Vai trò của ức chế trong vỏ não đối với sự hình thành tính nhạy cảm theo hướng của các nơron vùng vỏ não cảm giác soma

- - Hp C L y c Treng no © 1U Riaii T(JNG II iiUAN TAI LlS;U 9-57 I - Cd s3 hinh t h a i cua cac qua t r l n h -&c che d ndroa 9-20 ! • Te bao tiTunf^ g i a n Uc chc t r o n g vo nao GAM - chat t r i m g ^an TSC che t r o n g vo nao 5» Cau t r u e modun va cau t r u e t j p qu-szi I I - Dan l i § u ve cd che t a c d\^t7 Uc che I a n cua ndrun vo nao* I I I - Ciuan nifra ve t r u n g t h y cam va t i n h c h a t d e t e c t o r cua ndron vc nao* 21-26 :6-32 ! • TrUdne; t h y cam cue ndron , Tinh c h a t d e t e c t o r cua ndron vo nao Gc quan phan t l c h xuc g i e c v i b r i s s 17- Dan l i g u ve ve;l t r o 5c che d o i vci thanl-i tirjh c h a t cua ndron vo n o c Phan PHt/OlvG I- b\? ulnii 32-57 III PHAP J«GHl£f^ Cl/U Chuan "bj d^ng v i t t h x n^igna 5b-51 38-39 I I - Kxch t h i c h hTi5n£j taji I I I - Vi d i | n eye duu£ f?e gJii ho^it tLalx dign cua ndron va dung cho v i di^n d i IV- Ghi d i § n t h e cua ndron va aru' l y cac k e t qua nghien cUu !• i)^g Dtfng Tinh Tinh histogram vectd-diagrainjii hf so nh§y cam t h e o hudng t h i g i a n tiem t a n g V- ChUdng trinlri t h y e ng;h iĐiQ 30-51 ô Phan K U T (4UA lY Trang NGfilfiN Chx&jng CtfU I 52-111 3^-70 ©AC T i m DAP Ul^G CUA I^OROi.^ VraG VO ISAO CAtl GlAC-SOriA s o CAP ( S j ) C fxBO K ) I VOI KICH THICH fcliia.'j HOC, KICii TKIGH Od HOC I - i>l§n t h e dap u^ng t r o n g vung c h i e u cua cd quan x u c giac v i b r i s s 5^-33 I I - Phan Ung c u a n d r o n vung c h i e u t r o n g vo nao cam g i a c soma Ichi k i c h t h i c h c a c s ^ i v i b r i a e myt CfiCh r i e n g bift 5'*—63 I I I - Phan tfng c u a n d r o n k h i k i c h t h i c h c a c s mm t b i thay s u i t bi0n cac natron d e t e c t o r m^i, b o | c thay ddi tCob nbay cof& da co t r u ^ dSy cua cac acrron d e t e c t o r (XO)*!ihllQ tac gia cbo r i n g g l u t i ^ a t da boat hoa cac nc^roa 5o cbl trung glaD va k i t qua l a ^ arixat bl0», bo§c tba:7 d d l tlnb nbay cas tbeo bti5ng cim cac t;l bao tbap* • I t l l p tyc tl© b l l u val t r o 5c c h l vo oao d^l v5l sy hltxb thnnb tfnh nbay c^a theo hvtm^ cua coc nc?ron vung cac3 g l a c - a o o a t cbune cbl d'a sii dyng is^t phtfcfng pbap DgblSo c5u kbac, dS l a phifo^ phop kich t b i c b d d i Fbucme |*8P cbo phep nghien c5u val t r o cua qua t r l n h 5c c b l xulu bi§n dtf5l aab hating cua kicb t h l c b h«i5og tSa t y nbiSn troD^ vi#c blnb thanb eac tinh c b i t cua oxyroo vung cam giac^aoffla* Md blnb tbufin l y l cbo v i f c nc^bign c5u noy l a b# t b l o g ttbfty cao xuc giac rSu eao ( v l b r l s e ) * Val t r o cua 5o cbl vo nao dng nbifm vy cy t b I sau dSy s 1« % b l € n c5u d|ic t i o b dii? 5tm cm cac nc^on vut^ vo oao Cora giac-«osia Bcr d p (Sj^) d l i v5i kich t h l c b t b i c b daog voo cd quau nb^n cam v l b r l a a « 3m fbSn t f c b sy blnb tbanb t i n h nb^y casi tbeo cna Dc^ron diiP^l aob btn^ig cua klcb t h l c b hi^^g tSs t h l c