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
| 179.4 | seizure threshold in mice with a functional knockout of neuronal | M-channels |
| 017.15 | Development of S- and | M-cones in the in vivo and the in vitro rat retina |
| 218.23 | Effects of classical and novel | M-current inhibitors on the adaptation of mouse sympathetic neurones in cul |
| 179.15 | Suppression of | M-current-mediating KCNQ channels in transgenic mice associated with abnorm |
| 053.6 | atechol-O-methyltransferase (COMT) and glutathione S-transferase | M1 (GSTM1) genetic polymorphisms in Parkinson's disease |
| 010.20 | Quantitation of the expression of | M1 - M5 muscarinic acetylcholine receptor subtypes in rat heart atria and v |
| 115.10 | Activation of neuronal muscarinic | M1 receptor suppresses adenosine A2A facilitation and muscarinic M2 inhibit |
| 177.5 | The role of | M1 receptors in activation of nitric oxide synthesis in the nucleus accumbe |
| 021.5 | esponses evoked in hand muscles by stimulation of primary motor ( | M1) cortex |
| 021.33 | werful facilitation of corticospinal outputs from primary motor ( | M1) cortex to upper limb motoneurones |
| 021.15 | ual coordination in the dorsal premotor (PMd) and primary motor ( | M1) cortices of rhesus monkeys |
| 115.10 | M1 receptor suppresses adenosine A2A facilitation and muscarinic | M2 inhibition of [3H]-acetylcholine release from motor nerve terminals by a |
| 212.4 | Effects of aging on the subcellular distribution of | m2 muscarinic acetylcholine (ACh) receptor in striatal interneurons in rats |
| 010.8 | Subcellular compartmentalization of | m2 muscarinic receptor (m2R) in the cholinergic pathway, nucleus basalis ma |
| 010.19 | Role of | M2 muscarinic receptors in soman-induced seizures |
| 114.19 | M2 presynaptic muscarinic receptors regulate initiation and termination of | |
| 056.16 | Evidence for a striatal muscarinic | M2 receptor regulation of GABA and glutamate release in rat external globus |
| 024.15 | Sleep and EEG rhythmic activities of mice lacking | M2, M3, M4 or M2/M4 muscarinic receptors |
| 024.15 | Sleep and EEG rhythmic activities of mice lacking M2, M3, M4 or | M2/M4 muscarinic receptors |
| 010.5 | pletion of cell surface acetylcholine (ACh) muscarinic receptors | m2R due to limited delivery from intracytoplasmic stores in neurons of acet |
| 010.8 | Subcellular compartmentalization of m2 muscarinic receptor ( | m2R) in the cholinergic pathway, nucleus basalis magnocellularis (NBM) - fr |
| 024.15 | Sleep and EEG rhythmic activities of mice lacking M2, | M3, M4 or M2/M4 muscarinic receptors |
| 024.15 | Sleep and EEG rhythmic activities of mice lacking M2, M3, | M4 or M2/M4 muscarinic receptors |
| 010.1 | Effects of ovariectomy on muscarinic | M4 receptor subtype in the rat brain |
| 010.20 | Quantitation of the expression of M1 - | M5 muscarinic acetylcholine receptor subtypes in rat heart atria and ventri |
| 174.5 | development and maturation of memory systems in macaque monkeys ( | Macaca mulatta) |
| 021.13 | Three-dimensional computer atlas of the | macaca mulatta thalamus |
| 012.21 | gic cell groups in the macaque monkey brain: a re-examination in | Macaca nemestrina |
| 012.20 | opamine D1 receptor in thalamocortical projection systems of the | macaque monkey |
| 051.1 | Parallel pathways from V2 to layer 1 of V1 in the | macaque monkey |
| 012.21 | Dopaminergic cell groups in the | macaque monkey brain: a re-examination in Macaca nemestrina |
| 124.18 | Modeling attentional effects in cortical areas MT and MST of the | macaque monkey through feedback loops |
| 186.19 | thalamic neurons relaying information to the motor cortex in the | macaque monkey: a potential substrate for parkinsonian tremor |
| 219.7 | midal neuron in auditory, cingulate and prefrontal cortex of the | macaque monkey: regional variation in cell structure |
| 208.19 | ing olfactory ensheathing glia for auto-transplantation in adult | macaque monkeys |
| 125.4 | on and retinal disparity information in the frontal eye field of | macaque monkeys |
| 124.26 | Chromatic priming in hemianopic visual fields of | macaque monkeys |
| 174.5 | igm to study the development and maturation of memory systems in | macaque monkeys (Macaca mulatta) |
| 021.29 | ectivity of the four sub-areas of the lateral premotor cortex in | macaque monkeys: a multiple retrograde tracing study |
| 118.7 | Projections to the amygdala in | macaque monkeys: implications for blindsight |
| 009.12 | tion for self-organized and instructed memory-guided behavior in | macaque prefrontal cortex |
| 051.4 | siological characteristics of layer 2/3 feedback neurones in the | macaque V2 visual area |
| 021.33 | Macaque ventral premotor (F5) cortex exerts powerful facilitation of cortic | |
