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  7. $BDHK\2B;R(B, Renger John, $B>.H(K.I'(B, Hensch Takao$B!J(B2001.9$B!K!!%^%&%9;k3PLn$K$*$1$k(BGABAA$B
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  10. $B;3K\M'H~(B, $B>.H(K.I'(B, $BLx@n1&@iIW!J(B2001.9$B!K%^%&%9%0%j%7%s%H%i%s%9%]!<%?!<(B2$B$N0dEA;R9=B$$HH/8=D4@a5!9=!#Bh(B24$B2sF|K\?@7P2J3XBg2q!J5~ET!K!#(B
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  13. $B;38*MU;R(B, $B>.H(K.I'!J(B2001.9$B!K@8BNFb$K$*$1$k%7%J%W%7%s(BI$B$N%j%s;@2=!](BMAP$B%-%J!<%<$K$h$kD4@a!#Bh(B24$B2sF|K\?@7P2J3XBg2q!J5~ET!K(B
  14. $B7,L>=S0l(B, $B2,EDBY>;(B, $B?{86H~;R(B, $B>.H(K.I'!J(B2001.9$B!KCf?u@-8F5[?@7P2sO)LV$NH/C#$K$*$1$k(BGABA$B$NLr3d!#Bh(B24$B2sF|K\?@7P2J3XBg2q!J5~ET!K(B
  15. Kaneko K, Obata K (2001.11) Enhanced synaptic plasticity in the thalamoamygdala pathway of adult GAD65 knockout mice. 31th Annual Meeting of Society for Neuroscience (San Diego, USA).
  16. Ebihara S, Obata K, Yanagawa Y (2001.11) Structure, chromosomal localization, and promoter analysis of the mouse vesicular GABA transporter gene. 31th Annual Meeting of Society for Neuroscience (San Diego, USA).
  17. Takagi S, Obata K, Tsubokawa H (2001.11) GABAergic inputs contribute to activity-dependent changes in cell volume in the hippocampal CA1 regions. 31th Annual Meeting of Society for Neuroscience (San Diego, USA).
  18. $BCf.H(K.I'(B, $BB<>eIY;NIW!J(B2001.12$B!K%^%&%9B[;y$K$*$1$k(BGABA$B:nF0@-%K%e!<%m%s$N0\F07PO)!#Bh(B24$B2sF|K\J,;R@8J*3X2qG/2q!J2#IM!K(B

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  1. Murakami M, Yoshimura K, Segawa A$B!J(B2001, 2$B!K(BRelationship between amylase secretion and fluid secretion in the isolated perfused parotid gland of the rat. Gordon Research Conference on Salivary glands and Saliva(Ventura, USA).
  2. $BB<>e@/N4!$5HB<7<0l!$?yC+Gn;N!J(B2001, 3$B!KBC1UA#$K$*$1$k?eJ,Hg$HCAGrJ,Hg$N4X78!%Bh(B78$B2sF|K\@8M}3X2qBg2q!J5~ET!K!%(B
  3. Seo Y, Shinar S, Morita Y, Ikoma K, Kusaka Y, Murakami M, Navon G$B!J(B2001. 7$B!K(BDegeneration of Neurofilament of Rat Sciatic Nerve Detected by 2H Double Quantum Filtered NMR Spectroscopy and Imaging. 6th International Conference on Magnetic Resonance Microscopy$B!J(BNottingham, UK$B!K(B.
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  5. Murakami M, Yoshimura K, Sugiya H, Segawa A, Riva A (2001. 8) Relationship between protein and fluid secretion in the perfused salivary gland. IUPS satellite Symposium on Exocrine Secretion$B!J(BLeura,Australia$B!K!%(B
  6. $B@%HxK'51!$2.Ln9';K!$?9ED7e@/N4(B (2001. 9)$B%i%C%H(BCSF$B;:@8$X$N(BpCO2$B$N1F6A!'(BGD-DTPA$BB$1F(B T1$B6/D4(BMRI$BK!$K$h$kB,Dj(B. $BBh(B29$B2sF|K\<'5$6&LD0e3X2qBg2q!JC^GH!K(B
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  8. $B@%HxK'51!$Bk8TNe@/N4!J(B2001. 11$B!K%i%C%HG>@T?q1U;:@8$X$N7lCfC:;@%,%9J,05$N1F6A!'(BGd-DTPA $BB$1F(B T1$B6/D4(B MRI$BK!$K$h$kB,Dj!%Bh(B40$B2s(BNMR$BF$O@2q!J5~ET!K(B
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  1. Mohri T, Shirakawa H, Oda S & Miyazaki S (2001.3) Ca2+/Mn2+dynamics during Ca2+ oscillations in mouse eggs. Jpn J Physiol 51 (Suppl): S122. $BBh(B78$B2sF|K\@8M}3X2qBg2q!J5~ET!K(B
  2. Aida T, Oda S, Awaji T & Miyazaki S (2001.3) A method for efficient expression of a GFP variant in mouse oocytes. Jpn J Physiol 51 (Suppl) : S112. $BBh(B78$B2sF|K\@8M}3X2qBg2q!J5~ET!K(B.
  3. Awaji T, Hirasawa A, Shirakawa H, Tsujimoto G & Miyazaki S (2001.3) Novel GFP-based ratiometric indicators for monitoring intracellular pH. Jpn J Physiol 51 (Suppl) : S114. $BBh(B78$B2sF|K\@8M}3X2qBg2q!J5~ET!K(B.
  4. Shirakawa S & Miyazaki S (2001.3) Dual emission ratiometric measurement of intracellular calcium with visible-light excitation. Jpn J Physiol 51 (Suppl) : S109. $BBh(B78$B2sF|K\@8M}3X2qBg2q!J5~ET!K(B.
  5. Miyazaki, S (2001.7) Physiological characterization of mammalian sperm factor. Gordon Research Conf., $B!H(BFertilization and Activation of Develoment$B!I(B. Program p. 2, (Plymouth, New Hampshire, USA).
  6. Nagase Y, Uezono Y, Kaibara M, Murasaki O, Yoshida S & Taniyama K (2001.3) Interference of propofol on the Gi/o and Gs protein coupled receptors. Jpn J Pharmacol 85 (Suppl) : P-426$B!%Bh(B74$B2sF|K\LtM}3X2qG/2s!J2#IM!K!%(B
  7. Hiyama TY, Watanabe E, Yoshida S, Noda M (2001.9) Nax is a sodium level-sensing sodium channel. Neurosci Res (Suppl 25) : S70$B!$Bh(B24$B2sF|K\?@7P2J3X!&Bh(B44$B2sF|K\?@7P2=3X!&9gF1Bg2q!J5~ET!K(B.
  8. Ono T, Fujimura K, Yoshida S, Shibata S (2001.9) Evaluation of corpus callosotomy on intractable epilepsy in rats. Neurosci Res (Suppl 25) : S174. $BBh(B24$B2sF|K\?@7P2J3X!&Bh(B44$B2sF|K\?@7P2=3X!&9gF1Bg2q!J5~ET!K!%(B
  9. Hiyama TY, Watanabe E, Yoshida S & Noda M (2001.11) Nax channel is involved in monitoring extracellular sodium concentration. Soc for Neurosci 31st Annual Meeting. Abstr Vol. E-22 (San Diego, USA).

