Computational neuroscience in epilepsy

=001  21692=003  OCoLC=005  20080629065918.0=008  080910s2008    ne a     b    001 0 eng=015  ##$aGBA774756 $2bnb=020  ##$a0123736498 (hbk.)=020  ##$a9780123736499 (hbk.)=040  ##$aUKM $cUKM $dBAKER $dBTCTA $dYDXCP $dOHX $dBWKUK $dBWK $dVET $dHUA=040  ##$aUKM $cUKM $dBAKER $dBTCTA $dYDXCP $dOHX $dBWKUK $dBWK $dVET $dHUA $dOrLoB-B=041  0#$aeng=050  \4$aRC372 $b.C64 2008=082  04$a616.853 $222=092  ##$a616.853 $bC73 S=245  00$aComputational neuroscience in epilepsy / $cedited by Ivan Soltesz and Kevin Staley.=250  ##$a1st ed.=260  ##$aAmsterdam ; $aBoston ; $aLondon : $bAcademic, $c2008=300  ##$axix, 603 p., [23] p. of plates : $bill. (some col.) ; $c29 cm.=504  ##$aIncludes bibliographical references and index.=650  #0$aComputational neuroscience.=650  #0$aEpilepsy $xComputer simulation.=650  #0$aEpilepsy.=650  \2$aComputational Biology.=650  \2$aEpilepsy.=650  \2$aModels, Neurological.=700  1#$aSoltesz, Ivan.=700  1#$aStaley, Kevin.=970  01$tIndex $p587=970  11$lPt. I $tComputational Modeling Techniques and Databases in Epilepsy Research=970  11$lPt. II $tEpilepsy and Altered Network Topology=970  11$lPt. III $tDestabilization of Neuronal Networks=970  11$lPt. IV $tHomeostasis and Epilepsy=970  11$lPt. V $tMechanisms of Synchronization=970  11$lPt. VI $tInterictal to Ictal Transitions=970  11$lPt. VII $tSeizure Dynamics=970  11$lPt. VIII $tTowards Computer-Aided Therapy=970  11$tForeword: Rise of the Machines - On the Threshold of a New Era in Epilepsy Research $cDaniel H. Lowenstein $fLowenstein, Daniel H.=970  11$tIntroduction: Applications and Emerging Concepts of Computational Neuroscience in Epilepsy Research $cIvan Soltesz $fSoltesz, Ivan $cKevin Staley $fStaley, Kevin=970  21$l1 $tSimulation of Large Networks: Technique and Progress $cWilliam W. Lytton $fLytton, William W. $cMark Stewart $fStewart, Mark $cMichael Hines $fHines, Michael $p3=970  21$l10 $tComputer Simulations of Sodium Channel Mutations That Cause Generalized Epilepsy With Febrile Seizures Plus $cJay Spampanato $fSpampanato, Jay $cAlan L. Goldin $fGoldin, Alan L. $p143=970  21$l11 $tGain Modulation and Stability in Neural Networks $cFrances S. Chance $fChance, Frances S. $p155=970  21$l12 $tNeocortical Epileptiform Activity in Neuronal Models With Biophysically Realistic Ion Channels $cWim Van Drongelen $fVan Drongelen, Wim $cAmber Martell $fMartell, Amber $cHyong C. Lee $fLee, Hyong C. $p168=970  21$l13 $tCorticothalamic Feedback: A Key to Explain Absence Seizures $cAlain Destexhe $fDestexhe, Alain $p184=970  21$l14 $tMechanisms of Graded Persistent Activity: Implications for Epilepsy $cErik Fransen $fFransen, Erik $p215=970  21$l15 $tSmall Networks, Large Networks, Experiment and Theory - Can We Bring Them Together With Oscillations, Heterogeneity and Inhibition? $cFrances K. Skinner $fSkinner, Frances K. $cErnest Ho $fHo, Ernest $p232=970  21$l16 $tStability and