| 021.5 | Macaque ventral premotor (F5) cortex exerts powerful facilitation of EMG re | |
| 083.14 | The "Spiking Bayes | Machine" as a model of top-down control in spike based feature detection |
| 149.22 | -induced apoptosis influencing apoptotic pathways and cell cycle | machinery |
| 067.1 | The calcium-triggering | machinery for neurotransmitter release |
| 171.8 | ted by triiodothyronine (T3) in cultured astrocytes: approach by | macroarray |
| 037.6 | racterization of DSD-1-PG/mouse phosphacan and its assembly into | macromolecular complexes |
| 105.16 | Initiation of motoneuron developmental death depends on | macrophage-derived TNFalpha |
| 171.9 | Invasion of the human prosencephalon by | macrophage-microglia progenitor cells during the first trimester of gestati |
| 188.4 | to promote release of mature interleukin-1b (IL-1b) from murine | macrophages and microglia |
| 182.28 | Brain | macrophages are target cells for lysophosphatidic acid (LPA) |
| 171.4 | Early | macrophages do not become microglia in the developing retina |
| 214.13 | receptor-mediated inhibition of cAMP is modulated by calcium and | magnesium in vitro |
| 091.5 | Magnesium sulphate potentiates the antiparkinsonian levodopa effect as well | |
| 080.7 | proliferation and death following extremely low frequency (ELF) | magnetic field (MF) stimulation |
| 224.10 | ebral ischemia: Evidence of neuroprotection using behavioral and | magnetic resonance approaches |
| 108.17 | ical threshold detection in hepatic encephalopathy in functional | magnetic resonance imaging (fMRI) |
| 042.17 | A functional | magnetic resonance imaging (fMRI) study of brain processing of visual sexua |
| 018.4 | trodes into the subthalamic nucleus. A comparative study between | magnetic resonance imaging and ventriculography |
| 121.2 | Structural and functional | magnetic resonance imaging, and their cellular correlates, of status epilep |
| 159.16 | Functional | magnetic resonance recordings of visually guided hand movements |
| 021.23 | y changes in the human motor cortex, as revealed by transcranial | magnetic stimulation |
| 021.4 | nt modulation of human motor cortex excitability to transcranial | magnetic stimulation |
| 051.11 | ording from cat primary visual cortex combined with transcranial | magnetic stimulation (TMS) |
| 184.2 | f auditory evoked cortical potentials by repetitive transcranial | magnetic stimulation in healthy volunteers |
| 021.24 | apping of the swallowing muscles on motor cortex by transcranial | magnetic stimulation in humans |
| 108.6 | Now you see it : transcranial | magnetic stimulation of the frontal eye field can facilitate visual detecti |
| 156.19 | citability induced by subthreshold rapid repetitive transcranial | magnetic stimulation of the motor cortex in humans |
| 159.6 | Cumulative effect of repetitive transcranial | magnetic stimulation on visual evoked potentials in healthy volunteers |
| 008.25 | f the cerebellum to sequence learning: a repetitive transcranial | magnetic stimulation study |
| 193.16 | corticospinal excitability during motor imagery: a transcranial | magnetic stimulation study |
| 021.28 | and biomechanically impossible finger movements. A transcranial | magnetic stimulation study (TMS) |
| 156.14 | Effects of repetitive high frequency transcranial | magnetic stimulations (rTMS) on functional recovery after a compression-inj |
| 177.7 | the control of the neurochemical plasticity of rat hypothalamic | magnocellular neurons. An ex vivo approach on brain slices |
| 010.8 | rinic receptor (m2R) in the cholinergic pathway, nucleus basalis | magnocellularis (NBM) - frontal cortex (FC), in mice knock-out for the acet |
| 222.5 | The nucleus basalis | magnocellularis in the rabbit: a morphological characterization |
| 107.14 | Nucleus raphe | magnus effect on learning and memory |
| 180.3 | Cytological changes in the nucleus raphe | magnus neurons following an excitotoxic lesion in the VL PAG and/ or formal |
| 005.2 | f NrCAM in recruitment of membrane-associated guanylate kinases ( | MAGUKs) to the cytoplasmic surface |
| 093.7 | Pacemaker activity is not essential for respiratory rhythm | maintenance in adult mammals |
| 147.22 | Short-term synaptic depression promotes phase | maintenance in oscillatory networks |
| 041.15 | rontal cortex and amygdala during extinction of learned fear and | maintenance of extinction in mice |
| 187.13 | Neuronal firing is not necessary for the | maintenance of ictal epileptiform events |
| 082.7 | Fucose-specific lectin from Aleuria aurantia blocks the | maintenance of LTP - distribution and identification of potential target pr |
