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
| A016.9 | y affects skin temperature profiles, type II | A-delta mechano-heat nociceptor response | |
| A047.3 | A1 adenosine receptor activation inhibit | ||
| A051.20 | supraspinal antinociceptive activity of the | A1 adenosine receptor agonist CPA. II. E | |
| A051.18 | supraspinal antinociceptive activity of the | A1 adenosine receptor agonist CPA: effec | |
| A223.12 | A1 adenosine-receptor, cycline-dependent | ||
| A117.2 | A1 and A2B adenosine receptors different | ||
| A186.3 | Modification of adenosine | A1 receptor density in the hippocampus o | |
| A014.16 | tions between GABA-A receptors and adenosine | A1 receptors at the rat hippocampus | |
| A091.7 | Involvement of adenosinergic | A1 systems in the occurrence of respirat | |
| A195.4 | Blockade of | A2A adenosine receptors prevents synapti | |
| A057.2 | Roles of adenosine | A2A and dopamine D2 receptors interactio | |
| A102.4 | Interaction between adenosine | A2A and glutamate mGlu5 receptors: impli | |
| A186.12 | Functional interaction of adenosine | A2A and glutamate mGluR5 receptors in th | |
| A019.1 | al evidence of a synergism between adenosine | A2A and metabotropic glutamate mGlu5 rec | |
| A223.9 | Increased adenosine | A2A immunoreactivity in activated rat mi | |
| A055.10 | uronal overexpression of the human adenosine | A2A receptor | |
| A009.7 | hippocampal slices is dependent on adenosine | A2A receptor activation | |
| A015.14 | Endogenous adenosine | A2A receptor activation tonically enhanc | |
| A020.29 | ssessment of the neuroprotective activity of | A2A receptor antagonist SCH 58261 in the | |
| A228.8 | Subchronic administration of the adenosine | A2A receptor antagonist SCH58261 is prot | |
| A221.10 | mechanism in the neuroprotective effects of | A2A receptor antagonists | |
| A196.13 | Selective adenosine | A2A receptor antagonists suppress jaw mo | |
| A218.13 | Adenosine | A2A receptor are involved in metabotropi | |
| A146.14 | Hypoxic activation of the adenosine | A2A receptor initiates differentiation i | |
| A186.11 | Cross-talk between adenosine | A2A receptors and nucleoside transporter | |
| A020.24 | disease transgenic mice. Selective adenosine | A2A receptors antagonist reduces glutama | |
| A023.11 | Blockade of adenosine | A2A receptors attenuates inflammatory re | |
| A009.11 | Activation of adenosine | A2A receptors coupled to cyclic AMP path | |
| A186.1 | ferent subsynaptic distribution of adenosine | A2A receptors in the hippocampus and str | |
| A186.2 | Genetic inactivation of adenosine | A2A receptors reduces the expression and | |
| A118.1 | -acetylcholine release mediated by adenosine | A2A-receptors in rat myenteric motoneuro | |
| A117.2 | A1 and | A2B adenosine receptors differentially m | |
| A228.14 | Blocking of | A3 adenosine receptors induces significa | |
| A091.3 | A5 neurons modulate the cardiovascular r | ||
| A006.20 | Chondroitinase | ABC promotes recovery from long term mon | |
| A195.20 | Nutritional control of | Abcd2 gene expression: implications for | |
| A213.4 | Target dependence of | abducens internuclear neurons during ear | |
| A073.15 | The physiological response of axotomized cat | abducens motoneurons to neurotrophin-3 | |
| A159.5 | Multiple | ABeta effects on the Azheimer´s amyloid | |
| A195.24 | nts and control subjects after glutamate and | Abeta exposure | |
| A159.25 | c-Rel is involved in neuroprotection against | Abeta toxicity elicited by stimulation o | |
| A125.1 | nal apoptosis induced by the amyloid peptide | Abeta(25-35) | |
| A195.14 | ioural characterization of rats treated with | Abeta1-40 and Dexamethasone | |
| A021.3 | Abeta42 accumulation in late endosomes/m | ||
| A021.15 | ronal loss and abundant N-terminal truncated | Abeta42 peptides in a novel transgenic m | |
| A182.14 | f individual differences in spatial learning | abilities | |
| A054.14 | lamic nucleus in response to striatal target | ablation | |