b d l l u k b l l o gfiy ra* btidng kich % s i s b l l u anb bii^ag cua ylu t l t h ^ l gian d l l v^l ay b i l n 66l t l a b obpy eioD t b e o hiring cua ac^on» 4* IPhSm t l c b d$c t i n h kbdug g i a n cua ay b i l n doi t l n b nbay c ^ tbeo biiwg cua DC^CHI* 5* K ^ l e o c&u anb bifdisg oua p i c r o t o x i n ( c b I t d^l khang cua GABA) d l l vSi sy blnb tbanb t i n h nbay cm tbeo btf^ng va trt/^nc thy coea cua OCJ^OC vung vo nao cam glac-soiBo qgam t h I y dtryc boo c h i t cua 5c cbl va val t r o cua no d e l v5i ay blnb tbanb cac tfnh c b l t cua nc^on* ^*btmg k i t quo thu diiyc c6nt" t r l n b nghiSn cbo t h I y rang t c5u - t5c c b l troog vo nao kich t h l c b hb^mxe t § a t a o r e ^B lam v o l t bi§n bo^c Im thay d d l t l n b nhay eaa tbeo h\i3fne • » cua fibtfn^ ncrron vun^ c b l l u cua cI, ^^ ax npoueccoB Top:;302ceHiiH B Kope r.io3ra i«aEOJi .^^rpii 0CGp;^f.6J, : ^ , c 1I00-1144 ;*loraii A i j si^iKmaoiiaJiBiiaH opraiU!3ai5iH neilpoiiHnx LiGxaimsucB Moara ^I3a-B0 '' leiu^iiia", ^.QimHTpaRt I-VU, JoraH A.iJ iieicoTopHX ^^xaiinar.iax uoirppaEBi:oro TopiMoixciiiif •M3IICJI i^pii CCCPti-^^f'i'"«S2,.'v: , c *i5S- G.w .joraii A.L, lipMOKOB u.U iKDJia TopiMcmOiiiM B a)0p:.spc3ain22 ai2ia:diiraeci;o2 iMcaajiKii ,oii- MmiOJi0 r-iiypii ot;OPiTGj,.^G,c 7:.I-726 >3 r^oraH A.^,oyxoB A r HGiipomioii opraimoaisiH iiGiirpanBrniX iMCxamisMOB pe^paeiwoB BSidpZCC wHSUOJl jaypH CCCP, lJ77,T.Gvi,;S2,o 224-2oI >4 Uoraii A.ii, laiii Aiy i o a n 06 aHcaiJdJiOBOl opraimaay^K aeOTeJDbHocTa ueiipoiiHiDC CECTGM f^^a .:oifpo!piiaHOJioran , I.;77,I.0,"2 tJlSKJimBOi:ilQ II3iJeu0i£Kta aeOTOJlbiiOOTH KOpOBLDC IlOlipOHOB HOC- JIG KpaTi'XBpCirieuiiLix CTII^V^JIOB Kii "CoBpoiJQiniHe iipodJie2.2B oj:0i:Tpo.r-i3i!ia7xrKii uepDHCli c:aoTerffi** i."i]ayKa",i ^77,c i ^ o - I o ' j >6 LCOCTIOK J r OcHOBHHQ uoxaiiiiariai o6^Qjs^ioimsi ^ioiipoiiOB B HepBEOM IS3:;TPQ B Ka "Jpimu5mH CiioTe:.2iori oprai-aiGaiijm cyiiKimii" i, "Kayia" I o , IIui-125 ;:n3iiojiorHE iioiirpaJiBiioli iiopBiioil cfirei-m KneB , "3iina miojia^$lv77 !&• ICooTwic ,!•!, ii,1.30,133,0 276-23 • GepitOB i' XtOplCOBOG 7OpL20Q£0HnG « iteGB "xiayiiafia ayMKa",IJ36» GropoaoTK i Co££iTiZHecKaH Kopa jj BH ^^^iac^aafl cfKazaaoPHH aepBHoa ciicTGfju" OBffm "i^ifiOBOjlCTBO ao vIai;OToaic>rHH'',JI,"iiayKa",I'J33,c 430- 489* iGTo;; BH^iJtiOJioiu^ cTaiiaapHoii oncitfKH a jtoBepiiTGJiLHHX imrepBaaoB cpGflHBK apH-Ii^TuqeoKux BejEiguH c IIOUOII;BIQ Tadumj^i j^Isa-BO "iUaioapa* , Gyxyi^aii,!;^, GHTiuiOimM u.A » JI.,"Hayica",i:;77, 'lapeHKO 3,Jl,,i• An-^dersen i , Scclcs J u , voorhoeve P.L I n h i b i t o r y synapses on somas or Purkln^e c e l l In t h e aerebellUD IJouure, 1963, V.iyy, liSi^b^/!., P.6i>i; - 656 ?'U AsanuGia l i , uosen t^., Topog3?aphycal organization of c o r t i c a l afferent zones p r o j e c t i n g t o dlcstal f o r e b l s b s muscles In monlceys i^Kp Bra In Kes, / / ! , V^.l'> !" 24>.*i56 ?^ô 43ac3una i i , iiosen J ^veod of ^ono-and polysynaptic comiGCtlona itltbln cat/s socor corce:K i*«p i.5reln -tes., I'j?