interactions in the Nucleus Tractus Solitarii of t | |
| 089.23 | Postsynaptic action of | galanin on hypothalamic arcuate nucleus neurons expressing galanin receptor |
| 045.9 | Galanin-serotonin systems in mouse and rat brain: differential distribution | |
| 091.8 | triato-ventrotegmental projection neurons in the domestic chick ( | Gallus domesticus) |
| 174.10 | Hemispheric differences in amodal completion by young chicks ( | Gallus gallus) |
| 080.21 | f an IgM monoclonal antibody against the terminal moiety of GM2, | GalNAc-GD1a and GalNAc-GM1b gangliosides |
| 056.8 | Involvement of the G protein alpha subunit, | Galpha(olf), in the dopamine and adenosine transmissions in the striatum |
| 178.5 | Action of protein RGSZ1 on | Galphaz-GTP terminates mu-opioid receptor induced supraspinal antinocicepti |
| 045.9 | in mouse and rat brain: differential distribution of galanin and | GALR1 receptor expression in the dorsal raphe - implications for modelling |
| 089.23 | thalamic arcuate nucleus neurons expressing galanin receptor R1 ( | GALR1) mRNA |
| 042.12 | Cue-reactivity in pathological | gamblers |
| 024.17 | Occurrence of | gamma (33-128 Hz) activity in rat somatosensory cortex |
| 192.1 | Occurrence of | gamma (33-128 Hz) activity in the cerebellum of anesthetized rats |
| 119.2 | Occurrence of | gamma (33-128 Hz) activity in the dorsal hippocampus of anesthetized rats |
| 040.17 | Induced | gamma activity in passive acoustic oddball paradigm in monkeys |
| 009.18 | Correspondence between EEG | gamma band activity and fMRI BOLD activity in humans performing visual shor |
| 146.3 | Acetylcholinesterase inhibitors elicit cholinergic | gamma frequency network oscillations in the rodent hippocampus in vitro |
| 015.18 | Differential roles of stratum oriens interneurons during | gamma frequency oscillations in the hippocampal CA3 area |
| 048.8 | effect of eicosapentanoic acid in hippocampus of rats exposed to | gamma irradiation |
| 099.1 | Gamma oscillations in sensory systems: relation to perception and behaviour | |
| 185.16 | Analysis of the synchronized | gamma oscillations in the adult mouse main olfactory bulb |
| 015.10 | Interplay between gap junctions and axonal excitability modulate | gamma oscillations in vitro |
| 146.1 | Gamma oscillations induced by tonic excitation in the medial entorhinal cor | |
| 112.16 | Comparison of the pharmacological properties of in vitro | gamma oscillations initiated by different mechanisms |
| 180.22 | Cortical | gamma oscillations mediate long-range intracortical transmission of informa |
| 041.22 | Spatial distribution of odor-induced beta and | gamma oscillatory activities in the rat olfactory bulb and its modulation b |
| 210.9 | Modulation of | gamma-activity by attention in the background of an instrumental conditioni |
| 083.4 | Intrinsic | gamma-activity prevents stimulus locking of flicker-induced oscillations in |
| 108.2 | Gamma-band activity and event-related potentials in an auditory novelty odd | |
| 146.15 | Therapeutic and recreative effects of | gamma-hydroxybutyrate (GHB) : a possible mechanism of action |
| 175.1 | Acute and chronic administration of | gamma-hydroxybutyrate (GHB) to mice: Behavioral tolerance and neurochemical |
| 146.11 | Evidence for | gamma-hydroxybutyrate (GHB) uptake by rat brain synaptic vesicles |
| 225.8 | ponse to injury in the brain of 6-day-old rat following prenatal | gamma-irradiation |
| 083.19 | Gamma-oscillations of the membrane potential in cat visual cortex neurons c | |
| 048.4 | Reduction of oligomer production by | gamma-secretase inhibitor prevents the block of long-term potentiation (LTP |
| 234.2 | Gamma-secretase proteolysis of beta-APP in Alzheimer's disease: is presenil | |
| 011.17 | and mRNA expression of GABA-A receptor subunits (alpha2, beta3, | gamma2) and of the early gene c-fos |