| A042.10 | elay vs trace conditioning following pallium | ablation in goldfish | |
| A010.1 | Selective | ablation of the GABAa receptor gamma-2 s | |
| A088.3 | icrostructure in mice is affected by genetic | ablation of vitamin D receptors | |
| A232.1 | receptor blockade and schizophrenia-related | abnormalities | |
| A233.1 | White and gray matter | abnormalities in ADHD: an optimized voxe | |
| A020.30 | Abnormality of synaptic transmission mac | ||
| A024.10 | n channel expression in a rat model of human | absence epilepsy | |
| A197.14 | eta3 subunit gene in patients with childhood | absence epilepsy | |
| A006.8 | ubpopulation of cortical interneurons in the | absence of ionotropic glutamate receptor | |
| A124.16 | uce neuronal degeneration and is inactive in | absence seizure model in immature rats | |
| A124.10 | ayer neocortical cells in a genetic model of | absence seizures | |
| A194.10 | Thermal noise and spectral | absorbance of visual pigments | |
| A078.10 | ynaptic signalling and responses to drugs of | abuse | |
| A150.14 | tant treatment: an attempt to study polydrug | abuse | |
| A217.10 | ing and motor activating effects of drugs of | abuse | |
| A219.6 | r function in a rat model of adolescent MDMA | abuse | |
| A152.6 | otivation for natural reward versus drugs of | abuse in rats | |
| A231.10 | Is PSA-NCAM a marker for opiate | abuse in the human hippocampus | |
| A231.3 | Differential effects of drugs of | abuse on dopamine transmission in the nu | |
| A234.17 | terations in the function and RNA editing of | accumbal serotonin-2C receptors in an an | |
| A120.7 | cal glutamatergic input in the mouse nucleus | accumbens | |
| A232.12 | ion of NMDA receptor currents in the nucleus | accumbens | |
| A115.13 | ophagia induced by leptin in the rat nucleus | accumbens | |
| A057.2 | and synaptic transmission in the rat nucleus | accumbens | |
| A090.11 | r Ca2+ signalling in neurones of the nucleus | accumbens | |
| A111.24 | ation of glucocorticoid receptors in nucleus | accumbens affects on memory processing i | |
| A231.12 | G alpha(12) mRNAs expression in the nucleus | accumbens and extended amygdala of rats | |
| A115.18 | urotensin antagonist SR 48692 in the nucleus | accumbens core | |
| A090.24 | ine, methylphenidate and nicotine by nucleus | accumbens core and medial shell | |
| A112.2 | Lesions of the nucleus | accumbens decrease discounting of delaye | |
| A112.13 | Dopamine in the shell of the nucleus | accumbens directs the degree of freedom | |
| A183.11 | t schedules influence sensitivity to nucleus | accumbens dopamine depletions | |
| A081.2 | lement binding protein (CREB) in the nucleus | accumbens during spatial behavior | |
| A090.20 | Acute and chronic cocaine effects on nucleus | accumbens glutamate and aspartate levels | |
| A077.10 | not D2, receptor stimulation in the nucleus | accumbens improves attentional performan | |
| A231.18 | ferent changes on gene expression of nucleus | accumbens in Lewis and F344 rats | |
| A057.10 | abotropic glutamate receptors in the nucleus | accumbens in rats in vivo | |
| A183.6 | dopamine and glutamate receptors within the | accumbens is necessary for spatial memor | |
| A231.5 | iptamine release in the shell of the nucleus | accumbens of freely moving rats | |
| A056.8 | Stereological study of the nucleus | accumbens of rats exposed to prolonged h | |
| A183.5 | ty and releases acetylcholine in the nucleus | accumbens of the awake rat | |
| A183.1 | the release of acetylcholine in the nucleus | accumbens produced by phencyclidine | |
| A011.14 | agonist, on dopamine release in the nucleus | accumbens shell | |
| A042.4 | l sequelae on dopamine responsiveness in the | accumbens shell and core and in the pref | |
| A231.3 | buse on dopamine transmission in the nucleus | accumbens shell and core of Lewis and Fi | |
| A011.4 | Caffeine and | accumbens shell dopamine transmission | |