^^ V.16, 1^.5^7-520 70 Berardl x , iiecp J.^*., i*>llson J.i^, ; l l l l t o /i.*- ^ challenge t o the c l a s s i c a l view of the mechanise* derlyvlng s l o p l e c e l l o r i e n t a t i o n s e l e c t i v i t y J p h y s l o l , IJi^O^ h& >05, P G*i-yo un- ?'/• i»lscoe I ' J « , Cuarcl3 B.i*., Strychnin and c o r c l c o l I n h i b i t i o n i a c u r e , 19C>7, V.214, P ^ l ^ v l : ^ ?8, Brooks V.B., ^Ssanuaia ii PbortDacologlcal s t u d i e s of r e c u r r e n t c o r t i c a l i n h l b i • t l o n and f a c i l i t a t i o n • Aocr J p h y s l o l , l^fej?, V ^ E P» uV*^-661 Brooks V.B, a^oeda * , i^^sgfe K ivecurrent I n h i b i t i o n In the c a t s c e r e b r a l corte:? - i n ••8tructU3?e and f u n c t i o n s of Inblbluory neuronal mecha" 31* ?9 140 a 60, Brooks V.B., uudosln P , Slayoan C.2, P e r i p h e r a l r e c e p t i v e f i e l d s of neuront* In the c a t ' s c e r e b r a l cortex J l e u r o p b y s l o l , IVGl, V .4, 1*2 >, £^# 302 - 325 61 Coloncler '^.ii The fine s t r u c t u r t l arrangessent of the c o r t e x Arob I^eurol., 196'/, v l b , i^*^:?, F, 6>i 657, 82, C u r t i s ^.-H QaDOd - aKlnobutyrlc and glutatnlc acids as oanmallsn central traYtDmltters In ••Metabolic comp and neurotranso," Kelat ^oln Struct, and iunct ^ew-york» iiondon, 1975|, P 11-3G* 63 Curclc I^.H., ]Duggan ^.^., iellxd Bloucullln and central ^Al^A receptors* V.22t>, ^f ^ 27^, P# 676 - 677 Mature, 19?0| 64 Curtis D.ii., Buggan A* >^^., l^ellx D Blcuculln as antagonist of GABA and synaptic Inhibition In the spinal cord of the cat Brain I^s., 1971, V 32, K- 1, P.bS» - *^6 63 Curtis l^.H., iHiggan A#^., Johnston GAK Glycine, strychnine, picrotoxin and spinal Inhibition* Brain hes., l^G^, ^ 1^, ^^- 3, P 75^-762 66 Cuirtls I>«H, delist D The effect ot blcucullne ,.«lpon synaptic Inhibition In the cerebral and cerebellar cortles of the cot* Brain lies*, I W l , V 3^, ^ 2, P 3^1 - 321 87 Curtis lmlU$ Johnston G.A.K iUBlno acid transolttera In the manoollan central nervous aystea ^v^cb pbyslol., lSV'^ V.69, :.2i,p,svô.ie8 86 Curtis l*#i*, Johnston G.A.K., Game G.J.A* Central octlon of blcuculllne J J^curocbem., VJ7^ ^.2'^^ -^3, P 60>606, 69 i^nlels, Pettlgrew J-l*» A study of Inhibitory antagonism In C23t visual cortex, n^40., RA« 1973 V 93t P' 41-62 90 Barlan - sffllcb I u I s b l s t e r x , r.ok - , l o k o t a '^., Somatic sensory c o r t i c a l projection areas ej-clted by t a c t i l e atlQsulstlon of the cat j a t r i p l e r e p r e s e n t a r t l o n J •Physiol, l-;?b6, V.162, i.6Vfi2-Gt'J, 91* i>avldson • ^ iieurotransffilccer arolno-aclds i-ondon-i ew-york : ^cadecjlc Pi^esss I'^V^* 9^ aickson J.»V., Gerstcln »J.ii I n t e r a c t i o n betv;een neurons In auditory cortex of the c a t , J leuro p b y s l o l , 1974, Y.3V, I-SG, P.lc^39-l2(a 9>« Drelfuse J J , ^ l l y J.Li., Sm^jevlc t: C o r t i c a l I n h i b i t i o n and -ctslnobutyrlc a d d iiKp Brain :a?3,, 19bV, V.v, ^^-2, p , 137-ly^U 94 inagan ^ , i^elenman ii