$B!T@8BNKl8&5fItLg!U(B

  1. Takahashi N (2001.1) Two-photon imaging of glucose-induced exocytotic events in pancreatic islet of Langerhans. 4th conference on ABC protein and Ion channels (Kyoto).
  2. Ellis-Davies GCR, Matsukazi M, Tachikawa A, Miyashita Y, Iino M, Barsotti RJ, Kasai H (2001.2) Development of caged glutamates for two-photon functional mapping of glutamate receptors in living hippocampal neurons. Biophysical Society (USA).
  3. Kasai H (2001.3) The diversity of Ca dependent exocytosis. International Group for Insulin Secretion (IGIS) symposium (Nice).
  4. Takahashi N (2001.3) Two-photon exocytosis of insulin exocytotic events in pancreatic islet of Langerhans. International Group for Insulin Secretion (IGIS)- symposium (Nice).
  5. $B2O@>=UO:!$4_K\Bs:H!$N-$F$$$F$$!$:,K\CN8J!$9b66NQ;R!$LZB
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  7. $B5WLZEDJ8IW(B(2001.3) $B?e%9%H%l%9$G3+$/#K%A%c%M%kBh(B78$B2sF|K\@8M}3X2q!J5~ET!K!#(B
  8. $B9b66NQ;R!$:,K\CN8J!$2O@>=UO:(B(2001.4) 2$B8w;RNe5/K!$rMQ$$$?g9EgI8K\$K$*$1$k%$%s%9%j%s3+8}J|=P$N2D;k2=2r@O!#Bh(B44$B2sF|K\E|G"IB3X2qG/
  9. $B9b66NQ;R!$2O@>=UO:(B (2001.6) 2$B8w;RNe5/CGAX2hA|K!$rMQ$$$?g9Eg%$%s%9%j%s3+8}J|=P$N2D;k2=2r@O!#Bh(B74$B2sF|K\FbJ,Hg3X2q!J2#IM!K!#(B
  10. Noriko Takahashi, Tomomi Nemoto, Haruo Kasai (2001.9) Two-photon excitation imaging of insulin exocytosis in intact pancreatic islets of Langerhans. $BBh(B37$B2s2$=#E|G"IB3X2q!J%0%i%9%4!
  11. $B>>:j@/5*!$(BGraham C.R. Ellis-Davies$B!$:,K\CN8J!$5\2=UO:(B (2001.9) $B3$GO(BCA1$B?mBN:YK&$K$*$1$kuFM5/%9%Q%$%s$N7ABV$H%0%k%?%_%s;@
  12. $B9b66NQ;R!$2O@>=UO:(B (2001.10) $Bg9EgI8K\$K$*$1$k%$%s%9%j%s3+8}J|=P$N2D;k2=2r@O!#Bh(B74$B2sF|K\@82=3X3X2q%7%s%]%8%&%`!J5~ET!K(B

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  1. Okada Y, Sabirov RZ, Abdullaev IF, Ando-Akatsuka Y (2001.3) CFTR-mediated regulation of volume-sensitive anion channels and ATP release. $BBh(B78$B2sF|K\@8M}3X2qBg2q%7%s%]%8%&%`!VCAGr
  2. Morishima S, Peti-Peterdi J, Bell PD, Miyoshi T, Okada Y(2001.3) Involvement of aquaporins in osmoregulation in macula densa cells studied by two-photon laser microscopy. $BBh(B78$B2sF|K\@8M}3X2qBg2q%7%s%]%8%&%`!V?UG":Y4I$N%$%*%s%A%c%M%k$*$h$SM"AwC4BN$NH/8=$H5!G=D4@a!W!J5~ET!K(B
  3. Maeno E, Wakabayashi S, Okada Y (2001.3) Role of a Na+/H+ exchange in disordered volume regulation associated with apoptosis induced by physical shrinkage. $BBh(B78$B2sF|K\@8M}3X2qBg2q!J5~ET!K(B
  4. Manabe K, Morishima S, Dezaki K, Okada Y (2001.3) Secretory volume decrease (SVD) and regulatory volume increase (RVI) in colonic epithelial cells. $BBh(B78$B2sF|K\@8M}3X2qBg2q!J5~ET!K(B
  5. Dezaki K, Maeno E, Okada Y (2001.3) Cytosolic K+, Cl-and Ca2+ changes during early stage of cell apoptosis. $BBh(B78$B2sF|K\@8M}3X2qBg2q!J5~ET!K(B
  6. Mori S, Morishima S, Dezaki K, Takasaki M, Okada Y (2001.3) Effects of lactacidosis upon cell volume and volume-sensitive Cl- currents in neuronally differentiated NG108-15 cells. $BBh(B78$B2sF|K\@8M}3X2qBg2q!J5~ET!K(B
  7. Nabekura T, Morishima S, Cover TL, Mori S, Kannan H, Komune S, Okada Y (2001.3) Recovery from persistent glial cell swelling under lactacidosis by introduction of anion channels. $BBh(B78$B2sF|K\@8M}3X2qBg2q!J5~ET!K(B
  8. Sabirov RZ, Dutta AK, Okada Y (2001.3) A conductive pathway for swelling-induced ATP release: volume- activated large-conductance Cl-channel in murine mammary C127 cells. $BBh(B78$B2sF|K\@8M}3X2qBg2q!J5~ET!K(B
  9. Wang J, Morishima S, Okada Y (2001.3) A volume- regulatory, Ca2+-activated, intermedate-conductance K+channel in human epithelial cells. $BBh(B78$B2sF|K\@8M}3X2qBg2q!J5~ET!K(B
  10. Abdullaev IF, Sabirov RZ, Ando-Akatsuka Y, Dezaki K, Okada Y (2001.3) Effects of CFTR expression on volume-sensitive Cl-currents in HEK293T and C127 cells. $BBh(B78$B2sF|K\@8M}3X2qBg2q!J5~ET!K(B
  11. Hara Y, Wakamori M, Okada Y, Imoto K, Mori Y (2001.3) A novel $B&B(B-NAD+-activated Ca2+-permeable channel confers susceptibility to reactive oxygen species-induced cell death. $BBh(B78$B2sF|K\@8M}3X2qBg2q!J5~ET!K(B
  12. Okada Y, Maeno E, Ishizaki Y, Wakabayashi S (2001. 5) Disordered cell volume regulation associated with apoptosis. Cell Struct. Funct. $BBh(B54$B2sF|K\:YK&@8J*3X2qBg2q%7%s%]%8%&%`!V%"%]%H!<%7%9M6F3$HAK32$NJ,;R:YK&@8J*3XE*?7E83+!W!J4tIl!K(B
  13. Maeno E, Tsubata T, Ishizaki Y, Okada Y (2001.5) Apoptotic volume decrease (AVD) process independent of apoptotic mitochondrial events. $BBh(B54$B2sF|K\:YK&@8J*3X2qBg2q!J4tIl!K(B
  14. $B2,EDBY?-(B (2001.6) $B:YK&$N?;F)05$N1~Ez$HMF@QD4@a5!9=!'$=$N@8M}$HIBBV!#Bh(B23$B2sF|K\Kc?l!&LtM}3X2q3X=QBg2q!&FCJL9V1i!JEl5~!K(B
  15. Okada Y, Sabirov RZ, Dezaki K, Hazama A, Fan H-T, Abdullaev I, Shimizu T, Dutta AK, Hayashi S, Ando- Akatsuka Y, Tsumura T, Maeno E (2001.8) The pathway and roles of ATP release from epithelial cells. IUPS 2001 Satellite Symposium:Electrolyte Transport across Exocrine Epithelia (Blue Mountains, Australia).
  16. Sabirov RZ, Dutta AK, Okada Y (2001.8) Swelling- induced maxi-anion channel in murine C127 cells: ATP-block and ATP-permeation. IUPS 2001 Satellite Symposium:Electrolyte Transport across Exocrine Epithelia (Blue Mountains, Australia).
  17. Okada Y, Maeno E, Wakabayashi S, Ishizaki Y (2001.8) Disordered cell volume regulation in apoptotic cells. IUPS Satellite Symposium: Molecular Mechanisms in Cell Volume Regulation (Queenstown, New Zealand).
  18. Morishima S, Kida H, Konno T, Ueda S, Okada Y (2001.8) Role of water channel in cell volume changes and regulation under hypotonic stress. IUPS Satellite Symposium:Molecular Mechanisms in Cell Volume Regulation (Queenstown, New Zealand).
  19. Okada Y, Maeno E, Tsubata T, Ishizaki Y (2001.8) Induction mechanism of apoptotic volume decrease (AVD) is independent of mitochondrial events. The 34th International Congress of Physiological Sciences (Christchurch, New Zealand).
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  22. Okada Y (2001.9) Pathway and roles of ATP release from CFTR-expressing and lacking cells. International Meeting. CFTR Pathophysiology of Chloride Channels and Channel Regulators (Leuven, Belgium).
  23. Okada Y (2001.9) Receptor-mediated control of anion channels involved in cell volume regulation. International Symposium. Molecular Physiology of Chloride Channels: From Molecule to Disease (Leuven, Belgium).
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  25. $B@VDM7k;R(B, Abdullaev IF, Sabirov RZ (2001.10) $BMF@Q46-$B%A%c%M%k$H$=$l$r@)8f$9$k(BCFTR$BCAGr8E20!K(B