| 024.16 | n by the rhythm of norepinephrine release from superior cervical | ganglia |
| 155.4 | f coherent oscillatory activity in the cerebral cortex and basal | ganglia |
| 091.24 | dimensional, functional and registrable atlas of the human basal | ganglia |
| 145.7 | munication without action potentials in sympathetic prevertebral | ganglia |
| 179.9 | sal unpaired median (DUM-) neurons isolated from locust thoracic | ganglia |
| 112.12 | cannabinoid receptors and dopaminergic systems in the rat basal | ganglia |
| 105.11 | ne reduces the loss of axotomized sensory neurons in dorsal root | ganglia after transection of the sciatic nerve in adult rat |
| 091.7 | Correlating population activity in the basal | ganglia and cortex: methods for telemetric recording of surface EEG and sub |
| 091.4 | e major acetogenin of Annona muricata (Annonaceae) induces basal | ganglia and mesencephalon degeneration in rats |
| 053.5 | Basal | ganglia and movement: a more complex relationship than expected |
| 156.9 | ct of nerve transection on mitochondrial function in dorsal root | ganglia and spinal cord of nNOS knockout and wild type mice |
| 023.8 | S depolarizes neurones in a thin slice preparation of rat spinal | ganglia by a blockade of K+-currents |
| 091.12 | Basal | ganglia complex do not mediate on-line movement guidance |
| 149.25 | Paclitaxel neurotoxicity in dorsal root | ganglia explants, neuron dissociated cultures and human neuroblastoma SH-SY |
| 091.1 | Effects of thalamic degeneration on gene expression in the basal | ganglia in a rat model of Parkinson's disease |
| 025.13 | s of postganglionic neurones originating from sacral sympathetic | ganglia in STZ diabetic rats |
| 155.11 | n-induced cellular defects in the output structures of the basal | ganglia in the rat |
| 050.9 | Glial cell plasticity in sensory | ganglia induced by nerve damage |
| 217.19 | tivity of vesicular acetylcholine transporter in rat dorsal root | ganglia neurons |
| 228.12 | two GABA-immunoreactive motoneurons in the pregenital abdominal | ganglia of Locusta migratoria L |
| 155.6 | Tetrode recordings in the human basal | ganglia of patients with movement disorders |
| 077.2 | Alterations in NMDA receptor subunit expression in the basal | ganglia of the weaver mouse brain |
| 082.5 | Mechanism of synergistic modulation of basal | ganglia output nuclei activity via striatal dopamine, adenosine and acetylc |
| 025.7 | Neurons located in the rat cardiac | ganglia project to the sympathetic ganglia: Identification by retrograde ne |
| 053.8 | Asymmetrical perfusion at rest of the basal | ganglia restored by apomorphine: an MRI perfusion weighted study in Parkins |
| 009.7 | e model of Tourette's syndrome: Anatomical analysis of the basal | ganglia territories involved in compulsive behaviour and hyperactivity diso |
| 207.8 | synthase positivity peaks prior to metamorphosis in dorsal root | ganglia that innervate the hindlimbs of the developing frog |
| 185.3 | ceptor neurones and the projection pattern in the suboesophageal | ganglion |
| 052.3 | object position by rat whiskers: recordings from the trigeminal | ganglion |
| 143.3 | ceptor subtypes in wild-type and mdx/mdx mouse superior cervical | ganglion |
| 052.4 | ect position by the rat whiskers: recordings from the trigeminal | ganglion |
| 025.17 | Zinc transporter 3 in mouse superior cervical | ganglion |
| 023.20 | Voltage gated sodium currents in cardiac dorsal root | ganglion (DRG) neurons |
| 143.7 | somatic and prejunctional sites in the rodent superior cervical | ganglion (SCG) |
| 090.1 | l bases for a glutamatergic transmission in the rat major pelvic | ganglion : an immunocytochemical light- and electron microscopy study |
