Chris N G Anderson

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Characterization of the composition of the postsynaptic proteome (PSP) provides a framework for understanding the overall organization and function of the synapse in normal and pathological conditions. We have identified 698 proteins from the postsynaptic terminal of mouse CNS synapses using a series of purification strategies and analysis by liquid(More)
Global biological datasets generated by genomics, transcriptomics, and proteomics provide new approaches to understanding the relationship between the genome and the synapse. Combined transcriptome analysis and multielectrode recordings of neuronal network activity were used in mouse embryonic primary neuronal cultures to examine synapse formation and(More)
The cellular complexity of the brain (some estimate that there are up to 10(3) different cell types) is exceeded by the synaptic complexity, with each of the approximately 10(11) neurons in the brain having around 10(3)-10(4) synapses. Proteomic studies of the synapse have revealed that the postsynaptic density is the most complex multiprotein structure yet(More)
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