05570nam a2200325Ia 450000100070000000500170000700800410002401000170006502000180008202000150010003500240011504000490013904200140018805000240020208200150022624502450024126400480048626400110053430000850054533700130063033800150064352008610065850400510151950534960157065000420506665000370510865000240514570000380516970000370520733006920160527192938.0140606s2014    ne af  frb    001 0 eng d  a  2014395457  a9780124158047  a0124158048  a(OCoLC)ocn861211351  aBTCTAbengcBTCTAerdadYDXCPdFDAdOBEdDLC  alccopycat00aQP363.3b.N478 201400a611/.822300aNeuronal networks in brain function, CNS disorders, and therapeuticscedited by Carl L. Faingold, Southern Illinois University School of medicine, springfield, IL, USA, Hal Blumenfeld, Yale University School of Medicine, New Haven, CT, USA. 1aAmsterdambElsevierbAcademic Pressc[2014] 4c©2014  axiv, 497 pages, 24 unnumbered pages of platesbillustrations (some color)c29 cm  2rdamedia  2rdacarrier  a"How the brain accomplishes many of its more complex tasks can only be properly understood via the study of neuronal network control mechanisms and the interactions among networks. Large networks are able to undergo major changes, resulting in substantial alterations of brain function, affecting everything from learning to the potential for epilepsy and other CNS disorders ... the volume serves to advance the understanding of how the brain carries out important tasks via networks, how these networks interact in normal brain function, major mechanisms that control network activity, and the interaction of the normal networks to produce more complex behaviors. The chapters also show how brain disorders can result from adnormal network interactions, and how therapy of these disorders can be advanced through this network approach."--Page 4 of cover.  aIncludes bibliographical references and index.00tIntroduction to neuronal networks of the brainrCarl L. Faingold, Hal Blumenfeld --tNetwork models of absence seizuresrAlain Destexhe --tFunctional magnetic resonance imaging in epilepsytmethods and applications using awake animalsrCraig F. Ferris, Jeffrey Tenney --tNetwork experimental approachestinactivation, microinjection, neuronal stimulation, and recordingrHua-Jun Feng and Carl L. Faingold --tNetwork experimental approachestex vivo recordingrVictor V. Uteshev --tNetwork imagingrJennifer N. Guo, Hal Blumenfeld --tNetwork control mechanismstcellular inputs, neuroactive substances, and synaptic changesrCarl L. Faingold --tVolume transmission and the Russian-doll organization of brain cell networkstaspects of their integrative actionsrL.F. Agnati, S. Genedani, P.F. Spano, D. Guidolin, K. Fuxe --tElectrophysiological mechanisms of network controltbursting in the brain : from cells to networksrTaufik A. Valiante, Peter L. Carlen --tNetwork control mechanismstcellular milieurVictor V. Uteshev, Alexander G. Gusev, Evgeny A. Sametsky --tNeuronal network mechanismstsex and developmentrAristea S. Galanopoulou, Solomon L. Moshé --tAstrocytic regulation of synapses, neuronal networks, and behaviorrMichael M. Halassa, Marcello D'Ascenzo, Anna Boccaccio, Tommaso Fellin --tThe fear memory networkrGlenn E. Schafe --tOrchestration of the circadian clock network by the suprachiasmatic nucleusrShelley A. Tischkau, Stacey L. Krager --tmTOR signaling in cortical network developmentrTiffany V. Lin, Angelique Bordey --tNetwork control mechanismstsynaptogenesis and epilepsy developmentrKevin Staley, Jonas Dyhrfjeld-Johnsen, Waldemar Swiercz, F. Edward Dudek --tThe brain and spinal cord networks controlling locomotionrLarry M. Jordan, Urszula Sławińska --tThe brainstem respiratory networkrTara G. Bautista, Teresa E. Pitts, Paul M. Pilowsky, Kendall F. Morris --tVisual networkrMoran Furman --tAuditory neuronal networks and chronic tinnitusrThomas J. Brozoski, Carol A. Bauer --tConsciousness and subcortical arousal systemsrJoshua Motelow, Hal Blumenfeld --tNetworks of normal and disordered sleeprPierre-Hervé Luppi, Patrice Fort --tNetworks for the modulation of acute and chronic painrInna Sukhotinsky, Marshall Devor --tNetworks in mood and anxiety disordersrHamada Hamid --tNeuronal networks and therapeutics in neurodegenerative disordersrAmanda-Amrita D. Lakraj, Bahman Jabbari, Duarte G. Machado --tNeuronal networks in epilepsytcomparative audiogenic seizure networksrCarl L. Faingold, Manish Raisinghani, Prosper N'Gouemo --tPhysiological and pathophysiological expansion of neuronal networksrProsper N'Gouemo, Norberto Garcia-Cairasco, Carl L. Faingold --tNeuronal network plasticity and network interactions are critically dependent on conditional multireceptive (CMR) brain regionsrCarl L. Faingold, Awais Riaz, James D. Stittsworth, Jr. --tNeuronal network interactions in the startle reflex, learning mechanisms, and CNS disorders, including sudden unexpected death in epilepsyrCarl L. Faingold, Srinivasan Tupal --tEmergent properties of neuronal networksrCarl L. Faingold --tNeuronal network involvement in stimulation therapies for CNS disordersrCarl L. Faingold, Hua-Jun Feng --tNeuronal network effects of drug therapies for CNS disordersrCarl L. Faingold --tFuture trends in neuronal networkstselective and combined targeting of network hubsrCarl L. Faingold, Hal Blumenfeld. 0aNeural networks (Neurobiology)2Local 0aNervous systemxDiseases.2Local 0aNeuroanatomy2Local1 aFaingold, Carl L.eeditor.2Local1 aBlumenfeld, Hal.eeditor.2Local