| A097.2 | CREB in the nucleus | accumbens: from addiction to the control | |
| A087.13 | Cellular environment facilitates the protein | accumulation in aged rat hippocampus: st | |
| A021.3 | Abeta42 | accumulation in late endosomes/multivesi | |
| A196.22 | Cell loss and alpha-synuclein | accumulation in the substantia nigra of | |
| A131.4 | Enhanced | accuracy of mirror tracing during rTMS-i | |
| A090.6 | Ethanol and | acetaldehyde produce behavioral stimulan | |
| A015.9 | Effects of | acetyl-l-carnitine (ALC) on invertebrate | |
| A159.11 | cal loss of CREB-binding protein and histone | acetylase activity during neurodegenerat | |
| A115.11 | -1 receptor antagonism on memory and in vivo | acetylcholine | |
| A041.14 | growth cone behavior by the neurotransmitter | acetylcholine | |
| A085.16 | ial integration is altered by application of | acetylcholine and by voluntary attention | |
| A088.8 | Acetylcholine and galantamine rescue ear | ||
| A166.5 | cross-talk between presynaptic adenosine and | acetylcholine but not between adenosine | |
| A087.10 | Effects of aging on glutamate, dopamine and | acetylcholine circadian rhythms in stria | |
| A011.8 | treatment of a dopamine uptake inhibitor on | acetylcholine concentrations in the pref | |
| A183.5 | ases spontaneous motor activity and releases | acetylcholine in the nucleus accumbens o | |
| A183.1 | ncrease of motor activity and the release of | acetylcholine in the nucleus accumbens p | |
| A087.15 | the extracellular concentrations of GABA and | acetylcholine in the prefrontal cortex o | |
| A116.4 | Glycine and | acetylcholine modulate the GABAergic tra | |
| A008.12 | The role of | acetylcholine muscarinic receptors in th | |
| A017.16 | Effects of | acetylcholine on orientation tuning in p | |
| A153.16 | Characterization of nicotinic | acetylcholine receptor alpha-subunits in | |
| A021.17 | A functional nicotinic | acetylcholine receptor alpha7 subunit is | |
| A009.4 | A novel mechanism for | acetylcholine receptor clustering via a | |
| A195.25 | Regulatory effects of M1 muscarinic | acetylcholine receptor on Alzheimer´s Di | |
| A153.9 | file of 3 novel allosteric central nicotinic | acetylcholine receptor potentiators | |
| A009.14 | ency and selectivity between human nicotinic | acetylcholine receptor subtypes | |
| A153.11 | Postnatal expression profile of nicotinic | acetylcholine receptor subunit mRNAs in | |
| A194.19 | Distribution of nicotinic | acetylcholine receptor subunits alpha 4 | |
| A006.15 | Muscarinic | acetylcholine receptor-mediated modulati | |
| A153.7 | otent noncompetitive antagonist of nicotinic | acetylcholine receptors | |
| A009.3 | ew molecules to study the neuronal nicotinic | acetylcholine receptors | |
| A009.5 | Synaptic activation of muscarinic | acetylcholine receptors and metabotropic | |
| A048.19 | ce for the presence of presynaptic nicotinic | acetylcholine receptors at the terminal | |
| A090.22 | Down-regulation of rat brain nicotinic | acetylcholine receptors containing the a | |
| A009.6 | Genistein modulates human alpha 7 nicotinic | acetylcholine receptors expressed in Xen | |
| A047.13 | Role of released calcium in inhibition of | acetylcholine receptors in Helix neurone | |
| A119.12 | transmission and its modulation by nicotinic | acetylcholine receptors in neurones arou | |
| A195.21 | ion of the upregulation of alpha 7 nicotinic | acetylcholine receptors in specific brai | |
| A117.3 | ion between ATP (P2) receptors and nicotinic | acetylcholine receptors in the control o | |
| A009.18 | nctional investigation of neuronal nicotinic | acetylcholine receptors in the developin | |
| A009.17 | c acid modulates the properties of nicotinic | acetylcholine receptors transplanted to | |
| A153.3 | serum albumin and contribution of endogenous | acetylcholine release | |
| A012.19 | alcium channels for electrically-evoked [3H] | acetylcholine release from hippocampal s | |
| A153.13 | Acetylcholine release from rat epidermal | ||
