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74
CheeM.W.,TanJ.C.,ZhengH.,ParimalS.,WeissmanD.H.,ZagorodnovV.andDingesD.
F.Lapsingduringsleepdeprivationisassociatedwithdistributedchangesinbrain
activation.JNeurosci(2008).28:5519‐5528.
ChenR.Interactionsbetweeninhibitoryandexcitatorycircuitsinthehumanmotorcortex.
ExpBrainRes(2004).154:1‐10.
Chen R., Corwell B., Yaseen Z., Hallett M. and Cohen L. G. Mechanisms of cortical
reorganizationinlower‐limbamputees.JNeurosci(1998).18:3443‐3450.
Chevaleyre V., Takahashi K. A. and Castillo P. E. Endocannabinoid‐mediated synaptic
plasticityintheCNS.AnnuRevNeurosci(2006).29:37‐76.
Classen J., Wolters A., Stefan K., Wycislo M., Sandbrink F., Schmidt A. and Kunesch E.
Pairedassociativestimulation.SupplClinNeurophysiol(2004).57:563‐569.
Cline H. and Haas K. The regulation of dendritic arbor development and plasticity by
glutamatergic synaptic input:a review of the synaptotrophic hypothesis. JPhysiol
(2008).586:1509‐1517.
ConteA.,BelvisiD.,IezziE.,MariF.,InghilleriM.andBerardelliA.Effectsofattentionon
inhibitoryandfacilitatoryphenomenaelicitedbypaired‐pulsetranscranialmagnetic
stimulationinhealthysubjects.ExpBrainRes(2008).186:393‐399.
Cracco R. Q., Amassian V. E., Maccabee P. J. and Cracco J. B. Comparison of human
transcallosal responses evoked by magnetic coil and electrical stimulation.
ElectroencephalogrClinNeurophysiol(1989).74:417‐424.
DaskalakisZ.J.,FarzanF.,BarrM.S.,MallerJ.J.,ChenR.andFitzgeraldP.B.Long‐interval
cortical inhibition from the dorsolateral prefrontal cortex: a TMS‐EEG study.
Neuropsychopharmacology(2008).33:2860‐2869.
DawN.,RaoY.,WangX.F.,FischerQ.andYangY.LTPandLTDvarywithlayerinrodent
visualcortex.VisionRes(2004).44:3377‐3380.
DePaolaV.,HoltmaatA.,Knott G., Song S., Wilbrecht L., CaroniP.andSvobodaK.Cell
type‐specific structural plasticity of axonal branches and boutons in the adult
neocortex.Neuron(2006).49:861‐875.
DebanneD.Plasticityofneuronalexcitabilityinvivo.JPhysiol(2009).587:3057‐3058.
DelormeA.andMakeigS.EEGLAB:anopensourcetoolboxforanalysisofsingle‐trialEEG
dynamics including independentcomponent analysis. J Neurosci Methods (2004).
134:9‐21.
Di Lazzaro V., Oliviero A., Mazzone P., Pilato F., Saturno E., Insola A., Visocchi M.,
Colosimo C., TonaliP. A. andRothwell J. C.Direct demonstration oflong latency
cortico‐cortical inhibition in normal subjects and in a patient with vascular
parkinsonism.ClinNeurophysiol(2002a).113:1673‐1679.
Di Lazzaro V., Oliviero A., Pilato F., Saturno E., Dileone M., Marra C., Daniele A.,
Ghirlanda S., Gainotti G. and Tonali P. A. Motor cortex hyperexcitability to
transcranial magnetic stimulation in Alzheimerʹs disease. J Neurol Neurosurg
Psychiatry(2004).75:555‐559.
DiLazzaroV.,OlivieroA.,PilatoF.,SaturnoE.,Dileo
neM.,MarraC.,GhirlandaS.,Ranieri
F.,GainottiG.andTonaliP.Neurophysiologicalpredictorsoflongtermresponseto
AChE inhibitors in ADpatients. JNeurol NeurosurgPsychiatry (2005a). 76: 1064‐
1069.

75
DiLazzaroV., OlivieroA.,PilatoF., SaturnoE.,DileoneM.and TonaliP.A.Motorcortex
hyperexcitability to transcranial magnetic stimulation in Alzheimerʹs disease:
evidenceofimpairedglutamatergicneurotransmission?AnnNeurol(2003a).53:824;
authorreply824‐825.
DiLazzaroV.,OlivieroA.,ProficeP.,PennisiM.A.,DiGiovanniS.,ZitoG.,TonaliP.and
RothwellJ.C.Muscarinicreceptorblockadehasdifferentialeffectsontheexcitability
of intracortical circuitsinthe human motorcortex. Exp BrainRes (2000). 135:455‐
461.