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  1. $B
  2. Tsujinoue H, Nakatani T, Yoshiji H, Akahane T, Fukui H, Ikenaka K, Kuriyama S (2001.7) Improvement of retrovirus-mediated gene transfer into tumor cell. $BBh(B7$B2sF|K\0dEA;R<#NE3X2q!JEl5~!K(B
  3. $BCSCf0lM5(B(2001.8) $B%"%k%D%O%$%^!<(B/$B%Q!<%-%s%=%sIBBh(B38$B2sF|K\NW>2J,;R0e3X2q3X=QAm2q!J;%KZ!K(B
  4. Hasegawa A, Iwasaki Y, Yamada M, Ogawa M, Ikenaka K (2001.8) Cystatin C induces astrocyte differentiation by inhibition of cystein proteases. Joint Meeting 18th Biennial Meeting of the ISN and 32nd Annual Meeting of the ASN (Buenos Aires, Argentina)$B!%(B
  5. Ishibashi T, Ikenaka K, Hirahara Y, Honke K, Dupree PE, Baba, H. (2001.8) Myelin sulfatide is essential for clustering of ion channels near the Node of Ranvier. Joint Meeting 18th Biennial Meeting of the ISN and 32ndAnnual Meeting of the ASN (Buenos Aires, Argentina)$B!%(B
  6. $BCSCf0lM5(B(2001.9) $B0dEA;R<#NE!#Bh(B2$B2sF|K\J,;RG>?@7P302J3X2q!JL>8E20!K(B
  7. Baba H, Ishibashi T, Ikenaka K (2001.9) Molecular components of myelin that restrict channel localization to the nodal region. $BBh(B44$B2sF|K\?@7P2=3X!&Bh(B24$B2sF|K\?@7P2J3X3X2q9gF1G/2q!J5~ET!K(B
  8. $B:4!9LZ3X!$CfJ?7rM4!$2OLnMN;0!$@6?eX*;J!$5HJv=S?@7P302J3X2q!JL>8E20!K(B
  9. $BOBED7=
  10. $B@6?e7r;K!$OBED7= $B!!(B
  11. $BCfJ?1Q;R!$H/@82aDx$r2r@O$9$k:YK&0\F0DI@WJ}K!$N3NN)!#Bh(B44$B2sF|K\?@7P2=3X!&Bh(B24$B2sF|K\?@7P2J3X3X2q9gF1G/2q!J5~ET!K(B
  12. $B@P66CR;R!$CSCf0lM5!$0f>eK'O:!$L\2CED1QJe!$GO>l9-;R(B(2001.9) $BCf?u?@7P7O(BAxo-paradonal junciton$B7A@.$K$*$1$k(BCD9$B$N?7$?$JLr3d!#Bh(B44$B2sF|K\?@7P2=3X!&Bh(B24$B2sF|K\?@7P2J3X3X2q9gF1G/2q!J5~ET!K(B
  13. $BCfJ?7rM4!$
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  15. Kazuhiro Ikenaka, (2001.10) Regulation of Glial Cell Development$B!$F|4Z9gF1%;%_%J!<(B (Sogipo, Korea)
  16. $BCSEDIp;K!$F#K\0lO/!$@P0f>O42!$CfKL?50l!$D9C+=c9(!$CSCf0lM5(B(2001.10) $B7OE}E*(BAdult$B%^%&%9G>FbCf@-(BN-$B7k9g7?E|CAGrE|:?$N(BHPLC2$Be$N
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$B!T1U@->pJs8&5fItLg!U(B

  1. Mori M,Konno T,Morii T, Nagayama K, Imoto K (2001.2) Interaction between calmodulin and voltage- dependent sodium channel. Biophysical Society 45th Annual Meeting (Boston, USA).
  2. Nakai J, Ohkura M, Imoto K (2001.2) A novel high signal-to-noise Ca2+ probe composed of a single green fluorescent protein. Biophysical Society 45th Annual Meeting (Boston, USA).
  3. Protasi F, Nakai J, Beam KG, Takekura H, Franzini- Armstrong C, Allen PD (2001.2)Two independent regions of RYR1 (1837-2154and 2659-3720) restore skeletal type E-C coupling and DHPR junctional tetrads. Biophysical Society 45th Annual Meeting (Boston, USA).
  4. $B0fK\!!7IFs!J(B2001.3$B!K%$%*%s%A%c%M%k$H?@7P2sO)!#Bh(B78$B2sF|K\@8M}3X2qBg2q!J5~ET!K(B
  5. $B>>2<$+$*$j!$2+$B%A%c%M%k3h@-$NJQ2=!#Bh(B78$B2sF|K\@8M}3X2qBg2q!J5~ET!K(B
  6. $B>>2<$+$*$j!$.G>%7%J%W%9$N@-
  7. Matsushita K, Wakamori M, Mori Y, Imoto K (2001. 11$B!K(BParadoxical enhancement of cerebellar synaptic transmission in rolling calcium channel mutant mice. The 31st Annual Meeting, Society for Neuroscience (San Diego, USA).
  8. Huda K, Imoto K (2001. 11$B!K(BDefective feedforward inhibition of thalamocortical integration in tottering epileptic mice. The 31st Annual Meeting, Society for Neuroscience (San Diego, USA).

