嵟嬤偺尋媶惉壥敪昞
Our Recent Publications
2001. 7乣
Last Update:Oct 22, 2013

擔杮摑寁妛夛帍偵偍偗傞敪昞

    愇堜堦晇丒嵅摗嬇丒屆嶈棙婭丒桳峕椡丒帥壀揙 (2013) 僎僲儉壢妛偵偍偗傞價僢僌僨乕僞丒僨乕僞儅僀僯儞僌. 擔杮摑寁妛夛帍 43(1) 99-111.

Mycoscience帍偵偍偗傞敪昞

    Kaneko I, Iyama-Kadono M, Togashi-Nishigata K, Yamaguchi I, Teraoka T, Arie T (2013) Heterotrimeric G protein 兝 subunit GPB1 and MAP kinase MPK1 regulate hyphal growth and female fertility in Fusarium. Mycoscience doi:1016/j.myc.2012.09.008

PLoS ONE帍偵偍偗傞敪昞

    Inami K, Yoshioka-Akiyama C, Morita Y, Yamasaki M, Teraoka T, Arie T (2012) A genetic mechanism for emergence of Races in Fusarium oxysporum f. sp. lycopersici: Inactivation of avirulence gene AVR1 by transposon iInsertion.PLoS ONE 7(8): e44101. doi:10.1371/journal.pone.0044101[梫巪]

擔杮搚忞旝惗暔妛夛2012擭搙戝夛乮2012.6.22乣23丄恄屗巗乯偵偍偗傞敪昞
JSSM 2012

  1. 攼丂婤丂堚揱巕攋夡偵傛傞僉儍儀僣堔墿昦嬠SIX4偺婡擻夝愅. (億僗僞乕) . 乵梫巪乶丂仏嵟桪廏億僗僞乕徿庴徿仏

暯惉24擭搙擔杮怉暔昦棟妛夛戝夛乮2012.3.28乣30丄暉壀巗偵偍偗傞敪昞
PSJ Annual Meeting 2012

    弨旛拞

擔杮擾栻妛夛戞37夞戝夛乮2012.3.14乣16丄壀嶳巗乯偵偍偗傞敪昞
37th PSSJ Meeting (Tokyo)

    弨旛拞

J Gen Plant Pathology帍偵偍偗傞敪昞

    Kato A, Miyake T, Nishigata K, Tateishi H, Teraoka T, Arie T (2011)Use of fluorescent proteins to visualize interactions between the Bakanae disease pathogen Gibberella fujikuroi and the biocontrol agent Talaromyces sp. KNB-422. J Gen Plant Pathol DOI: 10.1007/s10327-011-0343-9

J Gen Appl Microbiol帍偵偍偗傞敪昞

    Kawabe M, Onokubo (Okabe) A, Arimoto Y, Yoshida T, Azegami K, Teraoka T, Arie T (2011) GMC oxidoreductase, a highly expressed protein in a potent biocontrol agent Fusarium oxysporum Cong:1-2, is dispensable for biocontrol activity. JGAM 57(4):207-217

PLoS ONE帍偵偍偗傞敪昞

    Stewart JE, Kawabe M, Abdo Z, Arie T, Peever TL (2011) Contrasting Codon Usage Patterns and Purifying Selection at the Mating Locus in Putatively Asexual Alternaria Fungal Species. PLoS ONE 6(5): e20083. doi:10.1371/journal.pone.0020083

J Gen Plant Pathology帍偵偍偗傞敪昞

    Shinjo A, Araki Y, Hirano K, Arie T, Ugaki M, Teraoka T (2011) Transgenic rice plants that over-express the mannose-binding rice lectin have enhanced resistance to rice blast . J Gen Plant Pathol 77(2):85-92

擔杮搚忞旝惗暔妛夛2011擭搙戝夛乮2011.11丄戝嶈乯偵偍偗傞敪昞
JSSM 2010

    弨旛拞

暯惉23擭搙擔杮怉暔昦棟妛夛戝夛乮2011.3.27乣29丄晎拞巗偵偍偗傞敪昞
PSJ Annual Meeting 2011
暯惉23擭搙戝夛偺奐嵜偼拞巭偵側傝傑偟偨偑丄敪昞偼丄梊峞廤偺敪峴傪傕偭偰峴傢傟偨偙偲偵側傝傑偟偨

