儿童皮层诱发电位中P1N1的增龄性变化及临床应用(2)
卢伟;鲁倩;莫玲燕;
1:郑州大学第一附属医院耳科
2:首都医科大学附属北京同仁医院北京市耳鼻咽喉科学研究所耳鼻咽喉头颈科学教育部重点实验室(首都医科大学)
1 Davis PA.Effects of acoustic stimuli on the waking hu.DavisPA.Effects of acoustic stimuli on the waking human brain[J].J Neurophysiol,1939,2:494.
2 Reite M,Adams M,Simon J,et al.Auditory M100 compo-nent 1:relationship to Heschl's gyri[J].Cognit Brain Re-search,1994,2:13.
3 Naatanen R,Picton T.The N1 wave of the human electricand magnetic response to sound:A review and an analysis ofthe component structure[J].Psychophysiology,1987,24:375.
4 Vaughan HG,Ritter W.The source of auditory evoked re-sponses recorded from the human scalp[J].ElectroencephalogrClin Neurophysiol,1970,28:360.
5 Wolpaw JR,Penry JK.A temporal component of the auditoryevoked response[J].Electroencephalogr Clin Neurophysiol,1975,39:609.
6 Mccallum WC,Curry SH.The form and distribution of audi-tory evoked potentials and CNVs when stimuli and responsesare lateralized[J].Progress Brain Research,1980,54:767.
7 Picton TW,Woods DL,Baribeau-Braun J,et al.Evokedpotential audiometry[J].Otolaryngol,1997,6:90.
8 Onishi S,Davis H.Effects of duration and rise time of tonebursts on evoked V potentials[J].Acoustical Society of Amer-ica,1968,44:582.
9 Wunderlich JL,Cone-Wesson BK,Shepherd R.Maturationof the cortical auditory evoked potential in infants and youngchildren[J].Hearing Research,2006,212:185.
10 Sharma A,Kraus N,McGee T,et al.Developmental chan-ges in P1 and N1 central auditory responses elicited by conso-nant vowel syllables[J].Electroencephalogr and ClinicalNeurophysiology,1997,104:540.
11 Sakabe N,Arayama T,Suzuki T,et al.Human fetal e-voked response to acoustic stimulation[J].Acta Oto-laryn-gologica,1969,252:29.
12 Schleussner E,Schneider U.Developmental changes of au-ditoryevoked fields in fetuses[J].Experimental Neurology,2004,190:S59.
13 Starr A,Amlie RN,Martin WH,et al.Development ofauditory function in newborn infants revealed by auditorybrainstem potentials[J].Pediatrics,1977,60:831.
14 Lengle JM,Chen M,Wakai RT,et al.Improved neuro-magnetic detection of fetal and neonatal auditory evoked re-sponses[J].Clinical Neurophysiology,2001,112:785.
15 Little VM,Thomas DG,Letterman MR.Single-trial analy-ses of developmental trends in infant auditory event-relatedpotentials[J].Neuropsychol,1999,16:455.
16 Barnet AB,Ohlrich ES,Weiss IP,et al.Auditory evokedpotentials during sleep in normal children from 10 days to 3years of age[J].Electroencephalography and Clinical Neuro-physiology,1975,39:29.
17 Vaughan HG,Kurtzberg D.Electrophysiologic indices ofnormal and aberrant cortical maturation[M].In:KellawayP,Noebels JL,Editors.Problems and Concepts in Develop-mental Neurophysiology,1989.263~287.
18 Novak GP,Kurtzberg D,Kreuzer JA,et al.Cortical re-sponses to speech sounds and their formants in normal in-fants:maturational sequence and spatiotemporal analysis.Electroen Clin Neurophysiol[J].Electroencephalogr andClinical Neurophysiology,1989,73:295.
19 Mills DL,Coffey-Corina S,Neville HJ.Language com-prehension and cerebral specialization from 13 to 20 months[J].Development Neuropsychology,1997,13:397.
20 Ceponiene R,Aro H,Alku P,et al.Eventrelated potentialindices of auditory vowel processing in 3-year-old children[J].Clinical Neurophysiology,2003,114:652.
21 Molfese DL,Molfese VJ.Right-hemisphere responsesfrom preschool children to temporal cues to speech and non-speech materials:Electrophysiological correlates[J].Brainand Language,1988,33:245.
22 Tonnquist-Uhlen I,Borg E,Spens KE.Topography of au-ditory evoked long-latency potentials in normal children,with particular referenceto the N1 component[J].Electroen-cephalography and Clinical Neurophysiology,1995,95:34.
23 Johnson R.Developmental evidence for modality-dependentP300 generators:A normative study[J].Psychophysiology,1989,26:651.
24 Martin L,Barajas JJ,Fernandez R,et al.Auditory eventre-lated potentials in well-characterized groups of children[J].Electroencephalography and Clinical Neurophysiology,1988,71:375.
25 Courchesne E.Chronology of postnatal human brain develop-ment:Event related potential,positron emission tomo-graphy,myelinogenesis,and synaptogenesis studies[M].In:Rohrbaugh JW,Parasuraman R,Johnson R,Editors.Event-related Brain Potentials:Basic Issues and Applications,1990.210~241.
26 Hyde M.The N1 response and its applications[J].AudioNeurootot,1997,2:28l.
27 Ponton CW,Eggermont JJ,Kwong B,et al.Maturation ofhuman central auditory system activity:Evidence from multi-channel evoked potentials[J].Clinical Neurophysiology,2000,111:220.
28 Rance G,Cone-Wesson B,Wunderlich J,et al.Speech per-ception and cortical event related potentials in children withauditory neuropathy[J].Ear and Hearing,2002,23:239.
29 Korczak PA,Kurtzberg D,Stapells DR.Effects of sensori-neural hearing loss and personal hearing AIDS on cortical e-vent-related potential and behavioral measures of speech-sound processing[J].Ear and Hearing,2005,26:165.
30 Rapin I,Graziani LJ.Auditory-evoked responses in nor-mal,brain-damaged and deaf infants[J].Neurology,1967,17:881.
31 Kurtzberg D.Cortical event-related potential assessment ofauditory system function[J].Seminars in Hearing,1989,10:252.
32 Stapells DR,Kurtzberg D.Evoked potential assessment ofauditory system integrity in infants[J].Clinics in Perinatolo-gy,1991,18:497.
33 Singh S,Liasis A,Rajput K.et al.Event-related potentialsin pediatric cochlear implant patients[J].Ear and Hearing,2004,25:598.
34 Ponton CW,Eggermont JJ.Of kittens and kids:Altered cor-tical maturation following profound deafness and cochlear im-plant use[J].Audiology&Neurootology,2001,6:363.
35 Karen A,Gordon KA,Tanaka S.Atypical cortical responsesunderlie poor speech perception in children using cochlear im-plants[J].Neuroreport,2005,16:2 041.
36 Gilley PM,Sharma A,Dorman MF,et al.Cortical reorgani-zation in children with cochlear implants[J].Brain Research,2008,1 239:56.
37 Sharma A,Michael F,Dorman AJ,et al.Rapid developmentof cortical auditory evoked potentials after early cochlear im-plantation[J].Neuroreport,2002,13:1 365.
38 Sharma A,Michael F,Andrej K,et al.The influence of asensitive period on central auditory development in childrenwith unilateral and bilateral cochlear implants[J].HearingResearch,2005,203:134.