$B!T9b

  1. Yagi T (2001.7) Somatic mutations of synaptic cadherins(CNR family) in the brain. GRC on Neural Plasticity (Newport).
  2. Yagi T (2001.8) Somatic mutations of synaptic cadherins(CNR family) in the brain. Joint Meeting of the International Society for Neurochemistry and American Society for the Neurochemistry (Buenos Aires).
  3. $BH,LZ!!7r(B (2001.3) $B0dEA;R2~JQF0J*8&5f$N35MW$HE83+!#Bh(B78$B2sF|K\@8M}3X2q%7%s%]%8%&%`!J5~ET!K(B
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  11. $BH,LZ!!7r(B (2001.11) $B%7%J%W%9$KB8:_$9$k%+%I%X%j%sJ,;R72!'(B CNR$B%U%!%_%j!
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  1. Komatsu H, Kinoshita M$B!J(B2001.7$B!K(BNeural representation of surface luminance and brightness in the macaque primary visual cortex (V1). $BBh(B1$B2s%"%8%";k3P%+%s%U%!%l%s%9(B($B>EFn(B)
  2. $BBg@>6G;N(B, $B>.CSCR(B, $B0fEDH~.>>1QI'(B, $B;0>e>O0t(B, $B8eF#=SFs(B, $BKL867rFs(B, Farajallah A, Suryobroto B, $B;3?9E/M:!J(B2001.9$B!K(B2$B?'@-?'3P%^%+%/%6%k$OB8:_$9$k$+!)!J(B1$B!KJ,;R0dEA3XE*
  3. $B2V_7L@=S(B, $B;0>e>O0t(B, Angelika PS, $BC]Cf=$(B, $B8eF#=SFs(B, $BBg@>6G;N(B, $B>.CSCR(B, $B;3?9E/M:(B, $B2CF#7<0lO:(B, $B6aF#:L!$(BSuryobroto B, Farajallah A, $B>.>>1QI'!J(B2001.9$B!K(B2$B?'@-?'3P%^%+%/%6%k$OB8:_$9$k$+!)!J(B2$B!K(BERG$B$K$h$kLVKl$N@V!?NP46EYHfB,Dj!#Bh(B24$B2sF|K\?@7P2J3X3X2q(B($B5~ET(B)
  4. $B;0>e>O0t(B, Angelika PS, Farajallah A, Suryobroto B, $B2V_7L@=S(B, $B>.>>1QI'(B, $B8qED9'OB(B, $BC]Cf=$(B, $B8eF#=SFs(B, $BBg@>6G;N(B, $B>.CSCR(B, $B;3?9E/M:(B, $B>>B<=(0l(B, $B2CF#7<0lO:(B, $B6aF#:L!J(B2001.9$B!K(B2$B?'@-?'3P%^%+%/%6%k$OB8:_$9$k$+!)!J(B3$B!K:.F1?'?^7A$NJ[JL2]Bj$K$h$kH=Dj(B. $BBh(B24$B2sF|K\?@7P2J3X3X2q(B($B5~ET(B)
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  7. Komatsu H, Kinoshita M $B!J(B2001.9$B!K(B. Neural representation of surface luminance and brightness in the macaque primary visual cortex.$B!!F|J)G'CN?@7P2J3X%7%s%]%8%&%`(B($BOB8w(B)

$B!T@8BN%7%9%F%`8&5fItLg!U(B

  1. Mori S (2001.3) Fastigial control of multiple body segments for the integration of posture and locomotion. COE International Symposium on Higher Nervous Control of Posture and Locomotion.(Okazaki)
  2. Nakajima K, Mori F, Okumura T, Tachibana A, Jankowska E, Mori S (2001.3) Locomotor driving signals to lumbosacral neurons: role of CLR-activated reticulospinal cells. COE International Symposium on Higher Nervous Control of Posture and Locomotion. (Okazaki)
  3. Mori F, Nakajima K, Tachibana A, Takasu C, Tsujimoto T, Tsukada H, Mori S (2001.3) Cerebral glucose metabolism during the bipedal locomotion of the Japanese monkey, M. fuscata: a PET study. COE International Symposium on Higher Nervous Control of Posture and Locomotion.(Okazaki)
  4. Okumura T, Kekesi K, Palhalmi J, Nakajima K, Mori F, Imamura K, Mori S (2001.3) Microperfusion into the rat striatum: rotation movements and brain c-fos expression induced by carbachol. COE International Symposium on Higher Nervous Control of Posture and Locomotion.(Okazaki)
  5. Tachibana A, Mori F, Nakajima K, Takasu C, Mori M, Mori S (2001.3) Longitudinal study of the acquisition of operant-trained upright posture and bipedal locomotion by M. fuscata. COE International Symposium on Higher Nervous Control of Posture and Locomotion.(Okazaki)
  6. Dobolyi A, Okumura T, Mori F, Matsuyama K, Mori S (2001.3) Acetylcholinesterase-positive neurons in the lumbar spinal cord of the developing and adult rat. COE International Symposium on Higher Nervous Control of Posture and Locomotion. (Okazaki)
  7. $B?9!!LPH~!J(B2001.3$B!KJb9T1?F0$N9b
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  12. $B?9!!LPH~!J(B2001.9$B!K1?F03X=,$K$h$C$F3MF@$7$?%H%l%C%I%_%k>e$K$*$1$k%K%[%s%5%k$ND>N)FsB-Jb9T1?F0!%Bh(B24$B2sF|K\?@7P2J3XBg2q!J5~ET!K(B
  13. $BCfp#9n8J!$?9!!Bg;V!$1|B-9@!$9b?\@i;|;R!$?9!!LPH~!J(B2001.3$B!K%M%3>.G>Jb9TM6H/Ln$NHy>.GK2u$HJb9T1?F0;~$K$*$1$k1?F0J,@a$N6(D4>c32!%Bh(B24$B2sF|K\?@7P2J3XBg2q!J5~ET!K(B
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  15. $B1|B2O)=*Kv@~0]$N;k>2FbJ,I[$H7ABVE*FCD'!#Bh(B24$B2sF|K\?@7P2J3XBg2q!J5~ET!K(B
  16. $B5L!!FFF3!$?9!!Bg;V!$Cfp#9nL&!$9b?\@i;|;R!$?9!!>-9@!$?9!!LPH~!J(B2001.9$B!K
  17. Nakajima K, Mori F, Okumura T, Tachibana A, Mori M, Takasu C, Mori S (2001.11) What is the functional role of the cat cerebellar locomotor region in postural and locomotor control ? Society for Neuroscience 30th Annual Meeting (San Diego, USA)
  18. Mori F, Tachibana A, Nakajima K, Takasu C, Tsujimoto T, Tsukada H, Okumura T, Mori M, Mori S (2001.11) Bipedal locomotion in the Japanese monkey, M. fuscata:high-order CNS control mechanisms. Society for Neuroscience 30th Annual Meeting(San Diego, USA)
  19. Okumura T, Czarkowska-Bauch J, Nakajima K, Mori S (2001.11) Fastigiothalamic projection in the cat: an anterograde BDA tracing study. Society for Neuroscience 30th Annual Meeting (San Diego, USA)
  20. Tachibana A, Mori F, Nakajima K, Takasu C, Mori M, Mori S (2001.11) Acquisition of operant-trained upright posture and bipedal locomotion in the young Japanese monkey, M. fuscata. Society for Neuroscience 30th Annual Meeting (San Diego, USA)