DiLazzaroV.,OlivieroA.,ProficeP.,PennisiM.A.,PilatoF.,ZitoG.,DileoneM.,Nicoletti
R., Pasqualetti P. and Tonali P. A. Ketamine increases human motor cortex
excitabilitytotranscranialmagneticstimulation.JPhysiol(2003b).547:485‐496.
Di Lazzaro V., Oliviero A., Saturno E., Dileone M., Pilato F., Nardone R., Ranieri F.,
MusumeciG.,FiorillaT.andTonaliP.Effectsoflorazepamonshortlatencyafferent
inhibitionandshortlatencyintracorticalinhibitioninhumans.JPhysiol(2005b).564:
661‐668.
DiLazzaroV.,OlivieroA.,SaturnoE.,PilatoF.,InsolaA.,MazzoneP.,ProficeP.,TonaliP.
and Rothwell J.C. The effect on corticospinalvolleys of reversingthe directionof
currentinducedinthemotorcortexbytranscranialmagneticstimulation.ExpBrain
Res(2001).138:268‐273.
DiLazzaroV.,OlivieroA.,TonaliP.A.,MarraC.,DanieleA.,ProficeP.,SaturnoE.,Pilato
F., Masullo C. and Rothwell J. C. Noninvasive in vivo assessment of cholinergic
cortical circuits inADusing transcranial magneticstimulation. Neurology (2002b).
59:392‐397.
DiLazzaroV., PilatoF.,DileoneM.,Profice P.,OlivieroA.,MazzoneP.,InsolaA.,Ranieri
F.,MeglioM.,TonaliP.A.andRothwellJ.C.Thephysiologicalbasisoftheeffectsof
intermittentthetaburststimulationofthehumanmotorcortex.JPhysiol(2008).586:
3871‐3879.
DiLazzaroV.,PilatoF.,DileoneM.,ProficeP.,RanieriF.,RicciV.,BriaP.,TonaliP.A.and
ZiemannU.Segregatingtwoinhibitorycircuitsinhumanmotorcortexatthelevelof
GABAAreceptorsubtypes:aTMSstudy.ClinNeurophysiol(2007).118:2207‐2214.
Di Lazzaro V., Pilato F., Dileone M., Tonali P. A. and Ziemann U. Dissoci
ated effects of
diazepamandlorazepamonshort‐latencyafferentinhibition. JPhysiol(2005c).569:
315‐323.
DiLazzaroV.,RothwellJ.C.,Oliviero A., Profice P., Insola A., MazzoneP.andTonaliP.
Intracortical origin of theshort latencyfacilitatio
n produced by pairs of threshold
magneticstimuliappliedtohumanmotorcortex.ExpBrainRes(1999).129:494‐499.
Duffau H. Brain plasticity: from pathophysiological mechanisms to therapeutic
applications.JClinNeurosci(2006).13:885‐897.
EderM.,ZieglgansbergerW.andDodtH.U.Neocorticallong‐termpotentiationandlo
ng‐
termdepression:siteofexpressioninvestigatedbyinfrared‐guidedlaserstimulation.
JNeurosci(2002).22:7558‐7568.
Egger V., Feldmeyer D. and Sakmann B. Coincidence detection and changes of synaptic
efficacyin spiny stellateneuronsin rat barrelcortex. Nat Neurosci(1999).2: 1098‐
1105.

76
EpsteinC.M. andDaveyK.R.Iron‐corecoilsfortranscranialmagneticstimulation.JClin
Neurophysiol(2002).19:376‐381.
Esser S. K.,Huber R.,Massimini M., PetersonM. J., Ferrarelli F. andTononi G. A direct
demonstration of cortical LTP in humans: a combined TMS/EEG study. BrainRes
Bull(2006).69:86‐94.
FarzanF., BarrM.S.,WongW.,ChenR.,FitzgeraldP.B.andDaskalakisZ.J.Suppression
of gamma‐oscillationsin the dorsolateral prefrontal cortexfollowing long interval
cortical inhibition: a TMS‐EEGstudy. Neuropsychopharmacology(2009). 34: 1543‐
1551.
Feig S. and Lipton P. Pairing the cholinergic agonist carbachol with patterned Schaffer
collateralstimulationinitiatesproteinsynthesisinhippocampalCA1pyramidalcell
dendrites via a muscarinic, NMDA‐dependent mechanism. J Neurosci (1993). 13:
1010‐1021.
FeldmanD.E.Synapticmechanismsforplasticityinneocortex.AnnuRevNeurosci(2009).
32:33‐55.
FeldmanD.E. and Brecht M.Mapplasticityinsomatosensorycortex. Science (2005). 310:
810‐815.