Blcucullne and I n h i b i t i o n In the th^l«»us Brain i*es., r / / l , V o , h i , i.icu^i^c" 9% Cykes lv.A., Budnr J.i>., Tnnjl i^.G ^omatotoplc p r o j e c t i o n of tsystaclal v i b r i s s a s on c e r e b r a l cortex of c a t s J.neuropbyslol, ly/V, V , i S j , P W? - 1014 9&» lykes i^.A., Public03?er i \ G , 'ianjl i>.u £i.ultiple l o c i of evoked potenfcldCls In soraatosensory c o r t e x Brain i i e s , 1977, V»i24, Iv2i, x , 16^^-167 Gardner J-.P., Costonaio H.H, i e u r o n a l secbanloiss underlying d i r e c t i o n s e n s i t i v i t y of soffl5tos€ngory c o r t i c a l ceuron^sf In awake Donkeys J Leurophyslol, 19^0, v.4;., 1.23, F 1342-1354 96 G e r s t e i n G.n,, Perkel B.i*., iubrotnaalon K i , X d e n t l / l c a t l o n of functionally r e l a t e d n e u r o l ' e n s e o b l e s , Ba^ln i^es., 197*^, V.13^f i - , P ^ - ^ 99 Goodcbild A.K., Barapney K.A.i* Bandler ^ A ©etboc f o r eroklng physiological responses by s t l E U l a t l o n of c e i l bodies, buc not axons of pooooge Within l o c a l i s e d regions of the c e n t r a l newotLfi^ysteo J.i^'eurosc mech., 196-, V.d, ES-., P 351-X>« 142 « 100 c o t t s c b a l d t &.M.; Iggo A., ioung B.vV ijunctlonal c b a i ^ c t e r i s t l c s of sechanoreceptors In s i n u s h a i r f o l l i c l e s of the c o t J i r j y s l o l , 1973, \r.233t 1^^» ' • ^ - 3 101 Gray -•G* i»xosomatlc and axodendrlc synapses of the cei»ebrel cortex : on e l e c t r o n olcroscope study J 1-nao., l.;39, V.-^j^, 1.2.,, x-.42u-^^»3 102 Hellweg if.O., *icbults «u, C3?eutzfeldi; u,D, i ^ x t r a c e l l u l a r and I n t r a c e l l u l a r recording fron? c a t ' s cori;lcal vrtsker projection area s tbalaDacortlcal resp# onse transfortsntlon J t e u r o pby o l o l , 1977, V 4Q, E > , ^ ,/fG3-^f7^j, 103 liess ^^., ^^urata ^*« Effects of glutaaoc end WBA on specif ic response p r o p e r t i e s of neurond^ In the v i s u a l cortex, i^xp Brain :ses., 1974, V , ^ l , Ii23, p 26>-297 104 Hess H., J07-909 106 Hill i- ^», almonds ^i.**., A cooparotiive study of socae convulspnt substanoes as Y- oKlnobutyrlc o d d antagonist In the feline coreb- rol cortex B r i t Jm p b a r o a c o l , 1973, *'.4v, i ' l , P - 107 iilcks T r , B^kes i^*» i^ecepclve fitd size for certain neurons prlnory soj^atosenaory cortex Is determined byfii^iiii-âedloted Intra corclcol Inhibition* Brain, -es,, VJ^^t ^•-V^t -• !• ^•lOu-164 ^ > SI 106 Hubel P#ii., ^^lesol a.h iieceptlve fields , binocular Interaction and functional architecture In cat's visual cortex J.pbyslol., 1962, V 160, P.106-15iU 109 Hyvarlnen ti., i^oraoen A * ovemeot - sensitive and direction and orientationselective cutaneous receptive fidds In the band area of che posocentaral gyrus In Donkeys J.physiol, london, 197^, /«23, p , 52>537» 110 Ito i?r i^ODe quantltatilve a s p e c t s of v i b r i s s a driven neuronal responses In r o t neocortex J iNeuropbyslol,, l > ^ i , V,4G, »2 , r 70i> - 715 111 I t o , K-awabaca J'.f ^hojl K jvesponaes of v i b r i s s a s e n s i t i v e c o r t i c a l neurons normal and prenauoaiy >:-lnradlaltedl r a t j iJeuropljyslol, 1^79, V r;26, ,1711-1726 In 112 Iversen i i B , , i c a l ^^.J subcellular distribution of endogenous and (ii"')-OABA In rac cerebral cortex brlt J Pbaroocol., 1969, V.36^ K ^ , i.