| 208.3 | Maintenance of synaptic inputs and discharge pattern in axotomized cat abdu | |
| 226.9 | ontaining cells in the cortex and striatum of mice with cerebral | malaria |
| 160.4 | ich structures are activated in the anoestrus female brain by the | male or his odour |
| 049.3 | quences of strain differences in hippocampal 5-HT transporter in | male and female Fischer 344 and Lewis rats |
| 105.9 | Castration in the heterozygous staggerer | male and female mice (Rora[sg/+]) rescues premature cerebellar Purkinje cel |
| 057.8 | Gonadal steroids effect on responses to noxious heat stimuli in | male and female rats |
| 089.9 | Photoperiodic control of the hypothalamic-gonadal axis in the | male jerboa (Jaculus orientalis) : Implication of the pineal gland and mela |
| 022.4 | psychosocial stress-induced psychoneuroimmunological effects in | male mice |
| 211.16 | e effects of enterosorbent Noolit on anxious-depressive state in | male mice |
| 073.17 | Neonatal thyroxine treatment of DBA/2J | male mice induces developmental and behavioural changes in their F1 and F2 |
| 117.4 | of major urinary proteins and low molecular weight components of | male mouse urine in eliciting the pregnancy block effect in female mice |
| 015.14 | The neurones of the major pelvic ganglion in the | male rat; effects of testosterone and GABA |
| 088.14 | nt of Type 2 diabetes and disturbs the feeding behaviour in aged | male rats |
| 088.9 | y immobilization stress precedes CRH and AVP expression in adult | male rats |
| 088.13 | nd hypothalamic-adipoinsular axis activities in weaned and adult | male rats |
| 183.6 | hypothalamus and spinal cord : sensitivity to sexual steroids in | male rats during the postnatal development and at adult stage |
| 057.1 | file of impulsive behaviour and response to amphetamine in adult | male rats following perinatal exposure to bisphenol-A |
| 086.4 | Formalin-pain responses in | male rats: modulation by estradiol and mu-opioid receptors |
| 090.7 | on in the sheep external urethral sphincter: differences between | males and females |
| 224.3 | Dopamine receptor agonists mediate neuroprotection in | malonate-induced striatal lesion in the rat |
| 012.22 | Presence of dopamine D1 and D2 receptors subtypes in the | mammal ependyma |
| 079.2 | ular characterization of a specific thiamine triphosphatase from | mammalian brain |
| 170.1 | Adult neurogenesis in the | mammalian brain |
| 063.3 | Neuronal connexins in | mammalian brain: expression patterns and functional implications |
| 143.1 | line receptors by heterologous expression of subunit chimeras in | mammalian cell lines |
| 179.1 | A microstructured glass chip for whole-cell recordings from | mammalian cells |
| 038.14 | Emx2 regulates the proliferation of stem cells of the adult | mammalian central nervous system |
| 220.16 | CNQ channel blockade causes OHC degeneration and deafness in the | mammalian cochlea |
| 111.1 | Glycine receptors in a subpopulation of | mammalian cone photoreceptors |
| 220.15 | Two-pore-domain potassium channels in | mammalian inner ear |
| 043.5 | Developmental locus coeruleus autoreceptors in a | mammalian model of imprinting |
| 027.2 | Imaging the functional architecture of the | mammalian olfactory bulb |
| 046.7 | The | mammalian PtdIns(3, 4, 5) P3/Ins(1, 3, 4, 5) P4-binding proteins p42IP4 and |
| 063.2 | s of electrical synapses between AII (rod) amacrine cells in the | mammalian retina |
| 017.23 | NMDA receptors are important for normal development of the | mammalian retina |
| 114.4 | Somatostatin function in the | mammalian retina |
| 085.8 | Expression of | mammalian Sir2-like genes in neuronal cells |
| 089.12 | relin receptor protein in central and enteric nervous tissues of | mammalian species |
| 080.26 | Cellular mechanisms for the development of absence seizures in | mammals |
| 017.10 | Defining nocturnality and diurnality in | mammals |
| 093.7 | ity is not essential for respiratory rhythm maintenance in adult | mammals |
| 208.20 | Olfactory ensheathing glia cultured from adult | mammals: senescence and associated phenotypic changes |
| 216.8 | herg transfected membranes as a predictor of qt prolongation in | man |
| 184.13 | pontaneous and noise-induced changes of otoacoustic emissions in | man |
| 226.27 | Innate immune response following cerebral ischemia in | man |
| 052.5 | nd cop sway changes induced by caloric vestibular stimulation in | man |
| 108.5 | attentional modulation of the prepulse on prepulse inhibition in | man |
| 093.4 | ptive fibres travelling through the median nerve (MED) in normal | man |
| 027.3 | Neuroimaging of the olfactory system in | man using MEG and fMRI: comparison of brain activity induced by sensation a |