FerrarelliF.,MassiminiM.,PetersonM.J.,RiednerB.A.,LazarM.,MurphyM.J.,HuberR.,
Rosanova M., Alexander A. L., Kalin N. and Tononi G. Reduced evoked gamma
oscillationsinthefrontalcortexinschizophrenia patients: a TMS/EEG study. Am J
Psychiatry(2008).165:996‐1005.
FerreriF.,CurcioG.,PasqualettiP.,DeGennaroL.,FiniR.andRossiniP.M.Mobilephone
emissionsandhumanbrainexcitability.AnnNeurol(2006).60:188‐196.
FerreriF.,PasqualettiP.,MäättäS.,PonzoD.,FerrarelliF.,TononiG.,MervaalaE.,Miniussi
C. and Rossini P. M. Human brain connectivity during single and paired pulse
transcranialmagneticstimulation.Neuroimage(2011a).54:90‐102.
FerreriF.,PasqualettiP.,MäättäS.,PonzoD.,GuerraA.,BressiF.,ChiovendaP.,DelDuca
M., GiambattistelliF., Ursini F., Tombini M., Vernieri F. and Rossini P. M. Motor
cortexexcitabilityinAlzheimerʹsdisease:atranscranialmagneticstimulationfollow‐
upstudy.NeurosciLett(2011b).492:94‐98.
Ferreri F.,Pauri F., Pasqualetti P., Fini R., Dal Forno G. and Rossini P. M. Motor cortex
excitability in Alzheimerʹs disease: atranscranial magneticstimulation study.Ann
Neurol(2003).53:102‐108.
FitzgeraldP.B.,BenitezJ.,DaskalakisJ.Z.,DeCastell
aA.andKulkarniJ.Thetreatmentof
recurring auditory hallucinations in schizophrenia with rTMS. World J Biol
Psychiatry(2006).7:119‐122.
FlorenceS.L.,TaubH.B.andKaasJ.H.Large‐scalesproutingofcorticalconnectionsafter
peripheralinjuryinad
ultmacaquemonkeys.Science(1998).282:1117‐1121.
FoellerE. andFeldmanD.E.Synapticbasisfordevelopmentalplasticityinsomatosensory
cortex.CurrOpinNeurobiol(2004).14:89‐95.
FoxK.Anatomicalpathwaysandmolecularmechanismsforplasticity inthebarrelcortex.
Neuroscience(2002).111:799‐814.
FoxK.andWongR.O.Acomparisonofexperience‐dependentplasticityinthevisualand
somatosensorysystems.Neuron(2005).48:465‐477.

77
Francis P. T., Pangalos M. N.,Stephens P.H., Bartlett J. R., Bridges P. K., Malizia A. L.,
NearyD.,ProcterA.W.,ThomasD.J.andBowenD.M.Antemortemmeasurements
of neurotransmission: possible implications for pharmacotherapy of Alzheimerʹs
diseaseanddepression.JNeurolNeurosurgPsychiatry(1993).56:80‐84.
Freeman J. A. An electronic stimulus artifact suppressor. Electroencephalogr Clin
Neurophysiol(1971).31:170‐172.
FristonK.J.,HarrisonL.andPennyW.Dynamiccausalmodelling.Neuroimage(2003).19:
1273‐1302.
Fuggetta G., Fiaschi A. and Manganotti P. Modulation of cortical oscillatory activities
inducedbyvaryingsingle‐pulsetranscranialmagneticstimulationintensityoverthe
left primary motorarea: a combinedEEG and TMSstudy. Neuroimage (2005).27:
896‐908.
GaiarsaJ.L.,CaillardO.andBen‐AriY.Long‐termplasticityatGABAergicandglycinergic
synapses:mechanismsandfunctionalsignificance.TrendsNeurosci(2002).25:564‐
570.
GuerraA., Assenza F.,BressiF., Scrascia F.,DelDuca M., UrsiniF.,Vollaro S., TrottaL.,
TombiniM., Chisari C.and Ferreri F. Transcranialmagnetic stimulation studiesin
Alzheimerʹsdisease.IntJAlzheimersDis(2011).2011:263817.
GuginoL.D.,RomeroJ.R.,AglioL.,TitoneD.,RamirezM.,Pascual‐LeoneA.,GrimsonE.,
Weisenfeld N., Kikinis R. and Shenton M. E. Transcranial magnetic stimulation
coregisteredwithMRI:acomparisonofaguidedversusblindstimulationtechnique
and its effect on evoked compound muscle action potentials. Clin Neurophysiol
(2001).112:1781‐1792.
HallettM.Motorcortexplasticity.ElectroencephalogrClinNeurophysiolSuppl (1999).50:
85‐91.