| 017.7 | Extracting common features from the responses of different | ganglion cell populations |
| 006.3 | ol-induced release of apolipoprotein A-I in cultured rat retinal | ganglion cells |
| 017.29 | Connexin36 is involved in the coupling pattern of alpha | ganglion cells in the mouse retina |
| 132.4 | Neurogenesis of retinal | ganglion cells: the role and regulation of the atonal homologue ATH-5 |
| 152.3 | The number of neurons in the mouse superior cervical | ganglion depends on the structural and functional integrity of its target o |
| 015.14 | The neurones of the major pelvic | ganglion in the male rat; effects of testosterone and GABA |
| 146.19 | response curve (PRC) of pacemaker neurons in the stomatogastric | ganglion is more sensitive to input duration than strength |
| 023.4 | nd sustained proton-induced currents in rat cultured dorsal root | ganglion neurones |
| 206.7 | tion activates different pathways in sympathetic and dorsal root | ganglion neurones |
| 010.18 | on of nicotinic acetylcholine receptors in rat superior cervical | ganglion neurones |
| 050.21 | Altered neurokinin 1 receptor expression on dorsal root | ganglion neurones in arthritic rats may depend on the prostaglandin E2 indu |
| 183.21 | tivated chloride channel expression in adult sensory dorsal root | ganglion neurons |
| 183.3 | ly modulates GABA-A and P2X receptor activity in rat dorsal root | ganglion neurons and distinguishes between different native P2X receptor su |
| 205.11 | The Caudal | Ganglionic Eminence (CGE) is a novel source of tangentially migrating cells |
| 017.14 | on velocity tuning and spatial receptive fields of pre and post | ganglionic models of retinal direction selectivity |
| 080.21 | against the terminal moiety of GM2, GalNAc-GD1a and GalNAc-GM1b | gangliosides |
| 055.5 | In vivo gene transfer in the GM2 | gangliosidosis variant 0 (Sandhoff disease) animal model using AAV vectors |
| 125.8 | The Influence of inhibition of return and | gap effect on saccadic eye movement latencies |
| 182.18 | lucose by axons and Schwann cells of rat vagus nerve. Effects of | gap junction blockers indicate some uptake into Schwann cells |
| 092.6 | In vitro effects of | gap junction blockers on the spontaneous activity of medial vestibular nucl |
| 182.16 | Inhibition of connexin 43 (Cx43) | gap junction channels by homophilic peptides |
| 003.16 | loning and expression pattern of connexin39, a new member of the | gap junction gene family |
| 184.5 | Targeted ablation of connexin-26 in the inner ear epithelial | gap junction network causes hearing impairment and massive cell death |
| 145.21 | TNF-alpha depresses both | gap junctional and purinergic calcium signal communication in brain endothe |
| 182.21 | Pro-inflammatory cytokines and amyloid-beta inhibit | gap junctional communication in astrocytes |
| 161.2 | Gap junctional communication in astrocytes and neuroglial interaction | |
| 182.7 | Sphingosine-1-phosphate, a novel inhibitor of | gap junctional communication in striatal astrocytes |
| 047.2 | campal cultures is strongly attenuated by blockade of astrocytic | gap junctions |
| 015.10 | Interplay between | gap junctions and axonal excitability modulate gamma oscillations in vitro |
| 063.4 | Gap junctions between axons of principal neurons and the generation of fast | |
| 050.1 | a role for | gap junctions in theta oscillations in substantia gelatinosa neurones of th |
| 182.20 | Connexin identification and ultrastructural localization of | gap junctions: a novel site of connexin 32 (Cx32) expression in Schwann cel |
| 079.18 | ) activating processes and the interaction with the PKC receptor | GAP-43 in neuroblastoma cells |
| 058.15 | Nerve injury in | GAP-43 over-expressing mice increases the vulnerability of large motoneuron |