  1. 堫尒孿屽丂Inami K丂杮朚偱敪惗偟偰偄傞僩儅僩堔挏昦嬠Fusarium oxysporum f. sp. lycopersici儗乕僗3暋悢嬠姅偺旕昦尨椡堚揱巕偵婎偯偔僞僀僺儞僌乮岥摢乯[梫巪]
  2. 峳揧婱擵丂Arazoe T丂僗僩儗僗偍傛傃姶愼夁掱偵偍偄偰桿摫偝傟傞僀僱偄傕偪昦嬠偺懱嵶朎憡摨慻姺偊偵傛傞旕昦尨惈堚揱巕乮Avirulence gene乯 曄堎乮岥摢乯嫟摨尋媶撪梕
  3. 攇揷栰枹桼棃丂Hatano M丂寀岝僞儞僷僋幙昗幆姅傪梡偄偨Gibberella sacchari 偺岎攝夁掱偺娤嶡偲巕擷朎巕偺堚揱揑夝愅乮億僗僞乕乯[梫巪]
  4. 懞忋桬夘丂Murakami Y丂僀僱偄傕偪昦嬠偺岎攝夁掱偺娤嶡偲擔杮嶻姅偺岎攝晄慡惈尨場偵偮偄偰乮億僗僞乕乯[梫巪]
  5. 愳晹崃搊丂Kawabe M丂僩儅僩堔挏昦嬠Fusarium oxysporum f. sp. lycopersici 偺昦尨惈娭楢堚揱巕偺扵嶕偲攋夡乮億僗僞乕乯[梫巪] 嫟摨尋媶撪梕
  6. 摗巬弐夘丂Fujieda S丂Curvularia懏嬠偺怤擖娤嶡偵岦偗偨僇乕僽儔儕傾梩屚昦嬠偺宍幙揮姺朄偺妋棫乮億僗僞乕乯嫟摨尋媶撪梕
  7. 怴忛丂椇丂Shinjo A丂儅儞僲乕僗寢崌宆僀僱儗僋僠儞乮MRL乯偺忢帪崅敪尰偍傛傃敪尰梷惂懱僀僱偺偄傕偪昦偲敀梩屚昦偵懳偡傞昦奞掞峈惈偵偮偄偰乮億僗僞乕乯[梫巪]
  8. 杒郪丂夒丂Kitazawa M丂僩儅僩堔挏昦嬠偑曐帩偡傞僒儕僠儖巁僸僪儘僉僔儔乕僛儂儌儘僌堚揱巕乮SHH1乯偺婡擻夝愅乮億僗僞乕乯[梫巪]
  9. 壀杮梲巕丂Kanemaki, A丂僩儅僩昳庬乽Micro-Tom乿偺帩偮堔挏昦嬠Fusarium oxysporum f. sp. lycopersici 儗乕僗2 偍傛傃3 偵懳偡傞懴昦惈乮億僗僞乕乯[梫巪]
  10. 嬥杚丂嵤丂Okamoto Y丂僀僱偄傕偪昦嬠傪庛撆壔偡傞儅僀僐僂僀儖僗MoCV1偺暘惗巕揱攄棪偲嵶朎奜拁愊偺應掕乮億僗僞乕乯嫟摨尋媶撪梕
  11. 敆揷峢巎丂Sakoda H丂僀僱偄傕偪昦嬠MOS48姅偵尒弌偝傟傞儅僀僐僂僀儖僗偺惈忬偲惛惢朄乮億僗僞乕乯嫟摨尋媶撪梕
  12. 塝嶳弐堦丂Urayama S丂僀僱偄傕偪昦嬠傪庛撆壔偡傞儅僀僐僂僀儖僗MoCV1 偺峔憿僞儞僷僋幙夝愅偲僷儞峺曣傪棙梡偟偨僂僀儖僗桼棃庛撆壔場巕偺扵嶕乮億僗僞乕乯嫟摨尋媶撪梕
  13. 娾嶈徆旤丂Iwasaki M丂僩僀僱偽偐昪昦杊彍梡偺怴偨側惗暔杊彍帒嵽偺扵嶕乮億僗僞乕乯[梫巪]

戞10夞巺忬嬠暘巕惗暔妛僐儞僼傽儗儞僗乮2010.11. 18乣19丂搶峀搰巗乯偵偍偗傞敪昞
FMGB Meeting 2009

  1. 攇揷栰枹桼棃丂Hatano M丂Gibberella sacchari宍幙揮姺懱岎攝屻戙偵惗偠傞僴僀僌儘儅僀僔儞B懴惈堚揱巕偺曄堎偵偮偄偰乮億僗僞乕乯[梫巪]
  2. 峳揧婱擵丂Arazoe T丂僀僱偄傕偪昦嬠偵偍偗傞懱嵶朎憡摨慻姺偊偺専弌偲偦偺摿怓乮岥摢乯嫟摨尋媶撪梕

J Gen Plant Pathology帍偵偍偗傞敪昞

    Le MT, Arie T, Teraoka T (2010) Population dynamics and pathogenic races of rice blast fungus, Magnaporthe oryzae in the Mekong Delta in Vietnam. J Gen Plant Pathol 76(3):177-182

擔杮擾栻妛夛戞35夞戝夛乮2010.5.28乣30丄嶥杫巗乯偵偍偗傞敪昞
35th PSSJ Meeting (Tokyo)

  1. 堫尒孿屽丂K. Inami丂曓応寬恌偵岦偗偨僩儅僩堔挏昦嬠儗乕僗偺暘巕惗暔妛揑幆暿朄乮岥摢乯[梫巪]
  2. 彫愳桭旤丂T. Ogawa丂旕昦尨惈Fusarium oxysporum偺僩儅僩慻怐偱偺摦懺娤嶡偲堔挏昦杊彍婡峔偵娭偡傞峫嶡乮岥摢乯[梫巪]
  3. 怷嶳桾廩丂H. Moriyama丂僀僱偄傕偪昦嬠庛撆壔儅僀僐僂僀儖僗(Magnaporthe oryzae chrysovirus 侾) 偺惗暔杊彍帒嵽偲偟偰偺愽嵼惈乮岥摢乯嫟摨尋媶撪梕
  4. 峳揧婱擵丂T. Arazoe丂僀僱偄傕偪昦嬠偺憡摨慻姺偊棪偵媦傏偡壔妛僗僩儗僗偺塭嬁乮岥摢乯嫟摨尋媶撪梕