| 240.6 | Computer modelling of spinal cord stimulation for the | management of chronic pain: analysis of present drawbacks and solutions |
| 228.5 | by stage specific activity patterns during the metamorphosis of | Manduca sexta |
| 109.11 | e song control nuclei of female starlings analysed with repeated | manganese enhanced MRI measurements |
| 184.19 | Manganese enhanced MRI reveals functional changes in the song system of can | |
| 122.1 | activity induced by amphetamine and chlordiazepoxide, a model of | mania in rodents |
| 166.2 | Use of vision and eye movements in control of dexterous | manipulation |
| 213.10 | Social | manipulation of female Mongolian gerbils: effects of fluoxetine on behaviou |
| 038.13 | Genetic | manipulation of neural precursors to study the role of the highly polysialy |
| 112.1 | Genetic | manipulation of post-synaptic density-95 protein in the mouse |
| 142.9 | oice serial reaction time task: Effect of age, pre-feeding, task | manipulation, and psychostimulants |
| 219.3 | in circuitry re-organization in response to external and genetic | manipulations |
| 159.8 | Visually guided | manual tracking movements during reversible inactivation of area MT in rhes |
| 041.29 | Inexpensive computer-aided | manufacturing used to design and fabricate multi-site electrode microdrives |
| 110.6 | Aggressive and social behavior in | MAO A-knockout mice |
| 224.8 | pirlindole and dehydropirlindole, two monoamine oxidase type A ( | MAO-A) inhibitors, against two types of oxidative insult in brain cell cult |
| 007.23 | is modulated by serotonin (5HT) : study in monoamine oxydase A ( | MAOA) knockout and MAOA/5HT1B receptor double-knockout mice |
| 007.23 | rotonin (5HT) : study in monoamine oxydase A (MAOA) knockout and | MAOA/5HT1B receptor double-knockout mice |
| 051.21 | n the adult cat induces plastic changes in the callosal cortical | map |
| 030.1 | Ephrins and the patterning of the cortical somatosensory | map |
| 172.1 | synapse-enriched adhesion molecule neuroplastin 65 activates p38 | MAP kinase |
| 072.11 | Activation of the | map kinase (ERK1/2) signaling pathway by cyclic AMP improves the neuroprote |
| 086.13 | ERK | MAP kinase activation and substance P release in the superficial mouse dors |
| 079.10 | Different roles of PI3-kinase and | MAP kinase activities in the survival of immature hippocampal neurons in vi |
| 120.2 | 126 induces apoptosis in sh-sy5y neuroblastoma cell, role of p38 | map kinase and caspase-3 |
| 024.16 | Circadian activation of | MAP kinase in the rat pineal gland is not driven by the rhythm of norepinep |
| 148.18 | Beta-amyloid, glutamate and p38 | map kinase interactions in fibroblasts from alzheimer patients |
| 072.1 | Selective activation of | map kinase pathway during Sema3a signaling |
| 107.2 | Activation of the | MAP kinase pathway is necessary for the consolidation and reconsolidation o |
| 117.12 | Activation of | map kinases (erks, jnks, p38) in the olfactory epithelium during the neuron |
| 147.6 | Heterogeneous synaptic covering and its relation to dynamic | map of the current transfer effectiveness of the dendritic arborization : a |
| 069.17 | A gene expression | map of the mouse brain |
| 158.13 | Effects of nursing-related stimulation on somatotopic | map remodeling induced by a skin pedicle flap rotation |
| 127.1 | A prerequisite to cortical | map reorganizations in adult cortex: learning-induced receptive field plast |
| 105.6 | MPP+ and staurosporine effects on alpha-synuclein expression and | MAPK family activation in the SH-SY5Y neuroblastoma cell line |
| 206.6 | tokine leukemia inhibitory factor, LIF, on activation of p42/p44 | MAPK in visual cortex |
| 188.10 | Borna disease virus infection of neurons interferes with | MAPK signaling, neurotrophin responsiveness and neuroplasticity |
| 112.14 | SynGAP regulates | MAPK signaling, synaptic plasticity and learning in a multiprotein complex |
| 089.10 | Roles of | MAPKinases ERK1/2 and GTP-binding proteins Ras in mediating VIP neuropeptid |
| 041.21 | patial orientation in the Morris navigation task analysed by QTL | mapping |
| 243.7 | Caged glutamate photolysis as a tool for | mapping functional connectivity in brain slice preparations |
| 027.1 | Mapping glomerular interactions in the honeybee antennal lobe | |
| 106.8 | QTL | mapping implicates G protein signalling as candidate pathway influencing an |
| 220.5 | Auditory spatial | mapping in the deep layers of the superior colliculus of the neonatally enu |
| 074.16 | Mapping musical invention in the brain | |
| 126.13 | Electrophysiological | mapping of eyeblink microzones in rabbit |
| 184.7 | Mapping of mouse auditory neurons from the isofrequency layer of the centra | |