$B!T9b

  1. Li YX, Tokuyama W, Okuno H, Miyashita Y, Hashimoto T (2001.3) Quantitative analysis of BDNF mRNA expression levels in rat inferior olive subregions after unilateral labyrinthectomy. The Physiological Society of Japan (Kyoto, Japan).
  2. Ohbayashi M, Miyashita Y (2001.3) Linkage of visuospatial information and saccade preparation in monkey premotor cortex. The Physiological Society of Japan (Kyoto, Japan).
  3. Tokuyama W, Naya Y, Miyashita Y (2001.3) BDNF induction during visual long-term memory formation. The Physiological Society of Japan (Kyoto, Japan).
  4. Sekihara, K., Nagarajan, S., Poeppel, D, Miyashita, Y (2001.6) A new eigenspace$B!](Bbased MEG beamformer technique effective when correlated sources exist. Annual Meeting of the Organization for Human Brain Mapping (Brighton, UK).
  5. Uchida I, Kameyama M, Takenaka S, Konishi S, Miyashita Y (2001.6) Functional organization for top-down and bottom-up face processing in human occipital cortex. Annual Meeting of the Organization for Human Brain Mapping(Brighton, UK).
  6. Tokuyama W. Miyashita Y (2001.9) Neurotrophins in cognitive memory formation in the primate. Annual Meeting of the Japan Neuroscience Society (Kyoto, Japan).
  7. Morita M, Hayashi T, Nakahara K, Koyama M, Hasegawa I, Miyashita Y (2001.9) Nogo dominant activity in monkey prefrontal cortex: an event-related functional MRI study. Annual Meeting of the Japan Neuroscience Society (Kyoto, Japan).
  8. Hasegawa I, Koyama M, Nakahara K., Morita M, Hayashi T, Fukushima, T. Miyashita,Y (2001.11) Event-related functional magnetic resonance imaging in awake macaque monkeys performing oculomotor tasks. Annual Meeting of Society for Neuroscience (San Diego, USA)
  9. Yoshida M, Naya Y, Ito A., Shibata S, Miyashita, Y (2001.11) A combined single-unit and tract-tracing study revealed connectivity between functional domains of area TE and area 36 of macaque temporal lobe. Annual Meeting of Society for Neuroscience (San Diego, USA).
  10. Konishi S, Hayashi T, Uchida I, Kikyo H, Takahashi, E. Miyashita,Y (2001.11) Asymmetrical hemispheric distribution of component processes associated with cognitive set shifting. Annual Meeting of Society for Neuroscience (San Diego, USA).
  11. Ohbayashi M, Ohki K, Miyashita Y (2001.11) Transient activities related to linkage of sensory information and saccade preparation in the monkey frontal cortex. Annual Meeting of Society for Neuroscience (San Diego, USA).
  12. Hayashi T, Ohki K, Uchida I, Kanazawa I, Miyashita Y (2001.11) Modulation of prefrontal activity by memory load in visual working memory: an fMRI study. Annual Meeting of Society for Neuroscience (San Diego, USA).

$B!TG>7ABV2r@O8&5fItLg!U(B

  1. $B=EK\N40l!J(B2001.3$B!K(BCerebellar ataxia in patients with Hodgkin$B!G(Bs disease:role of a metabotropic glutamate receptor $BBh(B27$B2s@8M}3X8&5f=j9q:]%7%s%]%8%&%`!J2,:j!K(B
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  5. $B=EK\N40l!$GO?yH~OB;R!$F#K\!!OB!J(B2001.5$B!K?e%A%c%M%k$H(BG$BCAGr
  6. $BGFb6I:_Bh(B24$B2sF|K\?@7P2J3X!&Bh(B44$B2sF|K\?@7P2=3X9gF1Bg2q(B ($B5~ET(B)
  7. $BLb;3=SI'(B(2001. 3) $B@~>rBN%7%J%W%9$K$*$1$k%7%J%W%9A0(BD2$B7?
  8. $BLb;3=SI'(B(2001. 3) $B%7%J%W%9A0(BD2$B7?rBN%7%J%W%9EAC#M^@)Bh(B78$B2sF|K\@8M}3X2qBg2q(B ($B5~ET(B)
  9. $BLb;3=SI'(B(2001. 9) $B@~>rBNM^@)@-%7%J%W%9EAC#$r@)8f$9$k%+%k%7%&%`%A%c%M%k%5%V%?%$%W$N@88eH/C#JQ2=Bh(B24$B2sF|K\?@7P2J3X!&Bh(B44$B2sF|K\?@7P2=3X9gF1Bg2q(B ($B5~ET(B)
  10. $BLb;3L@;R(B (2001. 9) $B%i%C%H@T?q;k>2O)%K%e!<%m%sH/2PFC@-$N2r@O!#F|K\?@7P2J3X3X2qBh(B24$B2sBg2q!J5~ET!K(B

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  1. $B@n8}BYM:!$:,El3P(B (2001.3) $BBgG>Hi
  2. Kawaguchi Y (2001.4) Distinct firing patterns of neuronal subtypes in oscillating cortical circuits. 2001$BG/9q:]%o!<%/%7%g%C%W(BCellular Interactions in Neuronal Networks.$B!JOB8w!K(B
  3. Kawaguchi Y, Karube F, Kubota Y (2001.5) Axonal arborization patterns of identified subtypes of cortical nonpyramidal cells. Cajal Institute InternationalConference$B!J(BMadrid, Spain$B!K(B.
  4. Kubota Y, Karube F, Kawaguchi.Y (2001.5) Synaptic Connection patterns of identified subtypes of cortical nonpyramidal cells. Cajal Institute International Conference$B!J(BMadrid, Spain$B!K!%(B
  5. $B@n8}BYM:!J(B2001.6$B!KBgG>Hi
  6. $B@n8}BYM:!J(B2001.10$B!KBgG>?@7P2sO)LV$N9=@.86M}$rL\;X$7$F!#Bh(B9$B2sL>8E20;T!&M}2=3X8&5f=j%8%g%$%s%H9V1i2q!JL>8E20!K(B
  7. Kawaguchi Y (2001.11) Distinct firing patterns of neuronal subtypes in cortical synchronized activities. 31st Annual Meeting of Society for Neuroscience$B!J(BSan Diego, USA$B!K!%(B
  8. Kubota Y, Kawaguchi Y (2001.11) Postsynaptic structures characteristic of axon terminals of cortical interneuron subtypes$B!%(B31st Annual Meeting of Society for Neuroscience$B!J(BSan Diego, USA$B!K(B.
  9. Karube F, Kubota Y, Kawaguchi Y (2001.11) Quantitative analysis of axon arborization of interneurons in the rat frontal cortex. 31st Annual Meeting of Society for Neuroscience$B!J(BSan Diego, USA$B!K(B.