^.2U«>-206 113 Iversen A^.**., -?ieol *^^.J 2hc uptake, Storage, release and metabDllsm of V A B A In Inhibitory nerves • In **Perspeci:ive0 In neuropharoocology", i^ew^/ork, "Oxford Univ Press", 1972, 1.75-111 11' Johnson J.i* l*he e r c i t a n t amlno-acld glutamic and ^isparclc ^cid as t r a n s m i t t e r , c a n d i d a t e s In che vcrtebroce c e n t r a l nempoar> system Progr i^euroblol, 197ii, V.iO, h2p^ p 155-202 115 Jones I^.G Varieties and distribution of nocpyraraldal cell In the soEaclc sensory cortex In the spulrrel oonkey J.coop i'Gurol., 197>, ^*.16U, IV.A Cutaneous masl:lng i i Stereometry of excitatory and Inhibitory receptive fields • of single units In sODa-tosensory cortex of the c a t J.I^euro pbyslol, 1979, v.42, K24, P.106l-.1062ô 120 Man* ^ B , Uolt v:.3., I'ove X««^ Afferent aiodulatlon of the excitability of pyroialdal ts^aet f i b e r s , i^otp I^eurol., 1977, V.55, i;22, P.4l4-43$ 121 i^^rln - i a d l l l a ' • Origin Of the p e r i c e l l u l a r baskets of ^be pyrsf^ldol o e l l s of the huoan zootor cortex : a Oolgy-study iiraln irses., 19€>9, V.14, h2^^ P 633 • 646 I2r i^urln - PadlUa ^ Prenatal and early postnatal ontogenesis of the buoan docor cortex I A.^olgl study XI tbe bosfeefr pyramidal aysteo Brain i ^ s , 1970, V.^3, K I , 1.165-191 123 Morln - PodlHo ^m Pouble origin of the perlcelliilar baskets of tbe p^raraldal c e l l s of the human motor cortex A^ ''Olgjr , study i3roln nes 1972.y 36, i^2i, ^\ 1-12 124 i ^ r t l n A5.L., iilller ii.P, Oooment on the evidence for GAD I I • In ••GABA In nervous system function", (ids i^obertls P, chase a',l»\ Tcwer O.B.J I^evr-ycrk, "^ven p r e s s " , 1976, P.57«49 «125 126, i&dXennan H ^cepoors for the exltatory jamlno acids in tbe moB^ mallan central nervous system Progr ieuroblol, 1963, "'.'^o, i]234, P 251-271 Mountcastle V.B« Modality and topographic properties of single rones of cat s somatic sensory cortex J.leurophyslol, 1957, V.A;, P 406-434 neu- 127 Mountcastle V.xi., Pgvles P.v., German il.-u •»:esponse properties of neurons of cat's somatic sensory cortex to porlpbeffatl stimuli J.Iieuropbyalol, 1957, V, 20, P.37**-^tQ7 126 Patel H.U, aUlito U inhibition and tbe normal ocular dominance distribution In ohe cat visual cortex J.physiol., 1976, V.260, i.2l, i 43-49 129 Patel B.Li,, 31lllto tr Inhibition and tbe velocity turning in tbe oat visual cortex J.physiol., 19V6, V.264, il2i, P.113-114 130 Phillips C.Or Actions of antidromic pyramidal volleys on single bets cells In tbe cat J# «xp# pbyslol, 1959., V 44, K 1, p 1-25 131 Powell i'.P.