[PDF] Top 20 Mechanisms underlying the role of DISC1 in synaptic plasticity

... of DISC1 on synaptic vesicle cycling has also been examined using pHluorin fused to the synaptic vesicle protein vesicular glutamate trans- porter 1 (VGLUT1; Tang et ...acidic synaptic ... See full document

... a role for m any diffe re n t m o le c u le s in the in d u ctio n and m aintenance o f ...neuronal plasticity. It is well placed to play such a role as it m ake s up 1-2% o f total neuronal protein ... See full document

... properties, synaptic plasticity, and dis- ease [12, ...hanced plasticity in the adult auditory cortex ...visual plasticity [14, 59, ...visual plasticity are decreased fol- lowing the ... See full document

... The Dodge-Rahamimoff equation was derived to explain the role of Ca2+ in triggering transmitter release at the frog NMJ (Dodge and Rahamimoff, 1967). The equation provides a useful physiological model of ... See full document

... on synaptic potentials contrasts with the results obtained in the hippocampus, where NA caused a depression of fEPSPs and accelerated the hypoxic depression of synaptic transmission (Pearson and Frenguelli, ... See full document

... the underlying synaptic mecha- nisms as ...decreased synaptic excitation and intact synaptic inhibition, meanwhile Schaffer collateral-CA1 synapses of L100P mice display impaired ... See full document

... the mechanisms underlying changes in reaction norms should be evident, such as changes in hormonal signaling, cis-regulatory elements and alternative splicing (Levis and Pfennig, ...the role of gene ... See full document

... disrupt synaptic plasticity and memory mechan- isms indicates that there may be shared mechanisms across ...leading role at different stages of disease, it probably will be necessary to take ... See full document

... Alzheimer's unwellness (AD) could be a devastating disease characterised by conjunction and somatic cell loss within theold. Compelling proof suggests that soluble amyloid-β amide (Aβ) oligomers induce conjunction loss ... See full document

... in synaptic transmission and plasticity and underlie numerous brain functions, including learning and ...the mechanisms linking changes in glutamate receptor function to changes in behavior remain ... See full document

... critical role in regulating the morphological plasticity of dendritic ...the mechanisms of learning and memory func- ...regulatory role in the morphological occurrence and synaptic ... See full document

... The Central Nervous System (CNS) consists of two types of nerve cells: Neurones and Glial cells. Astrocytes are the main type of glial cells in CNS grey matter. In the grey matter, stellate protoplasmic astrocytes are ... See full document

... Figure 4. Experience-dependent alterations in excitatory synaptic transmission. AMPA receptor-mediated spontaneous miniature excitatory postsynaptic currents (mEPSCs) were recorded in neocortical layer 2/3 ... See full document

... Compensatory plasticity in MS can involve regional re- dedication (for example, the hyper-activation of alternative regions during the active phases of MS) or microstructural modification (for example, ... See full document

... Our results are consistent with reports that indicate inhibitory connections are formed just before or as exci- tatory connections begin to develop [18,19,24,25]. Immunocytochemical examination of glutamate decar- ... See full document

... initially thought to potentiate NMDA receptor-mediated responses has now been identified as an essential co-agonist at NMDA receptors (Johnson & Ascher, 1987; Klecker and Dingledine, 1988). The advent of new NMDA ... See full document

... Effects of fullerenol (5 μ M) exposure on basic synaptic transmission and short-term potentiation in the CA1 area of hippocampus were examined. After incubation with fullerenol for 20 minutes, no significant ... See full document

... A role for nitric oxide and cGMP dependent protein kinase, under the regulation of the NMDAR, in AMPA receptor trafficking and synaptic plasticity has been reported (Rameau et ...of synaptic ... See full document

... MiRNAs can also contribute to disorders involving the onset and development of cancers. MiR-145 expression is signifi- cantly decreased in HCC cell lines and negatively correlated with high levels of insulin receptor ... See full document

... From altered synaptic plasticity to atypical learning: a computational model of Down syndrome.. Learning and memory rely on the adaptation of synaptic connections.[r] ... See full document