Plasticity in Neuronal and Network Dynamics $cAstrid A. Prinz $fPrinz, Astrid A. $p247=970  21$l17 $tHomeostatic Plasticity and Post-Traumatic Epileptogenesis $cMaxim Bazhenov $fBazhenov, Maxim $cArthur R. Houweling $fHouweling, Arthur R. $cIgor Timofeev $fTimofeev, Igor $cTerrence J. Sejnowski $fSejnowski, Terrence J. $p259=970  21$l18 $tSynchronization in Hybrid Neuronal Networks $cJohn A. White $fWhite, John A. $cTheoden I. Netoff $fNetoff, Theoden I. $p281=970  21$l19 $tComplex Synaptic Dynamics of Gabaergic Networks of the Hippocampus $cGianmaria Maccaferri $fMaccaferri, Gianmaria $p288=970  21$l2 $tThe Neuron Simulation Environment in Epilepsy Research $cN. T. Carnevale $fCarnevale, N. T. $cMichael Hines $fHines, Michael $p18=970  21$l20 $tExperimental and Theoretical Analyses of Synchrony in Feedforward Networks $cAlex. D. Reyes $fReyes, Alex. D. $p304=970  21$l21 $tModulation of Synchrony by Interneurons: Insights from Attentional Modulation of Responses in the Visual Cortex $cPaul H. E. Tiesinga $fTiesinga, Paul H. E. $cCalin I. Buia $fBuia, Calin I. $p317=970  21$l22 $tCellular and Network Mechanisms of Oscillations Preceding and Perhaps Initiating Epileptic Discharges $cRoger D. Traub $fTraub, Roger D. $cDiego Contreras $fContreras, Diego $cMiles A. Whittington $fWhittington, Miles A. $p335=970  21$l23 $tTransition to Ictal Activity in Temporal Lobe Epilepsy: Insights from Macroscopic Models $cF. Wendling $fWendling, F. $cP. Chauvel $fChauvel, P. $p356=970  21$l24 $tUnified Modeling and Analysis of Primary Generalized Seizures $cP. A. Robinson $fRobinson, P. A. $cM. Breakspear $fBreakspear, M. $cJ. A. Roberts $fRoberts, J. A. $p387=970  21$l25 $tA Neuronal Network Model of Corticothalamic Oscillations: The Emergence of Epileptiform Absence Seizures $cPiotr Suffczynski $fSuffczynski, Piotr $cStiliyan Kalitzin $fKalitzin, Stiliyan $cF. H. Lopes Da Silva $fDa Silva, F. H. Lopes $p403=970  21$l26 $tExtracellular Potassium Dynamics and Epileptogenesis $cFlavio Frohlich $fFrohlich, Flavio $cIgor Timofeev $fTimofeev, Igor $cTerrence J. Sejnowski $fSejnowski, Terrence J. $cMaxim Bazhenov $fBazhenov, Maxim $p419=970  21$l27 $tSlow Waves Associated With Seizure Activity $cAnatol Bragin $fBragin, Anatol $cJerome Engel, Jr. $fEngel, Jerome, Jr. $p440=970  21$l28 $tDynamics of Epileptic Seizures During Evolution and Propagation $cChristophe C. Jouny $fJouny, Christophe C. $cGregory K. Bergey $fBergey, Gregory K. $p457=970  21$l29 $tAre Correlation Dimension and Lyapunov Exponents Useful Tools for Prediction of Epileptic Seizures? $cYing-Cheng Lai $fLai, Ying-Cheng $cIvan Osorio $fOsorio, Ivan $cMark G. Frei $fFrei, Mark G. $cMary Ann F. Harrison $fHarrison, Mary Ann F. $p471=970  21$l3 $tThe CoCoDat Database: Systematically Organizing and Selecting Quantitative Data on Single Neurons and Microcircuitry $cJonas Dyhrfjeld-Johnsen $fDyhrfjeld-Johnsen, Jonas $cRolf Kotter $fKotter, Rolf $p34=970  21$l30 $tTowards a Dynamics of Seizure Mechanics $cSteven J. Schiff $fSchiff, Steven J. $cJohn R. Cressman $fCressman, John R. $cErnest Barreto $fBarreto, Ernest $cJokobas Ziburkus $fZiburkus, Jokobas $p496=970  21$l31 $tPrinciples and Practice of Computer-Aided Drug Design as Applied to the Discovery of Antiepileptic Agents $cDonald F. Weaver $fWeaver, Donald F. $p515=970  21$l32 $tComputation Applied to Clinical Epilepsy and Antiepileptic Devices $cJavier Echauz $fEchauz, Javier $cStephen Wong $fWong, Stephen $cOtis Smart $fSmart, Otis $cAndrew Gardner $fGardner, Andrew $cGregory Worrell $fWorrell, Gregory $cBrian Litt $fLitt, Brian $p530=970  21$l33 $tMicroelectrode-Based Epilepsy Therapy: A Hybrid Neural Prosthesis Incorporating Seizure Prediction and Intervention With Biomimetic Maintenance of Normal Hippocampal Function $cMichelle L. Stephens $fStephens, Michelle L. $cDennis D. Spencer $fSpencer, Dennis D. $cIdil Cavus $fCavus, Idil $cMin-Chi Hsiao $fHsiao, Min-Chi $cDong Song $fDong, Song $cSam A. Deadwyler $fDeadwyler, Sam A. $cRobert E. Hampson $fHampson, Robert E. $cDavid Putz $fPutz, David $cJorge E. Quintero $fQuintero, Jorge E. $cMeriem K. Bensalem-Owen $fBensalem-Owen, Meriem K. $cKevin N. Hascup $fHascup, Kevin N. $cErin C. Rutherford $fRutherford, Erin C. $cB. Keith Day $fDay, B. Keith $cJustin R. Nickell $fNickell, Justin R. $cFrancois Pomerleau $fPomerleau, Francois $cPeter Huettl $fHuettl, Peter $cJason J. Burmeister $fBurmeister, Jason J. $cPooja M. Talauliker $fTalauliker, Pooja M. $cVasilis Z. Marmarelis $fMarmarelis, Vasilis Z. $cJohn J. Granacki $fGranacki, John J. $cTheodore Berger $fBerger, Theodore $cGreg A. Gerhardt $fGerhardt, Greg A. $p559=970  21$l4 $tValidating Models of Epilepsy $cKevin Staley $fStaley, Kevin $cWaldemar Swiercz $fSwiercz, Waldemar $cKrzysztof J. Cios $fCios, Krzysztof J. $p43=970  21$l5 $tUsing NeuroConstruct to Develop and Modify Biologically Detailed 3D Neuronal Network Models in Health and Disease $cPadraig Gleeson $fGleeson, Padraig $cVolker Steuber $fSteuber, Volker $cR. Angus Silver $fSilver, R. Angus $p48=970  21$l6 $tComputational Neuroanatomy of the Rat Hippocampus: Implications and Applications to Epilepsy $cDeepak Ropireddy $fRopireddy, Deepak $cSusan E. Bachus $fBachus, Susan E. $cRuggero Scorcioni $fScorcioni, Ruggero $cGiorgio A. Ascoli $fAscoli, Giorgio A. $p71=970  21$l7 $tModeling Circuit Alterations in Epilepsy: A Focus on Mossy Cell Loss and Mossy Fiber Sprouting in the Dentate Gyrus $cVijayalakshmi Santhakumar $fSanthakumar, Vijayalakshmi $p89=970  21$l8 $tFunctional Consequences of Transformed Network Topology in Hippocampal Sclerosis $cRobert J. Morgan $fMorgan, Robert J. $cIvan Soltesz $fSoltesz, Ivan $p112=970  21$l9 $tMultiple-Scale Hierarchical Connectivity of Cortical Networks Limits the Spread of Activity $cMarcus Kaiser $fKaiser, Marcus $p132=993  01$eiky=LDR  09344cam a2200913 a 4500