擔杮搚忞旝惗暔妛夛2010擭搙戝夛乮2010.5.21乣22丄暥嫗嬫乯偵偍偗傞敪昞
JSSM 2010

  1. 堫尒孿屽丂僩儅僩堔挏昦嬠偺怴宆儗乕僗俁偺敪惗偵偮偄偰. (億僗僞乕) . 乵梫巪乶丂仏嵟桪廏億僗僞乕徿庴徿仏
  2. 攼丂婤丂僉儍儀僣堔墿昦嬠偼僩儅僩堔挏昦嬠儗乕僗侾偵摿桳偺旕昦尨椡堚揱巕儂儌儘僌傪曐帩偡傞. (億僗僞乕) . 乵梫巪乶丂仏桪廏億僗僞乕徿庴徿仏

怉暔杊塽帍偵偍偗傞敪昞

  1. 堫尒孿屽, 媑壀愮捗, 暯栰懽巙, 愳晹崃搊, 洈攏惤栫, 帥壀丂揙, 桳峕丂椡 (2010) 儕傾儖僞僀儉PCR偵傛傞僩儅僩堔挏昦嬠儗乕僗偺摿堎幆暿. 怉暔杊塽丂64(5) 311-318.

暯惉22擭搙擔杮怉暔昦棟妛夛戝夛乮2010.4.18乣20丄嫗搒巗乯偵偍偗傞敪昞
PSJ Annual Meeting 2010

  1. 桳峕丂椡丂Arie T丂搚忞揱愼惈僼僓儕僂儉嬠偺敪昦婡峔偲暘巕宯摑夝愅偵娭偡傞尋媶乮妛夛徿庴徿島墘乯
  2. 嵵摗寷堦榊丂Saitoh K丂僀僱偄傕偪昦嬠偺晅拝婍宍惉偵娭傢傞暘巕惗暔妛揑尋媶乮彠椼徿庴徿島墘乯
  3. 擁丂宒嶰丂Kusunoki K丂僀僱偄傕偪昦嬠CBP1堚揱巕偺揮幨惂屼椞堟偍傛傃惂屼場巕偵偮偄偰乮億僗僞乕乯
  4. 怴忛丂椇丂Shinjo A丂儅儞僲乕僗寢崌宆僀僱儗僋僠儞乮MRL乯偺堚揱巕敪尰惂屼慻姺偊懱僀僱偺偄傕偪昦掞峈惈偲GFP梈崌MRL偺敪尰嬊嵼惈乮億僗僞乕乯
  5. Madadi Ab K丂Effects of pre-inoculation with spore suspensions or pre-treatment with spore germination fluids on rice plant in the blast fungus-rice interaction乮億僗僞乕乯
  6. 嬥栰垷婭丂Konnno A丂Fusarium oxysporum偺朎巕宍惉娭楢堚揱巕FoabaA偺婡擻夝愅乮岥摢乯
  7. 堫尒孿屽丂Inami K丂僩儅僩堔挏昦嬠怴宆儗乕僗3偱偼旕昦尨椡堚揱巕SIX4偑僩儔儞僗億僝儞偵傛偭偰攋夡偝傟偰偄偨乮億僗僞乕乯[梫巪]仏妛惗桪廏敪昞徿庴徿仏
  8. 攼丂婤丂Kashiwa T丂僉儍儀僣堔墿昦嬠偼僩儅僩堔挏昦嬠儗乕僗1偺旕昦尨椡堚揱巕SIX4 傪曐帩偡傞乮億僗僞乕乯[梫巪]仏妛惗桪廏敪昞徿庴徿仏
  9. 怷揷懽彶丂Morita Y丂僩儅僩堔挏昦嬠怴宆儗乕僗3偺敪惗乮嫟摨尋媶撪梕乯乮岥摢乯
  10. 塝嶳弐堦丂Urayama S丂僀僱偄傕偪昦嬠姶愼儅僀僐僂僀儖僗乮MoCV1乯桼棃僞儞僷僋幙偺戝挵嬠敪尰宯偺峔抸乮嫟摨尋媶撪梕乯乮岥摢乯
  11. 峕憪恀桼旤丂Egusa M丂僩儅僩嵧攟昳庬偍傛傃栰惗庬偵偍偗傞僩儅僩傾儖僞乕僫儕傾宻屚昦掞峈惈堚揱巕Asc1偺斾妑夝愅乮嫟摨尋媶撪梕乯乮岥摢乯
  12. 峳揧婱擵丂Arazoe T丂僗僩儗僗偍傛傃姶愼夁掱偵偍偄偰桿摫偝傟傞僀僱偄傕偪昦嬠偺懱嵶朎憡摨慻姺偊乮嫟摨尋媶撪梕乯乮億僗僞乕乯[梫巪]仏妛惗桪廏敪昞徿庴徿仏
  13. 埌郪晲恖丂Ashizawa T丂僀僱堫偙偆偠昦偺昳庬掞峈惈昡壙朄偺専摙偲彫曚傊偺娞墛夁掱偺娤嶡乮嫟摨尋媶撪梕乯乮岥摢乯