HallettM.Transcranialmagneticstimulationandthehumanbrain.Nature(2000).406:147‐
150.
HallettM.Plasticityofthehumanmotorcortexandrecoveryfromstroke.BrainResBrain
ResRev(2001).36:169‐174.
HallettM.Transcranialmagneticstimulation:aprimer.Neuron(2007).55:187‐199.
Hallett M. Neurophysiologyof dy
stonia:The role ofinhibition. Neurobiol Dis(2011). 42:
177‐184.
HallettM.,EpsteinC.M.,BerardelliA.,SackeimH.andMaccabeeP.Topicsintranscranial
magneticstimulation.SupplClinNeurophysiol(2000).53:301‐311.
HanL.,ColeM.,BellavanceF.,McCuskerJ.and Primeau F. Tracking cognitive decline in
Alzheimerʹs disease using the mini‐mental state examination: a meta‐analysis. Int
Psychogeriatr(2000).12:231‐247.
HanajimaR.,FurubayashiT., Iwata N. K.
,ShiioY., Okabe S., KanazawaI.andUgawaY.
Furtherevidencetosupportdifferentmechanismsunderlyingintracorticalinhibition
ofthemotorcortex.ExpBrainRes(2003).151:427‐434.
HanselC.,LindenD.J.andDʹAngeloE.BeyondparallelfiberLTD:thediversityofsynaptic
andnon‐synapticplasticityinthecerebellum.NatNeurosci(2001).4:467‐475.
Hasey G. M. Transcranial magnetic stimulation: using a law of physics to treat
psychopathology.JP
sychiatryNeurosci(1999).24:97‐101.

78
Hebb D. O. Temperament in chimpanzees; method of analysis. J Comp Physiol Psychol
(1949).42:192‐206.
HeliasM., Rotter S.,Gewaltig M. O.andDiesmann M. Structuralplasticitycontrolled by
calcium based correlation detection. helias@bccn.uni‐freiburg.de. Front Comput
Neurosci(2008).2:7.
HenschT.K.Criticalperiodplasticityin localcorticalcircuits.NatRevNeurosci (2005).6:
877‐888.
Hoffman R. E. and Cavus I. Slow transcranial magnetic stimulation, long‐term
depotentiation, and brain hyperexcitability disorders. Am J Psychiatry (2002). 159:
1093‐1102.
HoltmaatA.J.,TrachtenbergJ.T.,WilbrechtL.,ShepherdG.M.,ZhangX.,KnottG.W.and
Svoboda K. Transient and persistent dendritic spines in the neocortex in vivo.
Neuron(2005).45:279‐291.
Homan R. W., Herman J. and Purdy P. Cerebral location of international 10‐20 system
electrodeplacement.ElectroencephalogrClinNeurophysiol(1987).66:376‐382.
HorwitzB.Theelusiveconceptofbrainconnectivity.Neuroimage(2003).19:466‐470.
HuangC.C.,LiangY.C.andHsuK.S.Characterizationofthemechanismunderlyingthe
reversaloflongtermpotentiationbylowfrequencystimulationathippocampalCA1
synapses.JBiolChem(2001).276:48108‐48117.
Huang Y. Z., Edwards M. J., Rounis E., Bhatia K. P. and Rothwell J. C. Theta burst
stimulationofthehumanmotorcortex.Neuron(2005).45:201‐206.
HuberR.,GrafT.,CoteK.A.,WittmannL.,GallmannE.,MatterD.,SchudererJ.,KusterN.,
BorbelyA.A.andAchermannP.Exposuretopulsedhigh‐frequencyelectromagnetic
fieldduringwakingaffectshumansleepEEG.Neuroreport(2000).11:3321‐3325.
HuberR.,MäättäS.,EsserS.K.,SarassoS.,FerrarelliF.,WatsonA.,FerreriF.,PetersonM.J.
and Tononi G. Measures of cortical plasticity after transcranial paired associative
stimulation predict changes in electroencephalogram slow‐wave activity during
subsequentsleep.JNeurosci(2008).28:7911‐7918.
Ilmoniemi R. J. and Kičić D. Methodology for combined TMS and EEG. Brain Topogr
(2010).22:233‐248.
IlmoniemiR.J.,VirtanenJ.,RuohonenJ.,KarhuJ.,AronenH.J.,NaatanenR.andKatilaT.
Neuronal responses to magnetic stimulation reveal cortical reactivity and
connectivity.Neuroreport(1997).8:3537‐3540.
IsaacJ.T.,CrairM.C.
,NicollR.A.andMalenkaR.C.Silentsynapsesduringdevelopment
ofthalamocorticalinputs.Neuron(1997).18:269‐280.