| 021.24 | Mapping of the swallowing muscles on motor cortex by transcranial magnetic | |
| 120.4 | Mapping prion protein expression in mouse brain | |
| 226.18 | of blood lead concentration on EEG and brain electrical activity | mapping results in children |
| 184.18 | Auditory evoked-potential | mappings unravel functional organizations of rat auditory cortex; both the |
| 112.4 | related proteins, neuropeptides and glial proteins in the spinal | marginal nuclei of the pigeon |
| 173.11 | prosencephalic alpha 2 noredrenergic receptors in hermaphrodite | marine teleost species (pargus pagrus) |
| 087.10 | Interneuron | marker and transcription factor gene expression assessed by microarray anal |
| 022.2 | Lymphocyte cholinergic system: a | marker of brain cholinergic pathways |
| 004.7 | BM88 is a | marker of proliferating cells that will differentiate into the neuronal lin |
| 150.11 | porary middle cerebral artery occlusion (tMCAo) in the baboon: a | marker of selective neuronal loss |
| 091.14 | Calbindine as a | marker of the associative territories of the striatopallidonigral complex a |
| 087.2 | Marker-assisted selection of a neurobehavioral trait related to behavioral | |
| 222.25 | tion between nicotinic receptor expression and neuropathological | markers |
| 021.2 | T2 or GLUT4 in the brain combined with that of glial or neuronal | markers |
| 094.4 | macogenetics of schizophrenia: the missing link between clinical | markers and pharmacological response |
| 120.11 | study of pathological prion protein with other neuropathological | markers in a French Bovine Spongiform Encephalopathy (BSE) case |
| 008.9 | Neurotrophic factors related | markers investigated in the Vienna-Transdanube-Aging "VITA" project: The ro |
| 189.4 | Early | markers of brain damage in a rat model of hypoxic/ischemic encephalopathy: |
| 192.2 | Differential induction of immediate early gene | markers of cellular activation in response to acute, repeated and chronic c |
| 032.4 | Markers of excitotoxicity in human cell models | |
| 222.10 | Peripheral | markers of inflammation in Alzheimer's disease and mild cognitive impairmen |
| 124.29 | cortical inference by acetylcholine, as illustrated by a hidden | Markov model of its contextual uncertainty-based mediation of top-down and |
| 007.11 | VEGF neuronal production in the developing visual system of the | marmoset monkey |
| 209.11 | Orientation discrimination in the | marmoset: behavioural discrimination and neural selectivity |
| 142.1 | Social status in common | marmosets (Callithrix jacchus jacchus) is related to cortisol levels |
| 140.5 | Transplantation of autologous bone | marrow stromal cells into a cortical lesion |
| 004.14 | Inner ear efferences are affected in | Mash1 deficient mice |
| 103.15 | Expression and function of | Mash1 proneural gene in the adult brain |
| 136.1 | Visual | masking and consciousness : Investigations with functional neuroimaging |
| 010.3 | blocks its degradation via the ubiquitin-proteasome pathway, by | masking the C-terminal hydrophobic peptide |
| 172.34 | proteins using fluorescent 2D difference gel electrophoresis and | mass spectrometry |
| 185.6 | y obtained by electrophysiology linked to gas chromatography and | mass-spectrometry |
| 093.4 | Modulation of | masseter exteroceptive suppression (ES) by the activation of non-nociceptiv |
| 058.7 | A comparative neurotracing study on the | masseter labeled motoneurons in young and aged rats |
| 093.9 | Masseter muscle voluntary activity is modulated by non-painful electrical s | |
| 050.22 | Thalamic | mast cells and pharmacological stress: a role in the sense of ill-being |
| 205.10 | Vascular parameters and | mast cells in the developing dorsal and ventral lateral geniculate nuclei o |
| 129.3 | Phox2b, a | master developmental gene of the noradrenergic phenotype and of the autonom |
| 193.18 | Unconstrained reaching and orientation | matching in 3-space: model and experiments |
| 107.20 | es a delay-dependent impairment of spatial memory in a watermaze | matching-to-place task |
| 073.15 | teratogenic effects of environmental prenatal stress on induced | maternal behavior |
| 043.6 | Maternal behavior in mice is altered by exposure to low doses of estrogenic | |
| 160.2 | Methylphenidate hydrochloride (Ritalin) inhibits pup-induced | maternal behavior in virgin female CD-1 albino mice |
| 117.10 | Brain structures involved in the establishment of | maternal behaviour and olfactory young recognition by parturient ewes: a Fo |
| 031.3 | Brain plasticity and the | maternal bond |
| 031.1 | Morphological neuronal and glial plasticity in the | maternal brain |
| 073.6 | Maternal chronic ultra mild stress increases neonatal brain damage vulnerab | |