10th European Conference on Fungal Genetics乮2010擭3寧29乣4寧1擔, Leeuwenhorst, The Netherlands乯偵偍偗傞敪昞

  1. Keigo INAMI丂Loss-of-function of the avirulence gene, SIX4, by transposon-insertion in tomato wilt pathogen Fusarium爋xysporum f. sp. lycopersici乮億僗僞乕) [梫巪]

10th European Cnference on Fungl Genetics Fusarium Satellite Meeting乮2010擭3寧28乣29擔, Amsterdam, The Netherland乯偵偍偗傞敪昞

  1. Keigo INAMI丂Loss-of-function of the avirulence gene, SIX4, by transposon-insertion in tomato wilt pathogen Fusarium爋xysporum f. sp. lycopersici乮岥摢) [梫巪]

僫僗壢僎僲儉崙嵺僔儞億僕僂儉俀侽侾侽丂乕戞俇夞JSOL僔儞億僕僂儉乕乮2010擭3寧13乣14擔, 搶杒戝妛丂愳撪攱儂乕儖乯偵偍偗傞敪昞
JSOL2010

  1. Keigo INAMI丂Analysis of origin of tomato wilt pathogen: From a view of the history of tomato domestication and breeding 乮岥摢) [梫巪]

J Gen Plant Pathology帍偵偍偗傞敪昞

    Inami K, Yoshioka C, Hirano Y, Kawabe M, Tsushima S, Teraoka T, Arie T (2010) Real-time PCR for differential determination of the tomato wilt fungus, Fusarium oxysporum f. sp. lycopersici, and its races. J Gen Plant Pathol 76(2):116-121

BMC Genomics帍偵偍偗傞敪昞乮嫟摨尋媶撪梕乯

    Aoki K, Yano K, Suzuki A, Kawamura S, Sakurai N, Suda K, Kurabayashi A, Suzuki T, Tsugane T, Watanabe M, Ooga K, Torii M, Narita T, Shin-I T, Kohara Y, Yamamoto N, Takahashi H, Watanabe Y, Egusa M, Kodama M, Ichinose Y, Kikuchi M, Fukushima S, Okabe A, Arie T, Sato Y, Yazawa K, Satoh S, Omura T, Ezura H, Shibata D (2010) Large-scale analysis of full-length cDNAs from the tomato (Solanum lycopersicum) cultivar Micro-Tom, a reference system for the Solanaceae genomics. BMC Genomics 11(1):210

怉暔杊塽帍偵偍偗傞敪昞

  1. 愳晹崃搊, 桳峕丂椡 (2010) Fusarium oxysporum偺昦尨惈娭楢堚揱巕偺扵嶕. 怉暔杊塽丂64(1) 31-35.

J Gen Appl Microbiol帍偵偍偗傞敪昞

    Izawa M,takekawa O, Arie T, Teroka T,, Yoshida M, Kimura M, Kamakura T (2009) Inhibition of histone deacetylase causes reduction of appressorium formtion in the rice blast fungus Magnaporthe oryzae. J Gen Appl Micribiol 55:489-498

僠儍僺儞僑帺帯戝妛乕搶嫗擾岺戝妛僐儞僼傽儗儞僗乮2009.12.11丄Texcoco, Mexico乯偵偍偗傞敪昞
TUAT-UACh Conference

  1. T. Arie丂biological control of diseases and pests乮岥摢乯
  2. K. Inami丂How had tomato wilt pathogen acquired pathogenicity? -Molecular analyses and their application for soil diagnosis-乮岥摢乯

戞9夞巺忬嬠暘巕惗暔妛僐儞僼傽儗儞僗乮2009.11. 18乣19丄暥嫗嬫乯偵偍偗傞敪昞
FMGB Meeting 2009

  1. 捙梩妜旻丂T. Shiiba丂MAT1僀僨傿僆儌儖僼傪擖傟姺偊偨 Fusarium oxysporum偺惈忬挷嵏乮億僗僞乕乯[梫巪]
  2. 堫尒孿屽丂K. Inami丂僩儔儞僗億僝儞憓擖偵傛傞僩儅僩堔挏昦嬠偺旕昦尨椡堚揱巕偺婡擻憆幐乮億僗僞乕乯[梫巪]丂仏桪廏億僗僞乕敪昞徿庴徿仏
  3. 崱栰垷婭丂A. Konno丂abaA偼Fusarium oxysporum偺彫宆暘惗巕丄戝宆暘惗巕丄bud cell宍惉偵娭梌偡傞乮億僗僞乕乯[梫巪]
  4. 楅栘丂桟丂Y. Suzuki丂僀僱偄傕偪昦嬠偵惗堢慾奞傪傕偨傜偢2庬偺儅僀僐僂僀儖僗偺惈忬夝愅乮億僗僞乕乯乮嫟摨尋媶撪梕乯