| A153.18 | Effect of dietary docosahexaenoic acid on | acetylcholine release process in the rat | |
| A050.13 | s of double labelled vesicular glutamate and | acetylcholine transporter-containig neur | |
| A009.8 | Simultaneous quantification of basal | acetylcholine, monoamines and aminoacids | |
| A230.23 | Regional rat brain | acetylcholinesterase activity after expo | |
| A159.6 | Brain | acetylcholinesterase activity in transge | |
| A230.12 | Effects of the | acetylcholinesterase inhibitor chlorpyri | |
| A195.23 | Acetylcholinesterase inhibitors affect A | ||
| A230.25 | ium neurotoxicity: effects of colestipol and | acetylsalicylic acid | |
| A119.20 | resynaptic GABA release via alpha7 nicotinic | Ach receptors in layer V neocortical pyr | |
| A153.5 | Effects of fast temperature changes on the | ACh-induced current of active and dorman | |
| A162.10 | Mutation in the | AChR ion channel gate underlies a fast c | |
| A230.25 | y: effects of colestipol and acetylsalicylic | acid | |
| A223.13 | Incorporation of exogenous docosahexaenoic | acid (DHA) in membrane phospholipids mod | |
| A150.9 | Effects of gammahydroxybutyric | acid (GHB) on memory tested in the hole- | |
| A078.11 | Effects of gammahydroxybutyric | acid (GHB) on memory tested in the Morri | |
| A110.5 | Comparative study of plasma ascorbic | acid (vitamin C) between normal individu | |
| A148.10 | Is retinoic | acid a determinant of dorsal-ventral pol | |
| A235.1 | Polysialic | acid and plasticity of the nervous syste | |
| A040.12 | ral progenitor differentiation by polysialic | acid and the neural cell adhesion molecu | |
| A010.2 | revealed by immunocytochemistry for glutamic | acid decarboxylase | |
| A145.10 | Valproic | acid differentially affects viability an | |
| A051.15 | The oral administration of retinoic | acid enhances nociceptive withdrawal ref | |
| A125.5 | protect rat hippocampal neurons from kainic | acid excitotoxicity in vivo | |
| A119.14 | Effects of homoquinolinic | acid in the rat hippocampal slice | |
| A078.13 | istration on steady state brain tissue amino | acid levels in the rat | |
| A125.7 | ponse of microglia and neurons to quinolinic | acid mediated cell death | |
| A044.7 | The effects of ascorbic | acid on morphine withdrawal syndrome in | |
| A150.1 | Systemic administration of 3-nitropropionic | acid potentiates memory deficits and hip | |
| A145.13 | Absence of lysophosphatidic | acid receptor LPA1 pathway triggers earl | |
| A214.26 | Retinoic | acid reinforces the expression of erbB3 | |
| A214.20 | Retinoic | acid signal transduction in Schwann cell | |
| A124.13 | Action of vigabatrin on kynurenic | acid synthesis in rat brain | |
| A047.15 | er neurosecretory cells involves arachidonic | acid- and cGMP-dependent intracellular m | |
| A006.22 | Expresssion of polysialic | acid-enriched neural cell adhesion molec | |
| A180.13 | roteins in the adult rat retina after kainic | acid-induced injuries | |
| A112.27 | e provides functional protection from kainic | acid-induced neurodegeneration | |
| A230.1 | otective effects of genistein against kainic | acid-induced rat brain injury | |
| A117.10 | A family of | acid-sensing ion channels (ASICs) from t | |
| A122.2 | siblings: the contributions of TWIK-related | acid-sensitive potassium channels (TASK) | |
| A179.3 | AMP-dependent activation of glial fibrillary | acidic protein gene expression induced b | |
| A056.10 | ects of gonadal hormones on glial fibrillary | acidic protein immunoreactivity in the m | |
| A089.7 | Developmental profile of amino | acids and monoamines levels in the roden | |
| A009.14 | Substitution of amino | acids at position 10 of alpha-conotoxin | |
| A009.9 | Amino | acids involved in coupling of agonist bi | |
| A075.8 | Polyunsaturated fatty | acids of the omega-3 and omega-6 classes | |
| A113.5 | Habituation of the | acoustic and the tactile startle respons | |
| A157.10 | Sound classification using | acoustic features of intermediate comple | |