Jacob V., Brasier D. J., Erchova I., Feldman D. and Shulz D. E. Spike timing‐dependent
synapticdepressionintheinvivobarrelcortexoftherat.JNeurosci(2007).27:1271‐
1284.
Jung P. and Ziemann U. Homeostatic and nonhomeostatic modulation of learning in
humanmotorcortex.JNeurosci(2009).29:5597‐5604.
Kähköne
n S., Kesäniemi M., Nikouline V. V., Karhu J., Ollikainen M., Holi M. and
Ilmoniemi R. J. Ethanolmodulates cortical activity:directevidence with combined
TMSandEEG.Neuroimage(2001).14:322‐328.

79
Kähkönen S., KomssiS., WileniusJ. and IlmoniemiR. J.Prefrontal transcranial magnetic
stimulation produces intensity‐dependent EEG responses in humans. Neuroimage
(2005).24:955‐960.
KähkönenS.andWileniusJ.EffectsofalcoholonTMS‐evokedN100responses.JNeurosci
Methods(2007).166:104‐108.
Kähkönen S., Wilenius J., Komssi S. and Ilmoniemi R. J. Distinct differences in cortical
reactivity of motor and prefrontal cortices to magnetic stimulation. Clin
Neurophysiol(2004).115:583‐588.
Kaneko M., StellwagenD., Malenka R.C. and StrykerM. P.Tumornecrosis factor‐alpha
mediates one component of competitive, experience‐dependent plasticity in
developingvisualcortex.Neuron(2008).58:673‐680.
KičićD.,Lioumis P., Ilmoniemi R.J. andNikulinV.V.Bilateralchanges in excitabilityof
sensorimotor cortices during unilateral movement: combined
electroencephalographicandtranscranialmagnetic stimulationstudy.Neuroscience
(2008).152:1119‐1129.
Kim S. J.and Linden D.J. Ubiquitous plasticityand memorystorage.Neuron (2007).56:
582‐592.
KleimJ.A.,LussnigE.,SchwarzE.R.,ComeryT.A.andGreenoughW.T.Synaptogenesis
andFosexpressionin the motor cortexoftheadultrataftermotorskill learning. J
Neurosci(1996).16:4529‐4535.
KlinkenbergI.,SambethA.and Blokland A.Acetylcholineandattention.BehavBrainRes
(2011).221:430‐442.
Kobayashi M. and Pascual‐Leone A. Transcranial magnetic stimulation in neurology.
LancetNeurol(2003).2:145‐156.
KomssiS.,AronenH.J.,HuttunenJ.,KesäniemiM.,SoinneL.,NikoulineV.V.,Ollikainen
M.,Roine R. O., KarhuJ.,SavolainenS. and Ilmoniemi R.J.Ipsi‐and contralateral
EEG reactions totranscranial magneticstimulation. Clin Neurophysiol(2002). 113:
175‐184.
Komssi S. and Kähkönen S. The novelty value of the combined use of
electroencephalography and transcranial magnetic stimulation for neuroscience
research.BrainResRev(2006).52:183‐192.
Komssi S., Kähkönen S. and Ilmoniemi R. J. The effect of stimulus intensity on brain
responsesevokedbytranscranialmagneticstimulation.HumBrainMapp(2004).21:
154‐164.
Komssi S., Savolainen P., Heiskala J. and KähkönenS. Excitationthreshold of the motor
cortex estimated with transcranial magnetic stimulation electroencephalography.
Neuroreport(2007).18:13‐16.
KrallW.J.,SramekJ.J.andCutlerN.R.Cholinesteraseinhibitors:atherapeuticstrategyfor
Alzheimerdisease.AnnPharmacother(1999).33:441‐450.
KringsT., Buchbinder B. R.,ButlerW.E., Chiappa K. H.,JiangH.J., Cosgrove G. R.and
Rosen B. R. Functional magnetic resonance imaging and transcranial magnetic
stimulation:complementaryapproachesintheevaluationofcorticalmotorfunction.
Neurology(1997).48:1406‐1416.

80
Krings T., Reinges M. H., Foltys H., Cosgrove G. R. and Thron A. Multimodality
neuroimaging:researchand clinical applications. NeurolClinNeurophysiol(2001).
2001:2‐11.
Krnjevic K., Randic M. and Straughan D. W. Nature of a cortical inhibitory process. J
Physiol(1966).184:49‐77.
KujiraiT.,CaramiaM.D.,RothwellJ. C., Day B. L., ThompsonP.D.,FerbertA.,WroeS.,
AsselmanP.and MarsdenC.D.Corticocorticalinhibitioninhuman motorcortex.J
Physiol(1993).471:501‐519.