戞侾夞擔娯怉暔昦棟妛夛崌摨僔儞億僕僂儉乮2009.10.28乣30丄Jeju, Korea乯偵偍偗傞敪昞
1st Japan-Korea Joint Symposium

  1. T. Arie丂Current biofungicides in Japan乮岥摢乯乵梫巪乶
  2. S. Urayama丂Characterization of mycovirus which has potentiality to suppress the growth of their host, Magnaporthe grisea乮億僗僞乕乯乮嫟摨尋媶撪梕乯
  3. K Fuke丂Double-standard RNA mycoviruses affects host fungal growth in Alternaia alternata乮億僗僞乕乯乮嫟摨尋媶撪梕乯

暯惉21擭搙擔杮怉暔昦棟妛夛娭搶晹夛乮2009.9.10乣11丄 摗戲巗乯偵偍偗傞敪昞
PSJ Kanto District Meeting 2009

  1. 戝帥塅怐丂T. Oodera丂僶儕僟儅僀僔儞A宻梩嶶晍偵傛傞僩儅僩偺掞峈惈娭楢堚揱巕偺敪尰夝愅乮岥摢乯乵梫巪乶
  2. 嶳岥梞暯丂Y. Yamaguchi丂僶儕僟儅僀僔儞A宻梩嶶晍偵傛傞僩儅僩堔挏昦梷惂偵媦傏偡岝攇挿偺塭嬁乮岥摢乯乵梫巪乶
  3. 嬥栰垷婭丂A. Konno丂Fusarium oxysporum偺朎巕宍惉偵娭偡傞FoabaA乮岥摢乯乵梫巪乶
  4. 塝嶳弐堦丂S. Urayama丂僀僱偄傕偪昦嬠偵惗堢慾奞傪傕偨傜偡儅僀僐僂僀儖僗乮MoCV1乯偺僎僲儉媦傃峔憿僞儞僷僋幙偺夝愅乮岥摢乯乮嫟摨尋媶撪梕乯

XIV Interntional Congress on Molecular Plant-Microbe Interaction乮7寧19乣24擔丄Quebec, Canada乯偵偍偗傞偵偍偗傞敪昞
XIV MPMI

  1. Inami K, Morita Y, Yoshioka C, Teraoka T, Arie T丂SIX4, an avirulence gene carried by race 1 of tomato wilt fungus, is truncated by putative transposable element-insertion in a newly emerged strain. (poster) 乵Abstract乶
  2. Madadi A, Arie T, Teraoka T丂Induction of resistance and accessibility in the compatible and the incompatible rice-blast fungus interactions. (poster) 乵Abstract乶

擔杮搚忞旝惗暔妛夛2009擭搙戝夛乮2009.6.12乣13丄暉壀巗乯偵偍偗傞敪昞
JSSM 2009

  1. 堫尒孿屽丂僩儅僩懏怉暔乮Lycopersicon spp.乯慻怐偍傛傃崻寳搚忞偐傜暘棧偝傟傞Fusarium oxysporum偺暘巕宯摑夝愅. (億僗僞乕) . 乵梫巪乶

Microbes and Environment帍偵偍偗傞敪昞

  1. Yasushi Hirano, Tsutomu Arie (2009) Variation and phylogeny of Fusarium oxysporum isolated based in nucleotide sequence of polygalacturonase genes. Microbe Environ 24:113-120 Abstract

暯惉21擭搙擔杮怉暔昦棟妛夛戝夛乮2009.3.26乣28丄嶳宍巗乯偵偍偗傞敪昞
PSJ Annual Meeting 2009

  1. 壛摗椇岹丂A. Kato丂旝惗暔帒嵽Talaromyces sp. KNB-422偲僀僱攏幁昪昦嬠偲偺憡屳嶌梡偺壜帇壔乮億僗僞乕乯[梫巪]丂仏妛惗桪廏敪昞徿庴徿仏
  2. 媑壀愮捗丂C. Yoshioka丂僩儅僩堔挏昦嬠偍傛傃儗乕僗偺儕傾儖僞僀儉PCR朄偵傛傞摿堎揑専弌乮岥摢乯[梫巪]
  3. 桳杮丂惞丂H. Arimoto丂僉儍儀僣堔墿昦嬠偺悇掕儁儖僆僉僔儗僪僉僔儞堚揱巕hyr1偵偮偄偰乮億僗僞乕乯[梫巪]
  4. Madadi Abdul Khalid丂Induced resistance and accessibility in rice plant using the incompatible and the compatible races of rice blast fungus乮億僗僞乕乯[梫巪]
  5. 妏擖柧擔旤丂A. Kadoiri丂僀僱偄傕偪昦嬠朎巕敪夎塼拞偵暘斿偝傟傞Concanavalin A寢崌宆摐僞儞僷僋幙偺Suppressor條妶惈乮億僗僞乕乯[梫巪]
  6. 堫尒孿屽丂K. Inami丂僩儅僩懏怉暔偐傜暘棧偝傟偨旕昦尨惈Fusarium oxysporum偺暘巕宯摑夝愅偲旕昦尨椡乛昦尨椡娭楢堚揱巕椞堟偺暘晍乮億僗僞乕乯[梫巪]
  7. 惵栘撧乆巕丂N. Aoki丂Alternaria alternata偺堎忢宍懺偵娭梌偡傞嬠僂僀儖僗偺惈忬偍傛傃偦偺堚揱巕峔憿偺夝愅丂乮嫟摨尋媶撪梕乯乮億僗僞乕乯[梫巪]丂仏妛惗桪廏敪昞徿庴徿仏
  8. 晜抮岴煩丂K. Fuke丂怉暔昦尨嬠Alternaria alternata偐傜偺怴婯2杮嵔RNA儅僀僐僂僀儖僗偺扵嶕乮嫟摨尋媶撪梕乯乮億僗僞乕乯[梫巪]
  9. 壛摗岾塰丂S. Kato丂僀僱偄傕偪昦嬠傪庛撆壔偡傞儅僀僐僂僀儖僗偺慡墫婎攝楍偲偦偺僂僀儖僗棻巕乮嫟摨尋媶撪梕乯乮億僗僞乕乯[梫巪]