^., uountcastle V.i^, Some aspects of tbe functional organisation of tbe cortex of tbe postcentral gyrus of tbe monkey Bull John , opklns iosp., 1959, V.i05,i424,i-.133-162 15Z Kamon X Cajal S iJtudles on tbe cerebral cortex i-ondon-Lloyd-Lulte,1955 133 Rose A*., Blakeaore c Effects of blcucullne on function of Inhibition visual cortex A\atare, 1974, V 249, 1^25455, ^ 373-577 la 145 * 134 Schults i^., Oaibraltb G.G., A conpsrlslon of primary afferent and cortical unit activity coding jglnuo hair movements In the cat arp Brain X^s., 1976, V 24, K , P 365-361 135# Sllllto A.iA The effectiveness of blcucullne as an antagonist of GABA and visually evoked Inhibitory of the cat's striate cortex J pbyslol, 1975a, ^.250, x^a 2, i\ 267-3OA 1$6 6uilto 4.i^ Tbe contribution of Inhibitory oecbamlsms of the receptive field properties of neurons In the striate cortex of the cat, J.pb^'slol, 1975h, V.25O, K 2 ^ ^ 305 - 329 13'/ i^llllto A.k Inhibitory processes underlying the directional specificity ofclngle complex and bypercomplex cclla the cat's visual costex J.physiol., 1977, ^ «^/l, l^^^i^t P 699 - 720 In 136 SlUito J^.iU Inhibitory mochanlens lnlluencln(^ complex cell orientation selectivity and their modification at high discba*^ i^e levels J.physiol, 197>, V,2i;9, ^2i, P.33->3 139 Sllllto A.^^., ^ o p J.i), Alison J.^ A JRe-evaluatlon of tbe mechanisms underlying simple cell orientation selectivity Brain «es., 1^60, V.19^, ^i> P 517-5^^0 140 Simons I' J •^sponse properties of vibrissa units in tbe ]?at Bl somatosensory neocortex J.iieurophysiol, 19V6, V 4i, 1*23, ^ 796-c2D 141 Simons B.J Punctlonal organization In mouse barrel cortex Brain ^ies., 1979 g V, 16:;, 1^23, p 327-332 i.42 6lmona D.J ^iultl - v/blsker Stimulation and I t s effects on vibr i s s units In r a t Sml barrel cortex nrain oa., 1963, ^ 276, K I , X 176-162 143 6icnoas B.J I'emporal and spatial lnce)pCi;Vstlon In the l^t 3l vibrissa cortex J l^europhyslol, 1965, V 54, l\B^^ P.764 - 601 144 Sooogyl p A s ^ c l f l c axo-axonal Intemeuron In tbe visual cortex of ch© c a t Brain ifea, 1977, ^.136, l';22,P^345-350 I43 Somogyl P., oowey A^ Combined Oolg^nd electron mlcroscople study on tbe synapses formed by double bougueM: cells In the visual cortex of the oat and aonkey J.comp tfecrol, 1981,V 195, 1.24, p 5/fy - 566 146 SoQOgyl p , Preund T., cowey A The asro-oxonlc inter-neuron in the oezrebi^l cortex of the r a t , cat and monkey Keuroaclence, 1962, V 7, h^H^ P 2575-2607 147« Soot^yl P , Preund T., cowey A Tbe section - C^olgl Impregnation procedur II Im-^muiiocytochemlcal demontratlon of glutamate decarboxylase l a Golgl-lmpregatated neurons and t h e i r afferent synaptic boutons In tbe visual cortex of the oat Keurosclence, 1963, V,9, 1^23, p 475 - -^O, 148 Somogyi P , iireund 2, Kusvarday ^ Blfferenc types of H^ « GABA accumulating neurons In tbe visltol cortex of tbe r a t cboracterlsatlon by combined autoradiography and Golgi impregnation Exp Brain Jies., 1964, V 54, Ii2i, p , 45-57 149 Steward £.G, hn7e H.H Structure - activity relationships In lnblblt03^ processes Involving tbe GABA - nergls ayetem x*»/ In "iontophoresis and transmitter mechanisms In tbe motn^ mallan central nervous system", 1976, "Blomed Press", i P 394 - 150 *%ent8goth9l J The module - concept In cerebral cortex architectureBrain ^cs., 1975, V, , i^2 P 475 - -^^96 131 ^onaka k x>lstlnct -i-and l-strea^is In the cat vleuol cortex revealed by blcuculllne application - Brain ii^es., 1^63, V 26,., J-2l, P 14^ « li.7, 152 Towe A.ii«, Pacton H.B., iCennedy 1'.