| 138.16 | Deletions in | GAP-43 sequence differentially affect filopodia induction. Is phosphorylati |
| 223.5 | Possible involvement of potassium and | gap-junctions in the synchronization of 4-AP induced GABAergic activity in |
| 185.6 | to response specificity obtained by electrophysiology linked to | gas chromatography and mass-spectrometry |
| 050.11 | Cytokine-induced sensitization of vagal afferent pathways to | gastric acid challenge |
| 173.9 | The study of the mechanism of thyroid hormone action on | gastric acid secretion in the rat (an in vitro study) |
| 158.7 | Gastric distension activates fronto-limbic structures but not somatosensory | |
| 090.10 | Involvement of 5-HT3 and 5-HT4 receptors in | gastrointestinal transit in mice |
| 228.6 | idergic innervation of peripheral tissues involved in feeding of | gastropods (Helix pomatia, Lymnaea stagnalis) |
| 228.8 | A histaminergic system in the CNS and PNS of | gastropods (Helix, Lymnaea) : immunocytochemical and biochemical characteri |
| 003.13 | A re-examination of the avian embryo stage series during | gastrulation in the developing chick |
| 086.20 | Selective | GAT-1 inhibition by NO-711: Effect on spinal cord GABA efflux and influence |
| 003.8 | Expression of SCL, | GATA-2 and Lmo2 transcription factors in the neurogenesis |
| 220.21 | Age-related effects of | GATA-3 haplo-insufficiency on the auditory brainstem response of alert mice |
| 179.6 | otoxin RIIIK: a peptide similar to mu-conotoxins targets voltage | gated K+ channels |
| 023.20 | Voltage | gated sodium currents in cardiac dorsal root ganglion (DRG) neurons |
| 043.3 | ontal 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 lesions of the |
| 084.10 | The effect of smoking on sensory | gating functions in schizophrenic patients |
| 176.3 | steric mechanism distinguishes between AMPA and kainate receptor | gating mechanisms |
| 015.21 | NMDA receptor | gating noise can increase spike time reliability in cortical neurons |
| 080.3 | Nitric oxide inhibition of single neuroendocrine Cav1 L-channel | gating proceeds through a cGMP/PKG pathway, independently of cAMP/PKA-media |
| 159.11 | Eye-hand alignment in a pointing task varies with | gaze direction |
| 007.24 | Possible role of Otx2, | Gbx2, Pax2 and Fgf8 expressions in the regionalization of the developing in |
| 003.15 | Ectopic expression of | Gcm1 during murine embryogenesis induces severe neurulation defects |
| 018.20 | Restorative effects of growth/differentiation factor-5 ( | GDF-5) in a rat model of Parkinson's disease |
| 139.13 | In vitro analysis of the effects of the neurotrophins | GDF-5, GDNF and glial cells on dopaminergic neurone survival in the ventral |
| 075.14 | Gdi1 knockout mice, an animal model for human X-linked non-specific mental | |
| 139.13 | In vitro analysis of the effects of the neurotrophins GDF-5, | GDNF and glial cells on dopaminergic neurone survival in the ventral mesenc |
| 156.3 | m motoneuron survival promoted by the administration of combined | GDNF and Riluzole treatment after ventral root avulsion |
| 018.9 | Striatal | GDNF expression induces downregulation of tyrosine hydroxylase in the intac |
| 225.15 | aride and tumor necrosis factor-alpha regulate the expression of | GDNF, Neurturin and their receptors in primary cultures of rat glial cells |
| 057.15 | Alimentary tract deficits in mice lacking | GDNF-family receptor alpha2 |
| 018.11 | on of nigro-striatal dopaminergic innervation by implantation of | GDNF-releasing biodegradable microspheres |
| 206.11 | Ret-independent signaling is | GDNF/GFRa-1-specific |
| 055.7 | alysis of rat brain tissue: improved methods for two-dimensional | gel electrophoresis (2D PAGE) |
| 172.34 | cation of age-dependent proteins using fluorescent 2D difference | gel electrophoresis and mass spectrometry |