戞34夞擔杮擾栻妛夛戝夛乮2009.3.17乣19丄暥嫗嬫乯偵偍偗傞敪昞
34th PSSJ Meeting (Tokyo)

  1. 桳峕丂椡丂T. Arie丂僶儕僟儅僀僔儞A張棟偍傛傃旕昦尨惈Fusarium oxysporum張棟偵傛傞僩儅僩傊偺堔挏昦掞峈惈桿摫婡峔偺夝愅乮岥摢乯[梫巪]
  2. 壛摗椇岹丂A. Kato丂寀岝僞儞僷僋幙儅乕僇乕傪棙梡偟偨旝惗暔杊彍帒嵽Talaromyces sp. KNB-422偲僀僱偽偐昪昦嬠偺憡屳嶌梡偺娤嶡乮岥摢乯[梫巪]

Virus Research帍偵偍偗傞敪昞

    Nanako Aoki, Hiromitsu Moriyama, Motoichiro Kodama Tsutomu Arie, Tohru Teraoka, Toshiyuki Fukuhara (2009) A novel mycovirus associated with four double-stranded RNAs affects host fungal growth in Alternaria alternata. Virus Res 140(1-2): 179-187 (2009) Abstract

The Japan-Korea Basic Scientific Cooperation Program "2008 JSPS and KOSEF Joint Seminar" -Pioneering Researches on Fungal Molecular Biology乮2008.11.19乣20丄Kanazawa乯偵偍偗傞敪昞

  1. T. Arie丂Genetical and phylogenetical studies on diversity and evolution of phytopathogenicity in Fusarium oxysporum乮岥摢丄彽懸乯

戞8夞巺忬嬠暘巕惗暔妛僐儞僼傽儗儞僗乮2008.11. 17乣18丄嬥戲巗乯偵偍偗傞敪昞
FMGB Meeting 2008

  1. 擔栰垽巕丂A. Hino丂巗斕僩儅僩偵晅悘偡傞巺忬嬠偺専弌偍傛傃暘棧偝傟偨Penicillium spp.偺僷僣儕儞嶻惗擻偺挷嵏乮億僗僞乕乯[梫巪]
  2. 堫尒孿屽丂K. Inami丂僜儔儅儊壩傇偔傟昦嬠Olpidium viciae偺18S rDNA晹暘墫婎攝楍偺曄惈嵻擹搙岡攝僎儖揹婥塲摦乮DGGE乯朄傪梡偄偨夝愅乮億僗僞乕乯[梫巪]
  3. 壛摗椇岹丂A. Kato丂儀僩僫儉偺偽偐昪昦滊昦僀僱偐傜暘棧偝傟偨Fusarium懏嬠偺暘巕宯摑夝愅乮億僗僞乕乯[梫巪]
  4. 壀杮懽庽丂Y. Okamoto丂僀僱偄傕偪昦嬠朎巕敪夎塼拞偵暘斿偝傟傞Concanavalin A寢崌宆摐僞儞僷僋幙偺Suppressor條妶惈乮億僗僞乕乯[梫巪]
  5. 媑壀愮捗丂C. Yoshioka丂僩儅僩堔挏昦嬠儗乕僗偺搚忞拞偐傜偺摿堎揑専弌偺帋傒乮億僗僞乕乯[梫巪]

戞俀係夞搚忞揱愼昦択榖夛乮2008.9.10丄撿崙巗丄崅抦乯偵偍偗傞島墘

  1. 桳峕丂椡丂Fuarium oxysporum偵偍偗傞昦尨惈偺懡條惈乮岥摢丒彽懸乯

10th International Fusarium Workshop and Fusarium Genomics Workshop 乮8寧30乣9寧2擔, Arghero, Sardinia, Italy乯偵偍偗傞敪昞

  1. Keigo INAMI丂Phylogenetic analysis of Fusarium oxysporum isolated from the tissues and rhizosphere of Lycopersicon spp.丂乮億僗僞乕) 乵梫巪乶