| A150.4 | ted disruption of prepulse inhibition of the | acoustic startle reflex | |
| A113.7 | Decrease of the | acoustic startle response over several t | |
| A157.4 | ulation of induced gamma oscillations during | acoustic stream segregation: direct reco | |
| A042.1 | Strain specific effects of | acoustic stress on spatial learning and | |
| A226.15 | Responses to | acoustical stimuli in the auditory corte | |
| A052.13 | A new real-time supervisor system for data | acquisition analysis and control of visu | |
| A228.3 | BDNF, CaMKII and CREB are required for | acquisition of tolerance in the hippocam | |
| A081.4 | interactions with synaptic vesicles and the | actin cytoskeleton | |
| A109.9 | Regulation of presynaptic | actin cytoskeleton and synapse formation | |
| A074.14 | Sphingosine-1-phosphate induces | actin cytoskeleton remodeling and inhibi | |
| A132.6 | Profilin 2: linking the | actin cytoskeleton to neural transmissio | |
| A189.5 | Regulation of N-cadherin function by the | actin cytoskeleton: a role of the calciu | |
| A027.2 | Roles of raft regulation in | actin dynamics and neurite extension | |
| A005.10 | activity specifies axonal fate by modulating | actin stability | |
| A189.6 | Activity-dependent localization of the | actin-binding protein profilin I at syna | |
| A090.1 | gene delivery of urokinase-type plasminogen | activator for investigating the function | |
| A160.18 | of Apoptosis (XIAP) and Second Mitochondrial | Activator of Caspases / Direct IAP Bindi | |
| A188.13 | Activity-dependent bidirectional morphol | ||
| A154.18 | Mechanism of | activity-dependent down-regulation of KC | |
| A140.4 | Molecular mechanisms of | activity-dependent modification of synap | |
| A173.3 | Activity-dependent modulation at an audi | ||
| A140.3 | Physiological mechanisms of | activity-dependent plasticity expression | |
| A030.2 | Activity-dependent plasticity of spike t | ||
| A155.3 | Differential | activity-dependent regulation of the lat | |
| A006.11 | Activity-dependent survival of neurons i | ||
| A140.1 | Mechanisms of | activity-dependent synaptogenesis in hip | |
| A006.24 | Activity-dependent synaptogenesis in the | ||
| A233.9 | Acute ammonia intoxication induces an NM | ||
| A090.20 | Acute and chronic cocaine effects on nuc | ||
| A244.2 | Immune-based cell therapy for | acute and chronic neurodegenerative diso | |
| A132.2 | Acute and long-term consequences of 3, 4 | ||
| A109.12 | rm 2 (PMCA2) and synaptic marker proteins in | acute and organotypic rat hippocampal sl | |
| A127.12 | Endocrine and behavioural effects of | acute and repeated oral administration o | |
| A090.23 | Active immobility as an | acute behavioral effect of cocaine: modu | |
| A152.5 | einstatement of ethanol self-administration: | acute effect of naltrexone | |
| A114.2 | Acute effects of SB-269970, a selective | ||
| A160.16 | cs of immune system markers in patients with | acute ischemic stroke | |
| A184.4 | ent short hairpin RNA (shRNA) constructs for | acute knock down of the GluR2 AMPA recep | |
| A121.20 | lcoholic extract of Matricaria Chamomilla on | acute pain in mice | |
| A019.15 | Serum | Acute Phase Proteins (APP) levels in mon | |
| A054.9 | Effect of chronic and | acute stress on glucocorticoid receptor | |
| A165.10 | ized rat’s lumbar spinal cord at rest, after | acute thoracic transection, and upon ele | |
| A051.12 | detomidine does not induce a delayed type of | acute tolerance in rats | |
| A021.14 | e model of Alzheimer’s disease, the anti-NGF | AD11 mice | |
| A021.16 | APP, BACE and | ADAM 10 in pre-clinical Alzheimer's dise | |
| A163.6 | Pituitaries of | Adam and Eve VHP 3-D reconstruction mode | |
| A195.23 | Acetylcholinesterase inhibitors affect | ADAM10 trafficking in cell lines and Alz | |
| A162.2 | l signalling: a metalloprotease-disintegrin, | ADAM8, modulates TNF-alpha signalling in | |