Kullmann D. M. and Lamsa K. P. Long‐term synaptic plasticity in hippocampal
interneurons.NatRevNeurosci(2007).8:687‐699.
LeeL.,HarrisonL. M. and Mechelli A.A reportofthefunctionalconnectivityworkshop,
Dusseldorf2002.Neuroimage(2003).19:457‐465.
Lehmann D. and Skrandies W. Reference‐free identification of components of
checkerboard‐evoked multichannel potential fields. Electroencephalogr Clin
Neurophysiol(1980).48:609‐621.
Liao D., Hessler N. A. and Malinow R. Activation of postsynaptically silent synapses
duringpairing‐inducedLTPinCA1regionofhippocampalslice.Nature(1995).375:
400‐404.
Liepert J., Bar K. J., Meske U. and Weiller C. Motor cortex disinhibition in Alzheimerʹs
disease.ClinNeurophysiol(2001).112:1436‐1441.
LiepertJ., Classen J., Cohen L.G.andHallett M. Task‐dependentchanges ofintracortical
inhibition.ExpBrainRes(1998).118:421‐426.
LioumisP.,KičićD.,SavolainenP., MakelaJ.P.andKähkönenS.ReproducibilityofTMS‐
EvokedEEGresponses.HumBrainMapp(2009).30:1387‐1396.
LismanJ.,LichtmanJ.W.andSanesJ.R.LTP:perilsandprogress.NatRevNeurosci(2003).
4:926‐929.
LopesdaSilva F.Neuralmechanismsunderlyingbrain waves:fromneuralmembranesto
networks.ElectroencephalogrClinNeurophysiol(1991).79:81‐93.
MalenkaR.C.andBearM.F.LTPandLTD:anembarrassmentofriches.Neuron(2004).44:
5‐21.
MarenS.Synapticmechanismsofassociativememoryintheamygdala.Neuron(2005).47:
783‐786.
Mariorenzi R., Zarola F., Caramia M. D., Paradiso C. and Ross
ini P. M. Non‐invasive
evaluation of central motor tract excitability changes following peripheral nerve
stimulationinhealthyhumans.ElectroencephalogrClinNeurophysiol(1991).81:90‐
101.
MarkramH.and TsodyksM.Redistributionofsynaptic efficac
y:amechanismtogenerate
infinitesynapticinputdiversityfromahomogeneouspopulationofneuronswithout
changingabsolutesynapticefficacies.JPhysiolParis(1996).90:229‐232.
MartinK. C.,BaradM. and KandelE.R. Local proteinsynthesis and itsrolein synapse‐
specificplasticity.CurrOpinNeurobiol(2000).10:587‐592.
Masliah E., Alford M., DeTeresa R., Mallory M. and Hansen L. Deficient glutamate
transportisassociatedwithneurodegenerationinAlzheimerʹsdisease.AnnNeurol
(1996).40:759‐766.

81
MasseyP. V. andBashir Z. I.Long‐term depression: multipleformsand implications for
brainfunction.TrendsNeurosci(2007).30:176‐184.
MassiminiM., Ferrarelli F.,HuberR., Esser S.K.,SinghH. and TononiG.Breakdown of
corticaleffectiveconnectivityduringsleep.Science(2005).309:2228‐2232.
Matsumoto R., Nair D. R., LaPresto E., Bingaman W., Shibasaki H. and Luders H. O.
Functional connectivity in human cortical motor system: a cortico‐cortical evoked
potentialstudy.Brain(2007).130:181‐197.
McKernanM.G.andShinnick‐GallagherP.Fearconditioninginducesalastingpotentiation
ofsynapticcurrentsinvitro.Nature(1997).390:607‐611.
MelizaC.D.andDanY.Receptive‐fieldmodificationinratvisualcortexinducedbypaired
visualstimulationandsingle‐cellspiking.Neuron(2006).49:183‐189.
Merton P. A. and Morton H. B. Stimulation of the cerebral cortex in the intact human
subject.Nature(1980).285:227.
Nichols T. E. and Holmes A. P. Nonparametric permutation tests for functional
neuroimaging:aprimerwithexamples.HumBrainMapp(2002).15:1‐25.
Nikouline V., RuohonenJ.and Ilmoniemi R.J. The roleofthe coil clickinTMS assessed
withsimultaneousEEG.ClinNeurophysiol(1999).110:1325‐1328.
Nikulin V. V., Kičić D., Kähkönen S. and Ilmoniemi R. J. Modulation of
electroencephalographicresponsestotranscranialmagneticstimulation:evidencefor
changesincorticalexcitabilityrelatedtomovement.EurJNeurosci(2003).18:1206‐
1212.