9th International Congress of Plant Pathology乮8寧24乣29擔, Torino, Italy乯偵偍偗傞敪昞

  1. Akira SHINJO Glycoproteins secreted by germinating spores of Magnaporthe oryzae determine specificity like a suppressor in rice plant-blast interaction. 乮億僗僞乕乯乵梫巪乶
  2. Keigo INAMI丂Phylogenetic analysis of Fusarium oxysporum isolated from the tissues and rhizosphere of Lycopersicon spp.丂乮億僗僞乕偍傛傃岥摢) 乵梫巪乶

Phytopathol Mediterr帍偵偍偗傞敪昞

  1. Olusegun Samuel Balogun, Yasushi Hirano, Tohru Teraoka, Tsutomu Arie (2008) PCR-based analysis of disease in tomato singly or mixed inoculated with Fusarium oxysporum f. sp. lycopersici races 1 and 2. Phytopathol Mediterr 47:50-60 Abstract

American Phytopathological Society Centtenial Meeting乮7寧26乣30擔丄Minneapoli, MN, USA乯偵偍偗傞敪昞

  1. Tohru Teraoka丂Glycoproteins secreted by germinating spores of Magnaporthe oryzae determine the specificity like a suppressor in rice plant-blast interaction. 乮億僗僞乕乯乵梫巪乶
  2. Tsutomu Arie An approach to restore sexuality in Fusarium oxysporum. 乮億僗僞乕乯乵梫巪乶
  3. Tsutomu Arie An approach to restore sexuality in Fusarium oxysporum. 乮岥摢丗Flash & Dash Presentation) 乵梫巪乶

J Pestic Sci帍偵偍偗傞敪昞

  1. Takanobu Yoshida, Masato Kawabe, Yuichiro Miyata, Tohru Teraoka, Tsutomu Arie(2008) Biocontrol activity in a nonpathogenic REMI mutant of Fusarium oxysporum f. sp. conglutinans and characterization of its disrupted gene. J Pestic Sci doi:10.1584/jpestics.G07-35 Abstract

擔杮搚忞旝惗暔妛夛俀侽侽俉擭搙戝夛乮2007.6.13乣14丄惷壀巗乯偵偍偗傞敪昞
JSSM 2008

  1. 堫尒孿屽丂僩儅僩懏怉暔乮Lycopersicon spp.乯慻怐偍傛傃崻寳搚忞偐傜暘棧偝傟傞Fusarium oxysporum偺暘巕宯摑夝愅. (億僗僞乕) . 乵梫巪乶丂仏嵟桪廏億僗僞乕徿庴徿仏
  2. 媑壀愮捗丂僩搚忞偐傜拪弌偟偨eDNA傪梡偄偨丄僩儅僩堔挏昦嬠儗乕僗偺幆暿朄. (岥摢) . 乵梫巪乶

Plant Pathology帍偵偍偗傞敪昞

  1. Hase S, Takahashi S, Takenaka S, Nakaho K, T. Arie, Seo S, Ohashi Y and Takahashi H (2008) Involvement of jasmonic acid signaling in bacterial wilt disease resistance induced by biocontrol agent Pythium oligandrum in tomato. Plant Pathology Doi:10.1111/j.1365-3059.2008.01858.x

暯惉20擭搙擔杮怉暔昦棟妛夛戝夛乮2008.5.26乣28丄徏峕巗乯偵偍偗傞敪昞
PSJ Annual Meeting 2008

  1. 钀攇捈巕丂N. Sekinami丂Gibberella fujikuroi僼僃儘儌儞儗僙僾僞乕堚揱巕攋夡姅偺岎攝擻偲昦尨惈乮岥摢乯[梫巪]
  2. 壛摗椇岹丂A. Kato丂旝惗暔帒嵽Talaromyces sp. KNB-422偲僀僱攏幁昪昦嬠偲偺憡屳嶌梡偺壜帇壔乮岥摢乯[梫巪]
  3. 嶰戭懽巌丂T. Miyake丂旝惗暔帒嵽Talaromyces sp. KNB-422偺僀僱堢昪帪昦奞偺杊彍岠壥偲嶌梡婡峔丂乮嫟摨尋媶撪梕乯乮岥摢乯[梫巪]
  4. 怴忛丂椇丂A. Shinjo丂僀僱偄傕偪昦嬠姶愼僀僱偵偍偗傞儅儞僲乕僗寢崌宆僀僱儗僋僠儞乮MRL乯偺敪尰検偲偦偺嬊嵼惈乮岥摢乯
  5. Abdul Khalid Madadi丂The rice blast fungus behavior in planta in the compatible and the incompatible interactions丂乮岥摢乯[梫巪]
  6. 愳晹崃搊丂M. Kawabe丂Fusarium oxysporum f. sp. lycopersici偺怉暔怤擖偵娭梌偡傞場巕偺僾儘僥僆乕儉夝愅乮岥摢乯[梫巪]丂乮岥摢乯
  7. 惵栘撧乆巕丂N. Aoki丂Alternaria alternata偺堎忢宍懺偵娭梌偡傞嬠僂僀儖僗偺惈忬偍傛傃偦偺堚揱巕峔憿偺夝愅丂乮嫟摨尋媶撪梕乯乮岥摢乯
  8. 壛摗岾塰丂S. Kato丂僀僱偄傕偪昦嬠偵惗堢慾奞傪傕偨傜偡儅僀僐僂僀儖僗偺扵嶕偲偦偺惈忬夝愅丂乮嫟摨尋媶撪梕乯乮岥摢乯
  9. 楅栘丂桟丂Y. Suzuki丂惗堢慾奞傪帵偡僀僱偄傕偪昦嬠偵崿崌姶愼偡傞儅僀僐僂僀儖僗丂乮嫟摨尋媶撪梕乯乮岥摢乯