| 088.7 | Maternal deprivation induces stress system dysregulation in later life | |
| 033.4 | Maternal deprivation led to a hypersensitivity to the reinforcing and rewar | |
| 088.21 | The effects of | maternal deprivation on the hypothalamus-pituitary-adrenal (HPA) system in |
| 076.1 | Postnatal | maternal deprivation produces long-lasting modifications of the rat stress |
| 180.8 | Early | maternal deprivation reduces the expression of BDNF and NMDA receptor subun |
| 212.2 | Repeated | maternal deprivations in the developing rodent: medium- and long-term effec |
| 073.1 | Maternal hypothyroidism induced for over three days in rats at the beginnin | |
| 073.16 | Maternal low-level cadmium (Cd) administration: effects on monoaminergic, g | |
| 154.15 | Maternal separation of neonate rats causes altered expression of neuropepti | |
| 088.13 | Perinatal | maternal undernutrition induced-disturbances of the hypothalamo-pituitary a |
| 150.24 | Ischemia inhibits signal transduction from extracellular | matrix |
| 201.4 | Extracellular | matrix and diffusion barriers in the central nervous system: role in extras |
| 039.11 | Nuclear | matrix association of short-dystrophins (Dp71 isoforms) and their dystrophi |
| 201.2 | Glial-derived extracellular | matrix in neural pattern formation and regeneration |
| 138.19 | Semaphorin 3A regulates cortical axon and dendrite | matrix metalloprotease (MMP) - dependent outgrowth |
| 225.16 | Induction of | matrix metalloproteinase 9 (MMP-9) and tissue inhibitor of matrix metallopr |
| 188.9 | virus type-1 Tat protein stimulates the microglial production of | matrix metalloproteinase-9 |
| 152.4 | Measurement of the pro and active forms of | matrix metalloproteinase-9 (MMP9) in serum of patients with amyotrophic lat |
| 201.1 | Extracellular | matrix molecules and synaptic plasticity |
| 038.9 | neuronal precursors: evaluation of the function of extracellular | matrix molecules tenascin-C and tenascin-R |
| 056.11 | ter acute or chronic suppression of dopamine transmission in the | matrix of the rat striatum |
| 144.6 | n of "Sushi" domain of GABA-B-R1a subunit with the extracellular | matrix protein, Fibulin |
| 082.3 | Functional consequences of the deficiency in extracellular | matrix proteoglycans brevican and neurocan in the mouse brain |
| 156.17 | orphological characteristics of neurons in the intermediate gray | matter (laminae V-VII) of the neonatal rat lumbar spinal cord in vitro |
| 011.5 | in GABA-A receptor subunit expression in the periaqueductal grey | matter during the oestrus cycle in rats - relationship to panic behaviour |
| 183.13 | ous excitatory inputs from the ventrolateral periaqueductal gray | matter to neurons responding to somatosensory stimuli in the rostral ventro |
| 172.26 | Role of somatostatin in retinal | maturation |
| 072.10 | mental climbing fibre plasticity to the end of normal cerebellar | maturation |
| 151.6 | for studying pathological Tau protein: the Xenopus laevis oocyte | maturation |
| 036.4 | Maturation analysis of newly generated neurons in the adult olfactory bulb | |
| 137.16 | Brain | maturation and early experience in cuttlefish (Sepia officinalis) |
| 172.11 | or localized at the neuromuscular junction mediates AChR cluster | maturation and synapse elimination process in the neonatal rat |
| 175.20 | Altered | maturation of central catecholaminergic areas and impaired behaviour follow |
| 202.1 | pal LTP: BDNF enhances quantal release, docked vesicles, and the | maturation of dendritic spines in CA1 pyramidal neurons |
| 081.5 | Requirement of agrin in the | maturation of excitatory postsynaptic currents in adrenal chromaffin cells |
| 146.10 | Contribution of neurosteroids to the | maturation of GABA/Glycine cosynapses in the spinal nociceptive system |
| 237.2 | Maturation of GABAergic circuits and critical period plasticity in visual c | |
| 165.2 | The early | maturation of GABAergic signaling in the embryonic neocortex, including rad |
| 172.23 | Postnatal | maturation of GABAergic synaptogenesis in the rat hippocampus |
| 174.5 | A new behavioral paradigm to study the development and | maturation of memory systems in macaque monkeys (Macaca mulatta) |
| 217.3 | on of the vesicular inhibitory amino acid transporter during the | maturation of neurons |
| 055.10 | Maturation of preprosomatostatin in protein convertase 2 knock out mouse co | |
| 228.11 | Morphological and functional | maturation of skeletal muscle governed by juvenile hormone |
| 207.1 | 5-HT descending inputs control the | maturation of the GABAergic neuronal population in the mouse spinal cord |
| 015.12 | Maturation of the glutamatergic synapses between inner hair cells and audit | |