NobiliF.,VitaliP.,CanforaM.,GirtlerN.,DeLeoC.,MarianiG.,PupiA.andRodriguezG.
Effects of long‐term Donepezil therapy on rCBF of Alzheimerʹs patients. Clin
Neurophysiol(2002).113:1241‐1248.
NudoR.J.Postinfarctcorticalplasticityandbehavioralrecovery.Stroke(2007).38:840‐845.
NudoR.J.,WiseB.M.,SiFuentesF.andMillikenG.W.Neuralsubstratesfortheeffectsof
rehabilitativetraining on motorrecoveryafterischemic infarct. Science (1996).272:
1791‐1794.
OliveriM.,CaltagironeC.,FilippiM.M.,TraversaR.,CicinelliP.,PasqualettiP.andRossini
P. M. Paired transcranial magnetic stimulation protocols reveal a pattern of
inhibition and facilitationin the humanparietalcortex. J Physiol(2000a).529 Pt 2:
461‐468.
OliveriM.,RossiniP.M.,FilippiM.M.,TraversaR.,CicinelliP.,PalmieriM.G.,Pasqualetti
P. and Caltagirone C. Time‐dependent activation of parieto‐frontal netwo
rks for
directing attention to tactile space. A study with paired transcranial magnetic
stimulation pulses in right‐brain‐damaged patients with extincti
on. Brain (2000b).
123(Pt9):1939‐1947.
OliveriM.,RossiniP.M.,TraversaR.,CicinelliP.,FilippiM.M.,PasqualettiP.,Tomaiuolo
F. and Caltagirone C. Left frontal transcranial magnetic stimulation reduces
contralesionalextinctioninpatientswithunilateralrightbraindamage.Brain(1999).
122(Pt9):1731‐1739.
PalopJ.J.,ChinJ.andMuckeL.Anetworkdysfunctionperspectiveonneurodegenerative
diseases.Nature(2006).443:768‐773.

82
Pascual‐LeoneA.,AmediA.,FregniF.and Merabet L. B. The plastic human brain cortex.
AnnuRevNeurosci(2005).28:377‐401.
Pascual‐LeoneA.,NguyetD.,CohenL.G.,Brasil‐NetoJ.P.,CammarotaA.andHallettM.
Modulationofmuscleresponsesevokedbytranscranialmagneticstimulationduring
theacquisitionofnewfinemotorskills.JNeurophysiol(1995).74:1037‐1045.
Pascual‐LeoneA.,PerisM.,TormosJ.M.,PascualA.P.andCatalaM.D.Reorganizationof
human cortical motor output maps following traumatic forearm amputation.
Neuroreport(1996).7:2068‐2070.
Pascual‐Leone A., Tarazona F. and Catala M. D. Applications of transcranial magnetic
stimulation in studies on motor learning. Electroencephalogr Clin Neurophysiol
Suppl(1999).51:157‐161.
Pascual‐LeoneA.,TormosJ.M.,KeenanJ.,TarazonaF.,CaneteC.andCatalaM.D.Study
and modulation of human cortical excitability with transcranial magnetic
stimulation.JClinNeurophysiol(1998).15:333‐343.
Paus T., Castro‐Alamancos M. A. and Petrides M. Cortico‐cortical connectivity of the
humanmid‐dorsolateralfrontalcortexanditsmodulationbyrepetitivetranscranial
magneticstimulation.EurJNeurosci(2001a).14:1405‐1411.
PausT.,SipilaP. K. andStrafellaA.P.Synchronizationofneuronalactivity in the human
primary motor cortex by transcranial magnetic stimulation: an EEG study. J
Neurophysiol(2001b).86:1983‐1990.
PennisiG.,AlagonaG.,FerriR.,GrecoS.,SantonocitoD.,PappalardoA.andBellaR.Motor
cortex excitability in Alzheimer disease: one year follow‐up study. Neurosci Lett
(2002).329:293‐296.
Pepin J. L., Bogacz D., de Pasqua V. and Delwaide P. J. Motor cortex inhibition is not
impaired in patients with Alzheimerʹs disease: evidence from paired transcranial
magneticstimulation.JNeurolSci(1999).170:119‐123.
Pfurtscheller G., Kalcher J., Neuper C., Flotzinger D. and Pregenzer M. On‐line EEG
classification during externally‐paced hand moveme
nts using a neural network‐
basedclassifier.ElectroencephalogrClinNeurophysiol(1996).99:416‐425.
Pfurtscheller G. and Lopes da Silva F. H. Event‐related EEG/MEG synchronization and
desynchronization:basicprinciples.ClinNeurophysiol(1999).110:1842‐1857.