$B!T?4M}@8M}3X8&5fItLg!U(B

  1. $BDjF#5,90(B, $BJFAR5A@2(B (2001.3) $B5!G=E*(BMRI$B$K$h$k9b5!G=$N2DA:@-$X$N%"%W%m!<%A!'Fb5!9=!#Bh(B78$B2sF|K\@8M}3X2qBg2q!J5~ET!K(B
  2. $BDjF#5,90(B (2001.3) $BHs?/=1E*G>5!G=2hA|K!$rMQ$$$?
  3. Okada T, Sadato N, Yamada H, YonekuraY (2001.6) Frequency dependent response amplitude at the primary visual area: comparison between 1.5Tesla and 3Tesla. 7th Annual Meeting of the Organization for Human Brain Mapping (Brighton, UK).
  4. Nagahama Y, Okada T, Yamauchi H, Katsumi Y, Hayashi T, Oyanagi C, Konishi J, Fukuyama H, Shibasaki H (2001.6) Dorsal premotor activation in a visuo-visual conditional task. 7th Annual Meeting of the Organization for Human Brain Mapping (Brighton, UK).
  5. Kosaka H, Oomori M, Murata T, Iidaka T, Yamada H, Okada T, Sadato N, Itoh H, Yonekura Y, Wada Y (2001.6) Schizophrenic patients show increased amygdala activation during facial recognition: a fMRI study. 7th Annual Meeting of the Organization for Human Brain Mapping(Brighton, UK).
  6. Ohira H, Nomura M, Haneda K, Iidaka T, Sadato N, Okada T, Yonekura Y (2001.6) Subliminal priming of valenced face unconsciously modulates subsequent detection of facial expression: fMRI evidence of affective priming. 7th Annual Meeting of the Organization for Human Brain Mapping (Brighton, UK).
  7. Matsuo K, Kato C, Ozawa F, Takehara Y, Isoda H, Isogai S, Moriya T, Sakahara H, Okada T, Nakai T (2001.6) Comparison of Copying Ideographic Characters and Copying Syllabic Characters - An fMRI Study. 7th Annual Meeting of the Organization for Human Brain Mapping (Brighton, UK).
  8. Iidaka T, Takeshima S, Yamashita K, Okada T, Sadato N, Yonekura Y (2001.6) Specific neural responses in the left hippocampus and amygdala to the retrieval of facial identity and emotion An event-related fMRI study. 7th Annual Meeting of the Organization for Human Brain Mapping (Brighton, UK).
  9. Sadato N, Yamada H, Okada T, Itoh H, Matsuki K, Yonekura Y (2001.4) Brain functional MR imaging during processing of language-related gestures in deaf and hearing subjects. 9th International Society for Magnetic Resonance in Medicine (Glasgow, UK).
  10. Muramoto S, Uematsu H, Sadato N, Tsuchida T, Kimura H, Matsuda T, Yonekura Y, Itoh H (2001.4) H215O PET validation of tumor blood flow determined by double echo dynamic perfusion-weighted MR imaging. 9th International Society for Magnetic Resonance in Medicine (Glasgow, UK).
  11. Muramoto S, Kimura H, Uematsu H, Ishimori Y, Kawamura Y, Matsuda T, Sadato N, Yonekura Y (2001.4) Differentiation of prostatic cancer from benign prostatic lesions using dual echo dynamic contrast MRI. 9th International Society for Magnetic Resonance in Medicine (Glasgow, UK).
  12. Sawamoto N, Honda M, Hanakawa T, Aso T, Inoue M, Oga T, Fukuyama H, Shibasaki H (2001.4) Pathopysiology of cognitive slowing in Parkinson's disease: A PET study. The53rd Annual Meeting of American Academy of Neurology (Philadelphia, USA).
  13. Maruoka N, Murata T, Omata N, Fujibayashi Y, Waki A, Sadato N, Yoshimoto M, Wada Y, Yonekura Y (2001.6) Greater resistance and lower contribution of free radicals to hypoxic neurotoxicity in immature rat brain compared to adult as revealed by positron autoradiography technique. 48th Annual Meeting of the Society of Nuclear Medicine (Toronto, Canada).
  14. Sadato N (2001.6) PET and MRI, which to use for what. 20th International Symposium on Cerebral Blood Flow, Metabolism and Function, 5th International Conference on Quantification of Brain Function with PET (Taipei, Taiwan).
  15. Sadato N (2001.6) From tactile to visual: Cortico-cortical circuitry of the cross-modal plasticity in the blind during Braille reading. $B>.;y?@7P2J3X2q(B ($B2,;3(B)$B!#(B
  16. $BDjF#5,90(B (2001.9) $BHs?/=1E*G>5!G=2hA|K!$K$h$k9b5!G=$X$N%"%W%m!<%A!#Bh(B13$B2s5!G=2sI|?@7P3X8&5f2q!JEl5~!K(B
  17. Sadato N, Yonekura Y (2001.9) Brain functional MR imaging during processing of language-related gestures in deaf and hearing subjects. Joint France-Japan Symposium on Cognitive Neurosciences ($BOB8w(B).
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  27. $BDjF#5,90(B (2001.10) Cortical plasticity: an approach with functional neuroimaging. JST$BNN0hC5:w%W%m%0%i%`!V%R%e!<%^%N%$%I%5%$%(%s%9!WBh(B2$B2s8&5f2q!J5~ET!K(B
  28. Honda M, Kato H, Ohara S, Ikeda A, Inoue Y, Shibasaki H (2001.11) Stochastic time-series analysis of cortico-muscular coupling during sustained muscle contraction. The 31st Annual Meeting of the Society for Neuroscience (San Diego, USA).
  29. Morita T, Kochiyama T, Matsumura M, Yonekura Y, Okada T, Sadato N (2001.11) Interaction of the orientation and color coding: functional anatomy of the McCollough effect. Society for Neuroscience 31th Annual Meeting (San Diego).
  30. Saito DN, Okada T, Morita Y, Yonekura Y, Sadato N (2001.11) Cross-modal transfer form visual to tactile representations during shape matching: a functional MRI study. Society for Neuroscience 31th Annual Meeting (San Diego).

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  1. $B;32%I%Q%_%s:YK&$K$*$1$k%K%3%A%s7?
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  3. Kobayashi Y, Inoue Y, Isa T (2001.3) The performance of visually guided saccade task in monkeys: contribution of pedunculopontine tegmental nucleus neurons. $BBh(B78$B2sF|K\@8M}3X2qBg2q(B($B5~ET(B)
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  8. $B1sF#MxO/!$0K:4@5(B,$B7s;R9,0l(B,$B>.H(K.I'(B, $BLx@n1&@iIW!J(B2001.9$B!K(BGAD67$B0dEA;R(BGFP$B%N%C%/%$%s%^%&%9$rMQ$$$?>e5V@uAX(BGABA$B:nF0@-%K%e!<%m%s$NEE5$@8M}3XE*FC@-$H7ABV3XE*FCD'$N2r@OBh(B24$B2sF|K\?@7P2J3X!$Bh(B44$B2sF|K\?@7P2=3X9gF1Bg2q(B($B5~ET(B)
  9. Yamashita T$B!$(BIsa T (2001.11) Calcium-dependent cation current activated by Ca2+influx through nicotinic acetylcholine receptors n rat mesopontine domapine neurons.31st AnnualMeetingofSocietyfor Neuroscience $B!J(BSan Diego, CA, USA$B!K(B.
  10. Saitoh K, Isa T, Takakusaki K (2001.11) GABAergic inhibition from the substantia nigra pars reticulata (SNr) to the pedunculopontine tegmental nucleus (PPN) neurons in the rat. 31st Annual Meeting of Society for Neuroscience$B!J(BSan Diego, CA, USA$B!K(B.
  11. Sakatani T$B!$(BIsa T$B!J(B2001.11$B!K(BSpontaneous and electrically induced saccadic eye movements in awake mice measured by high speed video-oculography. 31st Annual Meeting of Society for Neuroscience$B!J(BSan Diego, CA, USA$B!K(B.
  12. Kobayashi Y$B!$(BInoue Y, Isa T, Aizawa H$B!J(B2001.11$B!K(BThe performance of visually guided saccade tasks in monkeys: contribution of pedunculopontine tegmental nucleus neurons$B!%(B31stAnnual Meeting of Society for Neuroscience$B!J(BSan Diego, CA, USA$B!K!%(B
  13. Gore JL$B!$(BKobayashi Y, Munoz DP (2001.11) Oculomotor integration in the substantia nigra parsreticulata$B!%(B31st Annual Meeting of Society for Neuroscience$B!J(BSan Diego, CA, USA$B!K!%(B