| 146.8 | Motoneuron excitatory input influences gephyrin cluster size | maturation on Renshaw cells |
| 207.13 | oxia disrupt the development of normal gait at the time of motor | maturation: a rodent model of Cerebral Palsy |
| 146.27 | Dynamics of spontaneous activity in | mature hippocampal neural networks |
| 188.4 | lar stores is necessary but not sufficient to promote release of | mature interleukin-1b (IL-1b) from murine macrophages and microglia |
| 207.10 | Progesterone receptor expression in the | maturing mouse nigrostriatal system: implication for a developmental role o |
| 123.2 | tor and transporter control of forebrain catecholamine efflux in | Maudsley reactive (MR) and non-reactive (MNRA) rats |
| 042.1 | Maudsley reactive (MR) and non-reactive (MNRA) rats display behavioural con | |
| 126.14 | Spike-sorting with the stochastic expectation | maximization algorithm: an automatic method able to treat non-stationary sp |
| 175.4 | onist impaired short- and long-term episodic memory in the water | maze |
| 211.1 | COUMATE induce anxiolytic-like effects in CBA/H mice in the plus | maze |
| 107.25 | f pirenzepine in rats disrupt retention performance in the water | maze |
| 040.3 | dorsal or ventral hippocampal lesions using the olfactory tubing | maze |
| 209.16 | ha2 knockout mice exhibit deficit in place navigation in water a | maze |
| 168.1 | y of chromosome 17 show cognitive impairment in the Morris water | maze |
| 040.2 | Procedural strategies in the morris water | maze |
| 175.23 | Variability in water | maze learning in relation to hippocampal NMDA-receptor subunit expression, |
| 042.1 | ioural contrasts on exposure to an open field, the elevated plus | maze or the light-dark shuttle box |
| 141.8 | ions in rats on spontaneous object recognition and spatial water | maze performance |
| 141.5 | ficit of apolipoprotein E knockout mice as assessed by the water | maze task |
| 107.5 | but not consolidation in the hippocampal-dependent Morris water | maze task |
| 211.10 | atial and non-spatial information processing in the Morris water | maze task, in mice |
| 154.12 | nditioned escape responses in the unstable elevated exposed plus | maze, a novel model of extreme anxiety |
| 142.11 | A novel test to study place preference in the water | maze: effect of cannabinoids and the anxiolytic diazepam |
| 209.17 | nonspatial discrimination in mice as assessed in a radial water | maze: role of the hippocampus in behavioural flexibility |
| 037.4 | Inducible and reversible dysmyelination in | MBP-TK mice |
| 147.8 | Melanin concentrating hormone ( | MCH) inhibits GABA and glutamate evoked currents in mouse hippocampal neuro |
| 008.4 | strates of episodic memory deficit in mild cognitive impairment ( | MCI) using voxel-based-morphometry (VBM) |
| 157.15 | Expression of monocarboxylic acid transporters ( | MCT) in brain cells: implication for branched chain alpha-ketoacids transpo |
| 037.2 | changes in immunocytochemical expression of lactate transporters | MCT1 and MCT2 in the embryonic and postnatal rat cerebral cortex |
| 037.2 | n immunocytochemical expression of lactate transporters MCT1 and | MCT2 in the embryonic and postnatal rat cerebral cortex |
| 157.20 | MCT2 is a major neuronal monocarboxylate transporter in the adult mouse bra | |
| 008.29 | The role of the mediodorsal thalamic nucleus ( | MD) in mediating two distinct processes of recognition memory: recollection |
| 153.14 | vioural responses induced by acute and chronic administration of | MDMA ("ecstasy") in mice |
| 153.16 | Importance of the activation of ERK in the establishment of | MDMA addiction in mice |
| 153.18 | No neurotoxic effect of | MDMA on organotypic hippocampal cultures |
| 153.6 | eurochemical consequences of 3, 4-methylenedioxymethamphetamine ( | MDMA, ecstasy) administration in Fischer 344 rats |
| 152.3 | s target organs: a study on wild-type and genetically distrophic | mdx/mdx mice |
| 143.3 | on of nicotinic acetylcholine receptor subtypes in wild-type and | mdx/mdx mouse superior cervical ganglion |
| 243.2 | on of spike and LFP signals recorded with microelectrode arrays ( | MEA) |
| 057.7 | A single fat | meal induces durable alterations on circulating insulin and leptin levels a |
| 074.14 | Dopamine, paranormal ideation, and the detection of | meaningful stimuli |
| 147.15 | Monitoring of hepatic encephalopathy by | means of activity pattern changes in neuronal networks on microelectrode ar |
| 009.8 | Spatial working memory: how to | measure accuracy of performance |
| 182.14 | e stress in glial cultures: DAF-2 fluorescence used as a tool to | measure peroxynitrite rather than nitric oxide |
| 109.11 | f female starlings analysed with repeated manganese enhanced MRI | measurements |