| A044.3 | tro networks to behaving animals: contextual | adaptability in neuronal activity | |
| A194.14 | Automatic | adaptation and information transfer in m | |
| A130.2 | Referent biological | adaptation as a method of rehabilitation | |
| A161.4 | Microvascular | adaptation during the development of exp | |
| A222.25 | Mechanism of spike frequency | adaptation in substantia gelatinosa neur | |
| A044.13 | Identification of genes involved in thermal | adaptation related hypothalamic plastici | |
| A091.9 | pontine areas participate to the respiratory | adaptation to hypoxia without peripheral | |
| A075.12 | re experience induces epigenetic temperature | adaptation: focused on development of po | |
| A077.4 | Birds'behaviour in an | adapted version of the cancellation task | |
| A142.1 | A novel framework for universal | adaptive computation in a cortex model w | |
| A129.3 | Spiking cerebellar model for | adaptive control | |
| A154.11 | xpression and function of signal transducing | adaptor molecule 2 (Stam2) in developing | |
| A102.2 | NMDA receptors mediated by the intracellular | adaptor syndapin/PACSIN 1 | |
| A231.9 | model: a new method to study the anatomy of | addiction | |
| A097.4 | DeltaFosB: a molecular switch for | addiction | |
| A090.26 | vulnerability to the development of alcohol | addiction in rats: neurochemical and beh | |
| A097.2 | CREB in the nucleus accumbens: from | addiction to the control of emotions | |
| A033.1 | Decision-making and | addiction: myopia for the future or hype | |
| A085.4 | 1 Hz) potential oscillations in the main and | additional sites of brain visual sensory | |
| A194.8 | Expression of nicotinamide | adenine dinucleotide phosphate-diaphoras | |
| A196.6 | vity in a Parkinson's disease model based on | adeno-associated-viral-vector mediated o | |
| A201.2 | tion of synaptic actions of neurotrophins by | adenosine | |
| A053.24 | Stimulation of | adenosine A1 and dopamine D1 receptors i | |
| A186.3 | Modification of | adenosine A1 receptor density in the hip | |
| A014.16 | es interactions between GABA-A receptors and | adenosine A1 receptors at the rat hippoc | |
| A057.2 | Roles of | adenosine A2A and dopamine D2 receptors | |
| A102.4 | Interaction between | adenosine A2A and glutamate mGlu5 recept | |
| A186.12 | Functional interaction of | adenosine A2A and glutamate mGluR5 recep | |
| A223.9 | Increased | adenosine A2A immunoreactivity in activa | |
| A055.10 | ts with neuronal overexpression of the human | adenosine A2A receptor | |
| A009.7 | from rat hippocampal slices is dependent on | adenosine A2A receptor activation | |
| A015.14 | Endogenous | adenosine A2A receptor activation tonica | |
| A228.8 | Subchronic administration of the | adenosine A2A receptor antagonist SCH582 | |
| A196.13 | Selective | adenosine A2A receptor antagonists suppr | |
| A218.13 | Adenosine A2A receptor are involved in m | ||
| A146.14 | Hypoxic activation of the | adenosine A2A receptor initiates differe | |
| A186.11 | Cross-talk between | adenosine A2A receptors and nucleoside t | |
| A023.11 | Blockade of | adenosine A2A receptors attenuates infla | |
| A009.11 | Activation of | adenosine A2A receptors coupled to cycli | |
| A068.2 | Selective inactivation of | adenosine A2A receptors in bone marrow-d | |
| A186.1 | Different subsynaptic distribution of | adenosine A2A receptors in the hippocamp | |
| A186.2 | Genetic inactivation of | adenosine A2A receptors reduces the expr | |
| A166.5 | Negative cross-talk between presynaptic | adenosine and acetylcholine but not betw | |
| A192.14 | The antinociceptive interaction of | adenosine and agmatine at the spinal lev | |
| A020.24 | Adenosine and glutamate outflow and mito | ||
| A118.1 | Secreted | adenosine deaminase controls facilitatio | |
| A212.4 | Adenosine enhances the BDNF excitatory a | ||
| A024.6 | Modulation by | adenosine of the sleep-promoting neurons | |
| A047.3 | A1 | adenosine receptor activation inhibits b | |