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  1. HoshiyamaM,KakigiR(2001.3)Homuncular representationinsensorycortices revealed by somatosensory evoked magnetic fields. 12th International Society for Brain Electromagnetic Topography (Utsunomiya, Japan).
  2. Barber C, Wang L, Kakigi R, Kaneoke Y, Wen Y (2001.3) The vep and vef elicited by multifocal stimulation. 12th International Society for Brain Electromagnetic Topography (Utsunomiya, Japan).
  3. Kaneoke Y, Kawakami O, Kakigi R (2001.3) Neural process for the detection of visual motion. 12th International Society for Brain Electromagnetic Topography (Utsunomiya, Japan).
  4. Gunji A, Hoshiyama M, Kakigi R (2001.3) Identification of auditory evoked magnetic fields (AEF) of own voice. 12th International Society for Brain Electromagnetic Topography (Utsunomiya, Japan).
  5. Tran TD, Lam K, Hoshiyama M, Inui K, Kakigi R (2001.3) Measuring conduction velocity of A$B&B(B-, A$B&D(B- and C-fibers in humans by somatosensory evoked potentials. 12th International Society for Brain Electromagnetic Topography (Utsunomiya, Japan).
  6. Lam K, Kaneoke Y, Kakigi R (2001.3) Human visual system can respond to the incoherent motion on the visual scene of coherent motion. 12th International Society for Brain Electromagnetic Topography(Utsunomiya, Japan).
  7. Wang L, Barber C, Kakigi R, Kaneoke Y (2001.3) A comparison study of multifocal visual evoked potential and visual evoked magnetic field. 12th International Society for Brain Electromagnetic Topography (Utsunomiya, Japan).
  8. Kakigi R, Watanabe S, Puce A (2001.4) Human face perception traced by MEG. 2001 International Symposium on Electromagnetics in Biology and Medicine (Tokyo, Japan).
  9. Koyama S, Gunji A, Yamada RA, Oiwa S, Kubo R, Kakigi R (2001.4) Change of mismatch field associated with foreign speech learning. Cognitive Neuroscience Society Annual Meeting (New York, USA).
  10. Okusa T, Kakigi R, Hoshiyama M, Wang L (2001.5) Structure of visual evoked field during sleep. VX International Congress of Clinical Neurophysiology (Buenos Aires, Argentina).
  11. Kakigi R (2001.5) Neurophysiologic assessment of pain. VX International Congress of Clinical Neurophysiology (Buenos Aires, Argentina).
  12. Wang L, Barber C, Kakigi R, Kaneoke Y (2001.5) A-comparison study of multifocal visual evoked potential and visual evoked magnetic field. VX International Congress of Clinical Neurophysiology (Buenos Aires, Argentina).
  13. Koyama S, Yamada RA, Roberts TPL, Gunji A, Yabe H, Kubo R, Ferrari P, Kakigi R (2001.6) Cortical magnetic responses by the contrast between F3 component of/l/ and that of /r/ in Japanese subjects. 7th Annual Meeting of Human Brain Mapping (Brighton, UK).
  14. Lam K, Kaneoke Y, Kakigi R. (2001. 6) Human cortex can respond to the incoherent motion on the visual scene of coherent motion. 7th Annual Meeting of Human Brain Mapping (Brighton, UK).
  15. Wang L, Kaneoke Y, Kakigi R (2001.11) When and how is human extrastriate cortex activated during bistable motion perception in Ternus display? 31st Annual Meeting of Society for Neuroscience (San Diego, USA).
  16. Maruyama, K., Kaneoke, Y., and Kakigi, R. (2001) Speed of the incoherent motion is encoded in the neural activity of the human extrastriate cortex. 31st Annual Meeting of Society for Neuroscience (San Diego, USA).
  17. Koyama S, Naito T, Gunji A, Yamada RA, Roberts, TPL, Yabe H, Oiwa S, Kubo R, Kakigi R (2001.11) Asymmetry in speech sound perception revealed by cortical magnetic responses. 31st Annual Meeting of Society for Neuroscience (San Diego, USA).
  18. Hoshiyama M, Kakigi R (2001.11) The somatosensory brain responses recorded by MEG. 17th Annual Meeting of Society of Clinical Neurophysiology (Seoul, Korea).
  19. Lam K, Kaneoke Y, Kakigi R. (2001. 9) Human cortex can respond to the incoherent motion on the visual scene of coherent motion. Joint France-Japan Symposium on Cognitive Neuroscience (Saitama, Japan).
  20. $BJu<'3&$N(BRecovery function. $BBh(B42$B2sF|K\?@7P3X2qAm2q(B ($BEl5~(B).
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  12. $B2CG<$U$_!$6aF#5WM:!$:Y@nD*;R!$1JEDOB9(!$B;G7(B(2001.5) $B%;%_%$%s%?%/%H:YK&$rMQ$$$?:YK&<~4|0MB8E*$J(BER$B%@%$%J%_%/%9$N:F9=@.$H2r@O(B. $BBh(B54$B2sF|K\:YK&@8J*3X2qBg2q%o!<%/%7%g%C%W!V%7%0%J%kJ,;R$N%$%a!<%8%s%0!W(B($B4tIl(B)
  13. $B2CG<$U$_!$:49CLw;V!$EDCf0!O)!$LxEDIRM:!$B;G7(B(2001.12) $B%;%_%$%s%?%/%H:YK&$rMQ$$$?(BER$B!]%4%k%8BN>.K&M"Aw:F9=@.7O$N3NN)$H$=$N@82=3XE*$J2r@O!%Bh(B24$B2sF|K\J,;R@8J*3X2qG/2q(B($B2#IM(B)
  14. $B2CG<$U$_!$6aF#5WM:!$:Y@nD*;R!$1JEDOB9(!$B;G7(B(2001.10) $B>.K&BN$N:YK&<~4|0MB8E*%@%$%J%_%/%9$N:F9=@.$H@82=3XE*2r@O!%Bh(B74$B2sF|K\@82=3X2qBg2q(B ($B5~ET(B)
  15. $B2CG<$U$_!$B;G7(B(2001.10) $B%;%_%$%s%?%/%H:YK&$rMQ$$$?(BER$B!]%4%k%8BN>.K&M"Aw$N2r@O!%F|K\@8J*J*M}3X2qBh(B39$B2sG/2q(B($BBg:e(B)