| 078.17 | determined using fluorescence resonance energy transfer-derived | measurements of membrane potential |
| 078.14 | Fret | measurements to characterise the effects of modulators on beta1-containing |
| 049.6 | channel blocker-type nicotinic acetylcholine receptor antagonist | mecamylamine on the striatal dopamine uptake |
| 071.5 | ll membrane anchors of the actin cytoskeleton and transducers of | mechanical forces during lamellipodia progression |
| 009.9 | Role of cognitive constructs in headache treatment using a | mechanical intervention |
| 050.10 | ropathy induced by vincristine in rats: Effect of venlafaxine on | mechanical nociception and spinal cord nociceptive transmission |
| 147.1 | Statistical | mechanics derivation of gain-threshold mechanism in neurons |
| 138.15 | Signal transduction | mechanism(s) of extracellular guanosine 5-triphosphate in PC12 cells |
| 178.1 | Distribution of the neuronal cannabinoid receptor in the | medaka brain : clues to the organisation of the fish telencephalon |
| 017.27 | d apoptosis in the optic lobes of young and adult mutants of the | medfly Ceratitis capitata |
| 089.19 | Afferent connections of the olfactory | medial amygdala in the frog |
| 057.13 | The gene expression of the NPY-Y1 receptor in the | medial amygdala of transgenic mice is modulated during pregnancy or after d |
| 154.11 | on of responses to intraoperative electrical stimulations in the | medial and lateral thalamus in patients suffering from Parkinson`s disease, |
| 146.1 | Gamma oscillations induced by tonic excitation in the | medial entorhinal cortex in vitro |
| 040.14 | Activity in | medial frontal cortex during odour discrimination learning in the rat: Neur |
| 041.9 | Neuronal responses to odours in olfactory cortex and | medial frontal cortex in the anesthetised rat |
| 184.17 | Processing of simple and complex sounds in the | medial geniculate body of the guinea pig |
| 075.19 | ncephalon and spatial memory in goldfish: effects of lateral and | medial pallium lesions in an open-field task |
| 118.14 | Lateral and | medial perforant pathway fibers make synaptic contacts with subicular neuro |
| 106.16 | Neuronal activity in the | medial prefrontal cortex and locus coeruleus during go-nogo odour discrimin |
| 045.17 | zapine on in vivo release of neurotensin in ventral striatum and | medial prefrontal cortex and on neurotensin concentrations in rat brain reg |
| 075.10 | Involvement of the | medial prefrontal cortex and the dorsal striatum in cued and free retrieval |
| 153.19 | Comparison of dopamine function in the nucleus accumbens and | medial prefrontal cortex during long-term self-administration of d-amphetam |
| 042.21 | The significance of dopamine transmission in the rat | medial prefrontal cortex for conditioned fear |
| 209.14 | Effects of reversal learning on dopamine efflux in the | medial prefrontal cortex measured with microdialysis |
| 212.7 | ct evoked by clozapine and E-5842, a sigma-1 receptor ligand, on | medial prefrontal cortex neurons |
| 078.2 | iogenic and mimics the increased dopaminergic metabolism seen in | medial prefrontal cortex of immobilised rats |
| 043.3 | Effects of neonatal lesions of the rat | medial prefrontal cortex on delayed alternation performance and sensorimoto |
| 190.1 | Loss of | medial prefrontal cortical GABA-B but not GABA-A receptor mediated inhibiti |
| 024.7 | In vivo recording and reconstruction of GABAergic | medial septal neurons with theta-related firing |
| 024.20 | containing glutamate / aspartate as neurotransmitter in the rat | medial septal-diagonal band complex projecting to the hippocampus, the supr |
| 146.6 | nate induced theta-frequency oscillatory network activity in the | medial septum / diagonal band complex |
| 206.15 | ion of p21ras increases the number of cholinergic neurons in the | medial septum during development, but it does not rescue the cholinergic ph |
| 148.11 | Dose-effects and progression of the AMPA-induced lesion of the | medial septum in the rat |
| 232.1 | Reciprocal GABAergic connections between the hippocampus and the | medial septum: implications for theta activity |
| 100.1 | hanging point of view in patients with unilateral lesions to the | medial temporal lobe |
| 187.1 | Early prediction of seizure onset in patients affected by | medial temporal lobe epilepsy |
| 092.5 | Influence of melatonin on | medial vestibular neurone activity in vitro |
| 092.3 | c glutamate receptors control basal glutamate release in the rat | medial vestibular nuclei |
| 092.6 | effects of gap junction blockers on the spontaneous activity of | medial vestibular nucleus neurones before and after unilateral labyrinthect |