Platz T. and Rothwell J. C. Brain stimulation and brain repair‐‐rTMS: from animal
experimenttoclinicaltrials‐‐whatdowe know? Restor Neurol Neurosci (2010). 28:
387‐398.
PolaniaR.,NitscheM.A.andPa
ulusW.Modulatingfunctionalconnectivity patterns and
topological functional organization of the human brain with transcranial direct
currentstimulation.HumBrainMapp(2010).
Polania R., PaulusW., Antal A.andNitsche M. A.Introducing graph theoryto track for
neuroplastic alterations in the resting human brain: a transcranial direct current
stimulationstudy.Neuroimage(2011).54:2287‐2296.
Post A. and Keck M. E. Transcranial magnetic stimulation as a therapeutic tool in
psychiatry: what do we know about the neurobiological mechanisms? J Psychiatr
Res(2001).35:193‐215.

83
RaismanG.Neuronalplasticityintheseptalnucleioftheadultrat.BrainRes(1969).14:25‐
48.
Raymond C. R. LTP forms 1, 2 and 3: different mechanisms for the ‘long’ in long‐term
potentiation.TrendsNeurosci(2007).30:167‐175.
Renger J. J., Hartman K. N., Tsuchimoto Y., Yokoi M., Nakanishi S. and Hensch T. K.
Experience‐dependent plasticity without long‐term depression by type 2
metabotropicglutamatereceptorsindevelopingvisualcortex.ProcNatlAcadSciU
SA(2002).99:1041‐1046.
RoganM.T.,StaubliU.V.andLeDouxJ.E.Fearconditioninginducesassociativelong‐term
potentiationintheamygdala.Nature(1997).390:604‐607.
Rosanova M., Casali A., Bellina V., Resta F., Mariotti M. and Massimini M. Natural
frequenciesofhumancorticothalamiccircuits.JNeurosci(2009).29:7679‐7685.
RosenthalJ.,WallerH.J.andAmassianV.E.Ananalysisoftheactivationofmotorcortical
neuronsbysurfacestimulation.JNeurophysiol(1967).30:844‐858.
RossiS.andRossiniP. M. TMS in cognitive plasticityandthepotentialforrehabilitation.
TrendsCognSci(2004).8:273‐279.
Rossini P. M., Barker A. T., Berardelli A., Caramia M. D., Caruso G., Cracco R. Q.,
DimitrijevicM.R.,Hallett M., Katayama Y.,LuckingC.H.andet al. Non‐invasive
electrical and magnetic stimulation of the brain, spinal cord and roots: basic
principles and procedures for routine clinical application. Report of an IFCN
committee.ElectroencephalogrClinNeurophysiol(1994).91:79‐92.
RossiniP.M.,CalauttiC.,PauriF.andBaronJ.C.Post‐strokeplasticreorganisationinthe
adultbrain.LancetNeurol(2003).2:493‐502.
RossiniP. M., Caramia M. andZarolaF.Central motor tract propagationinman:studies
withnon‐invasive,unifocal,scalpstimulation.BrainRes(1987a).415:211‐225.
RossiniP. M.andDalFornoG.Neuronalpost‐strokeplasticityintheadult.RestorNeurol
Neurosci(2004).22:193‐206.
Rossini P. M., Gigli G. L., Marciani M. G., Zarola F. and Caramia M. Non‐invasive
evaluationof input‐output characteristicsofsensorimotor cerebral areas inhealthy
humans.ElectroencephalogrClinNeurophysiol(1987b).68:88‐100.
RossiniP.M.,MiceraS.,BenvenutoA.,CarpanetoJ.,CavalloG.,CitiL.,CiprianiC.,Denaro
L.,DenaroV.,DiPinoG.,FerreriF.,GuglielmelliE.,HoffmannK.P.,RaspopovicS.,
Rigosa J., Rossini L., Tombini M. and Dario P. Double nerve intraneural interface
implant ona human amputee for robotic hand control. Clin Neurophysiol (2010).
121:777‐783.
Rossini P. M. and Pauri F. Neuromagnetic integrated methods tracking human brain
mechanismsofsensorimotor areasʹplasticʹreorganisation. Brain Res BrainRes Rev
(2000).33:131‐154.
RossiniP.M.,RigosaJ.,MiceraS.,AssenzaG.,RossiniL.andFerreriF.Stumpnervesignals
duringtranscranial magnetic motorcortexstimulation recorded in anamp
uteevia
longitudinalintrafascicularelectrodes.ExpBrainRes(2011).
RossiniP.M.andRossiS.Transcranialmagnetic stimulation: diagnostic, therapeutic, and
researchpotential.Neurology(2007).68:484‐488.
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