$B!T;~7ONs@8L?8=>]8&5fNN0h!U(B

  1. $B>!;3!!M5!$2,B
  2. $B2,B;;^!$>._7!!FT;J!$(B2001. 3$B7n(B SCN8a$B7?(BNa$B%A%c%M%k$NIT3h@-2=$N5!9=!$Bh(B78$B2sF|K\@8M}3X2qBg2q%7%s%]%8%&%`!J5~ET!K(B
  3. $BCf[j!!9@0l!$2,B2+$BJ|=P5!9=$H(BCa2+$B3h@-2=(BK+$B%A%c%M%k$NH/C#Bh(B78$B2sF|K\@8M}3X2qBg2q!J5~ET!K(B
  4. $B@V1)!!8gH~!$;38}!!??;J!$D9Hx!!Bs!$2,B2+$B%A%c%M%k%"%4%K%9%H$O(BL$B7?(BCa2+$B%A%c%M%k&A(B1c$B%5%V%f%K%C%H(BIIIS5-S6$B%]%"NN0h$H$NAj8_:nMQ$r2p$7$F%2!<%F%#%s%0$r=$>~$9$kBh(B78$B2sF|K\@8M}3X2qBg2q!$!J5~ET!K(B
  5. $BCf[j!!9@0l!$>!;3!!M5!$2,B
  6. $BCf[j9@0l!$2,B2+response in developing ascidian muscle. $BBh(B45$B2s%"%a%j%+@8J*J*M}3X2q!J%\%9%H%s!K(B
  7. $B>!;3!!M5!$2,B
  8. $BBgDM!!9,M:!$>>K\!!=a!$2,B
  9. $B2,B2+ channel. $BBh(B45$B2s%"%a%j%+@8J*J*M}3X2q!J%\%9%H%s!K(B

$B!T@8L?4D6-8&5fNN0h!U(B

  1. $B86M:Fs(B, $B
  2. $B>>2<$+$*$j(B, $B2+$B%A%c%M%kJQ0[%^%&%9$K$*$1$k>.G>%7%J%W%9$N@-
  3. $B2CF#7r0l(B, $B?7?(BN$B7?(BCa2+$B%A%c%M%k$NEE5$@8M}3XE*Hf3SBh(B78$B2sF|K\@8M}3X2qBg2q(B ($B5~ET(B)
  4. $B86M:Fs(B, $B@P0f@5OB(B, $B
  5. $B:4!9LZBg2p(B, $B@6?e=S0l(B, $BFbF#?5Fs(B, $B:4F#M[<#(B, $B?9BY@8(B, $BLZFbM4Fs(B (2001. 3) $B%i%C%H7l4IJ?3j6Z$K$*$1$kE>
  6. $B0f>eN4;J(B, $B?9BY@8(B, $B86M:Fs(B, $B0KElM4G7(B (2001.3) $B@TDGF0J*(BTRP$B%[%b%m%0%-%a%i(B(TRP6/TRP7)$B$K$h$k2+$BF)2a7?M[%$%*%s%A%c%M%kFC@-$N2r@O!!Bh(B85$B2sF|K\LtM}3X2q!J2#IM!K(B
  7. $BHu8}N$(B, $B?@5H=(L@(B, $B5WJFMxL@(B, $B@VCS><5*(B, $B:4F#8xF;(B, $B?9BY@8(B, $B6b;R<~;J(B (2001.9) $B%i%C%HB[;FM3Mh=iBeG]M\BgG>Hi
  8. $B4d:j9-1Q(B, $B?9BY@8(B, $B86M:Fs(B, $BFbED7I;R(B, $B<~Fz(B, $B8f;R
  9. $B>>2<$+$*$j(B, $B2+$B%A%c%M%kJQ0[%^%&%9$K$*$1$k>.G>%7%J%W%9$N@-
  10. $B?9BY@8(B, $B86M:Fs(B, $B;3ED5W?.(B (2001.9) $B
  11. $B3[EDIR=((B, $B8E@nBY;J(B, $BJBLZK';R(B, $B?9BY@8(B (2001.9) Protein Kinase A$B%j%s;@2=$K$h$k(BCa2+$B%A%c%s%M%k$N@)8fBh(B24$B2sF|K\?@7P2J3X!!Bh(B44$B2sF|K\?@7P2=3X9gF1Bg2q(B ($B5~ET(B)
  12. $B?9BY@8(B (2001.10) $B
  13. $B86M:Fs(B, $B2+-permeable channel confers susceptibility to reactive oxygen species-induced cell death $BBh(B74$B2sF|K\@82=3X2qBg2q(B ($B5~ET(B)
  14. $B?yK\7rFs(B, $B?90f9'(B, $B?9BY@8(B, $B0fK\7IFs(B, $BBgDM2mL&(B, $BLn7=M4%$%N%7%H!<%k;0%j%s;@$KBP$9$kJ,;R%;%s%5!<$N9=C[!!Bh(B74$B2sF|K\@82=3X2qBg2q(B ($B5~ET(B)
  15. $B4d:j9-1Q(B, $B?9BY@8(B, $B86M:Fs(B, $BFbED7I;R(B, $B<~Fz(B, $B8f;R
  16. Matsushita K, Wakamori M, Mori Y, Imoto K.(2001.11) Paradoxical enhancement of cerebellar synaptic transmission in rolling calcium channel mutant mice. 31st Annual Meeting of Society for Neuroscience (San Diego)
  17. Hara Y, Wakamori M, Ishii M, Maeno E, Yamada H, Mori E, Okada Y, Imoto K, Mori Y. (2001.11) A novel$B&B(B-NAD+ activated Ca2+-permeable channel confers susceptibility to reactive oxygen species-induced cell death. 31st Annual Meeting of Society for Neuroscience (San Diego)
  18. Kinoshita M, Nukada T, Asano Y, Mori Y, Akaike A, Satoh M, Kaneko S. (2001.11) Binding of G$B&A(B0 amino terminus is responsible for the voltage-resistant inhibition of $B&A(B1A (P/Q-type, Cav2.1) calcium channel. 31st Annual Meeting of Society for Neuroscience (San Diego)
  19. Yamada H, Okada T, Wakamori M, Imoto K, Mori Y. (2001.11) Monovalent cation and calcium permeability of the neuronal receptor-activated TRP5 channel. 31st Annual Meeting of Society for Neuroscience (San Diego)

$B!T7W;;2J3X8&5f%;%s%?!

  1. $B9b66BnLi!J(B2001.6$B!K%U%'%j%A%sJ,;R$N;D4pCV49$K$H$b$J$&FbItEE0L$*$h$S(BpH$BJQ2=$N7W;;!#F|K\@8J*J*M}3X2qBh(B39$B2sG/2s!$F|K\@8J*J*M}3X2q!JBg:e!K(B
  2. Takahashi T, Nagayama K (2001.10)Comparison of all atom, continuum, and linear fitting models for charge screening effect of aqueous medium surrounding a protein molecule. $BF|K\CAGr
  3. Takahashi T, Nagayama K (20001.7) Unfolding MD simulations of small globular protein. 4th International Conference of Biological Physics (Kyoto).
$B$3$N%Z!<%8$N@hF,$X(B$BG/JsL\<!$XLa$k(B$B@8M}8&%[!<%`%Z!<%8$X(B
Copyright(C) 2002 National Institute for Physiological Sciences