*' i>opertleB of the pyrflmldoQ system in the cat i-xp * Gurol., 196p, *^ L, i*2p, j:> 4.20 - 236, 153 Towe i^.^, Ahltehom B., isuqulat J.k Differencial activity amonc wide - field Neurons of the cat posjcruclote cerebral cortex ^p% i^eurol,196ii, V 20, X.24, P 497 - 521 1>+ ioyama k., natsuuaml ii I^nopclc action of specific visual i a ^ p u l s e s upon cat's parastriate cortex i>raio : ^ s , 1V66, \ 10, h4^, 1- 473 - 476 155 Tsunoto J, ^dcate ^u, crexvtzfeldt D odlfication of orientation sensltlvlcy of cat visual cortex neurons by removal of G A B A mediated Inhibition ;;xp Iraln es., 1979, *^.34, B2f, p ^^ji^ 363 15*^ Tsumoto G.', IckaPt ^v., Creutssfeldt O.i^ A role of GABA - er^lc Inbiblcion in feature detecting properties of neurons In the cat's visual cortex Bromed i.eo., 1962, ^23, ayppl, ^ 95-9;^ 157 Bcblsonok C b a r a c t e r i s t l c a of e x c i t a t o r y ond lnblblt03?y synapses §a the c o n t r o l nervous system of tbe c a t jbittture, 1965, ^ ^^^07, ^2 4997, ^\ 64 - 643 146 ^ *156 Welker C ^Icroelectrodc delineation of the fine again soma-* topic organization of 3mi cerebral neocortex In albino rat i^raln ites., 1971, V.*-6, isi2:„, i-, '^^f^ «;V3 159 v b l t s e l B ^ , D3?cer B.A., iiollln s i^i iiepresentatlon of moving s t i m u l i by somctosensory neurons Ped i r o c , 1976, V.3'/, i^2v, ^ , 223 - 2^7 160 *vhltsQl j ' ^ , I'oppolo J i t , Werner 6, C o r t i c a l information processing of stimulus motion on prima te si^ln J I^europbysiol, 1972, V, ^ , 2]23 p , 691-717 161 .voblsey T.i^., i»ooo Van der - ii 2he s t r u c t u r a l organlzaulon of Bayer iV In s o a a t o eensory region ( j ) of EBOuse c e r e b r a l c o r t e x 'Phe d l s c r l p c l o n of c o r t i c a l f i e l d composed of d i s c r e t e c y t o a r c h l t e c t u r a l u n l c s Brain iies., 1970, V.17, i.:2l,p.,:05-242 162 tucker ^ | >^elker ;*.ii Coding of somatic sensory input by vifcrissae neurons In the r a t ' s trl{.^eDlnal ganglion Brain ; e s , lv64,V\12, Ii2 , I 136-lpu ... v i b r i s s 5^-33 I I - Phan Ung c u a n d r o n vung c h i e u t r o n g vo nao cam g i a c soma Ichi k i c h t h i c h c a c s ^ i v i b r i a e myt CfiCh r i e n g bift 5'*—63 I I I - Phan... i ben cua s^i v i b r i s s chj-u k i c h t h i c h hutig 2« Sy t h a y d o i t i n h nh§y cam theo hUdng cua ndron k h i t h a y d o i khoang each g i a k i c h t h i c h d i e u k h i e n va... * I I - Ve s y b i e n d o i t i n h nhay cam t h e o hu5ng cua n d r o n vung vo nao cam giac -soma dudi anli huSng cua k i c h t h i c h doi» 116-12 I I I - Ve anh ^vTdng cua yeu t o t h i g