| A051.20 | praspinal antinociceptive activity of the A1 | adenosine receptor agonist CPA. II. Effe | |
| A051.18 | praspinal antinociceptive activity of the A1 | adenosine receptor agonist CPA: effects | |
| A048.6 | oxia induces a functional desensitisation of | adenosine receptors | |
| A117.2 | A1 and A2B | adenosine receptors differentially modul | |
| A228.14 | Blocking of A3 | adenosine receptors induces significant | |
| A195.4 | Blockade of A2A | adenosine receptors prevents synaptic ap | |
| A160.20 | Purine nucleosides - | adenosine, inosine and guanosine -suppor | |
| A223.12 | A1 | adenosine-receptor, cycline-dependent ki | |
| A091.7 | Involvement of | adenosinergic A1 systems in the occurren | |
| A214.4 | Neuron specific | adenoviral gene therapy for neurotrophin | |
| A179.3 | protein gene expression induced by pituitary | adenylate cyclase activating polypeptide | |
| A179.10 | entiation of astrocytes induced by pituitary | adenylate cyclase-activating polypeptide | |
| A046.12 | eptors for vasoactive intestinal peptide and | adenylate cyclase-activating polypeptide | |
| A109.23 | Localisation and function of | adenylate cylase-1 during development of | |
| A089.9 | Characterization of | adenylyl cyclase type VIII in the parave | |
| A118.11 | erebrocortical nerve endings: involvement of | adenylyl cyclase-protein kinase A pathwa | |
| A156.18 | When | ADH and thirst could not control osmolar | |
| A033.2 | Attention-deficit/hyperactivity disorder ( | ADHD) and decision-making: dysfunction o | |
| A233.1 | White and gray matter abnormalities in | ADHD: an optimized voxel-based morphomet | |
| A155.4 | The neural cell | adhesion molecule (NCAM) mimetic peptide | |
| A006.22 | sion of polysialic acid-enriched neural cell | adhesion molecule (PSA-NCAM) is prerequi | |
| A041.10 | growth factor receptor 1 and the neural cell | adhesion molecule and evidence for a reg | |
| A041.12 | Modulation of the neural cell | adhesion molecule IgI-IgII interaction b | |
| A040.12 | ation by polysialic acid and the neural cell | adhesion molecule NCAM | |
| A214.19 | Expression regulation of the IgSF cell | adhesion molecule neurotractin during de | |
| A211.14 | g expression of polysialylated neuronal cell | adhesion molecule on tangentially migrat | |
| A047.4 | ositol 3-kinase is necessary for neural cell | adhesion molecule-mediated neuronal diff | |
| A041.1 | ession analysis of two novel GPI-linked cell | adhesion molecules | |
| A109.19 | ion of immunoglobin superfamily neuroplastin | adhesion molecules in dissociated primar | |
| A235.2 | Ig-cell | adhesion molecules mimetic peptides as m | |
| A041.5 | sion and function of the F3/contactin axonal | adhesive glycoprotein | |
| A191.12 | Adipocytes in co-culture with dorsal roo | ||
| A051.23 | ents in rats inflamed with complete Freund's | adjuvant | |
| A157.9 | Adjuvant therapy with dexamethasone does | ||
| A090.21 | stress and forced ethanol consumption during | adolescence in female rats: effects of a | |
| A231.1 | ioral and neurochemical vulnerability during | adolescence in mice: studies with nicoti | |
| A217.13 | or stimulant effects induced by bupropion in | adolescent and adult NMRI male mice | |
| A150.7 | ffects of bupropion on emotional behavior in | adolescent and adult NMRI male mice | |
| A090.12 | crine and behavioural response to alcohol in | adolescent male rats | |
| A231.15 | CB1 receptor agonist administration in | adolescent rats induces long-lasting cha | |
| A032.4 | ctivity in human infants, young children and | adolescents | |
| A008.7 | Gifted | adolescents recruit parietal lobe during | |
| A047.11 | Evidence for intracellular | ADP-ribose and cyclic ADP-ribose synthes | |
| A156.2 | The response of infant's | adrenal gland and salt appetite, aldoste | |
| A009.1 | uscarinic M4 receptors in the hippocampus of | adrenalectomized rats | |
| A011.11 | The action of alpha-2 | adrenergic agents on the firing properti | |
| A051.2 | t neuron stimulation is attenuated by a beta | adrenergic agonist | |
| A195.20 | 2 gene expression: implications for X-linked | adrenoleukodystrophy | |
| A006.10 | lar junction stability and remodeling in the | adult | |
| A047.1 | aling pathways in prefrontal cortex of young | adult and aged monkeys | |
| A109.8 | of neuronal calcium sensor-1 (NCS-1) in the | adult and developing rat neuromuscular j | |
| A147.14 | tend axons over long distance within damaged | adult brain | |
| A200.8 | growth factor-i promotes angiogenesis in the | adult brain | |
| A067.2 | lia-independent chains of neuroblasts in the | adult brain parenchyma | |
| A110.7 | Adult CNS neurons reactivate embryonic p | ||
| A020.14 | lyglutamine diseases in drosophila with late | adult death: the sca7 fruit fly | |
| A006.28 | Noradrenergic system plasticity during | adult development and sexual maturation | |
| A208.2 | and axonal branching during regeneration of | adult DRG neurons | |
| A107.13 | stribution following seizure activity in the | adult hippocampus | |
| A089.10 | Altered proliferation in the | adult hippocampus following prenatal str | |
| A145.1 | s neuronal stabilization of granule cells in | adult hippocampus regulate neurogenesis | |
| A165.19 | n of grafted embryonic motoneurones into the | adult host spinal cord: electrophysiolog | |
| A240.1 | ural stem cells in a unique structure of the | adult human brain | |
| A234.15 | Effects of early life stress on | adult male aggression and central vasopr | |
| A090.16 | cocaine-induced behavioral sensitization in | adult male and female mice | |
| A231.2 | 940 on mu-opioid receptor binding levels in | adult male and female rats | |
| A163.13 | onadotropin-releasing hormone neurons of the | adult male rat | |
| A190.17 | Parvalbumin neurons in barrel cortex of | adult mice after short lasting aversive | |
| A196.11 | igral dopaminergic neurons in En1+/-, En2-/- | adult mice: a mouse model for Parkinson’ | |
| A191.21 | ate transporter type 2 in the developing and | adult mouse claustrum | |
| A072.10 | and genetic analysis of neurogenesis in the | adult mouse forebrain | |
| A164.9 | ases anxiety and cannabinoid function in the | adult mouse offspring | |
| A147.11 | Autologous | adult neural progenitor cell transplanta | |
| A038.13 | Doublecortin is a reliable indicator of | adult neurogenesis | |
| A107.8 | Control of | adult neurogenesis by mCD24 | |
| A055.9 | Altered | adult neurogenesis in the hippocampus of | |
| A217.13 | fects induced by bupropion in adolescent and | adult NMRI male mice | |
| A150.7 | pion on emotional behavior in adolescent and | adult NMRI male mice | |
| A049.10 | artate receptors are required for LTD in the | adult perirhinal cortex in vitro | |
| A145.12 | ces neurogenesis in the dentate gyrus of the | adult rat | |
| A155.18 | ein mRNA expression after cortical lesion in | adult rat brain | |
| A048.22 | hibitory neurones in the CA2 subfield of the | adult rat hippocampus | |
| A180.13 | eceptors and calcium-binding proteins in the | adult rat retina after kainic acid-induc | |
| A183.16 | lace preference conditionning to morphine in | adult rats | |
| A051.18 | the in vivo single motor unit preparation of | adult rats | |
| A182.17 | of repeated MK-801 treatment on behavior in | adult rats with neonatal lesions of the | |
| A214.16 | Efficient gene delivery to | adult sensory neurons by electroporation | |
| A006.24 | Activity-dependent synaptogenesis in the | adult supraoptic nucleus in vitro | |
| A109.14 | uclein expression in various human fetal and | adult tissues | |
| A155.1 | amics of receptive field neoformation in the | adult visual cortex after binocular reti | |
| A017.18 | Plasticity of orientation preference maps in | adult visual cortex: is there recovery | |
| A111.14 | gional density of brain insulin receptors in | adult Wistar rats | |
| A147.3 | man umbilical cord blood stem cells into the | adult, intact rat brain |