SoilMicroorganisms乮搚偲旝惗暔乯帍偵偍偗傞敪昞

  1. 撧椙媑庡丒壛摗岶懢榊丒壨尨嶈廏巙丒揷熀峗峃丒屻摗惓晇丒帥壀丂揙丒桳峕丂椡丒栘搱棙抝(2008) 僩儅僩偵偍偄偰惗堢懀恑岠壥偲惵屚昦杊彍岠壥傪桳偡傞撪惗嵶嬠偺扨棧. 搚偲旝惗暔 62(1) 33-41.丂[梫巪]
  2. Kawabe M, Okabe A, Teraoka T, Arie T (2008) Comparison of cellobiose dehydrogenase and cellobiose:quinone oxidoreductase activities between Fusarium oxysporum f. sp. lycopersici, and its FCD1-disuptant. [梫巪]

戞33夞擔杮擾栻妛夛戝夛乮2008.3.30乣4.1丄撧椙巗乯偵偍偗傞敪昞
33th PSSJ Meeting (Nara)

  1. 壛摗椇岹丂A. Kato丂愒怓寀岝僞儞僷僋幙乮DsRed2乯敪尰僀僱偽偐昪昦嬠偲旝惗暔帒嵽Penicillium sp. B422偺幆暿乮岥摢乯[梫巪]

Phytopathology帍偵偍偗傞敪昞

  1. J. Enya, M. Togawa, T. Takeuchi, S. Yoshida, S. Tsushima, T. Arie, and T. Sakai (2008) Biological and phylogenetic characterization of Fusarium oxysporum complex, which causes yellows on Brassica spp., and proposal of F. oxysporum f. sp. rapae, a novel forma specialis pathogenic on B. rapa in Japan Phytopathology 98:475-483 .丂 [梫巪]

戞7夞巺忬嬠暘巕惗暔妛僐儞僼傽儗儞僗乮2007.11. 15乣16丄搶嫗搒暥嫗嬫乯偵偍偗傞敪昞
FMGB Meeting 2007

  1. 钀攇捈巕丂N. Sekinami丂Gibberella fujikuroi偺僼僃儘儌儞儗僙僾僞乕堚揱巕偺扨棧偲攋夡姅偺嶌弌乮岥摢乯[梫巪]
  2. 杮嶳丂垽丂A. Motoyama丂Fusarium oxysporum偵偍偗傞僺儖價儞巁扙扽巁峺慺堚揱巕偺攋夡乮億僗僞乕乯[梫巪]
  3. 崱堜弒夘丂S. Imai丂岎攝晄慡惈巺忬嬠Fusarium oxysporum偵偍偗傞岎攝宆堚揱巕椞堟乮MAT1乯僀僨傿僆儌儖僼擖姺偊姅偺嶌弌乮億僗僞乕乯[梫巪]

怉暔杊塽帍偵偍偗傞敪昞

  1. 桳峕丂椡 丒拠壓塸梇丂(2007) 掞峈惈桿摫婡峔偲僾儔儞僩傾僋僠儀乕僞乕.丂怉暔杊塽 61 (10): 531-536.

Gene帍偵偍偗傞敪昞

  1. Masaki Kanamori, Hana Kato, Nobuko Yasuda, Shinzo Koizumi, Tobin L. Peever, Takashi Kamakura, Tohru Teraoka and Tsutomu Arie (2007) Novel mating type-dependent transcripts at the mating type locus in Magnaporthe oryzae丂Gene 403:6-17

J. Gen. Plant Pathol.帍偵偍偗傞尋媶惉壥岞昞乮嫟摨尋媶撪梕乯

    Masato Kawabe, Kazunori Katsube, Takanobu Yoshida, Tsutomu Arie and Kenichi Tsuchiya (2007) Genetic diversity of Fusarium oxysporum f. sp. spinaciae in Japan based on phylogenetic analyses of rDNA-IGS and MAT1 sequences. J. Gen. Plant Pathol. 73:353-359

暯惉19擭搙擔杮怉暔昦棟妛夛娭搶晹夛乮2007.9.13乣14丄岤栘巗乯偵偍偗傞敪昞
PSJ Kanto District Meeting 2007

  1. 崱堜弒夘丂S. Imai丂Fusarium oxysporum偺岎攝宆堚揱巕椞堟乮MAT1乯偺擖姺偊姅偺嶌弌乮岥摢乯乵梫巪乶
  2. 惵栘撧乆巕丂N. Aoki丂Alternaria alternata偺宍懺堎忢偵娭梌偡傞僂僀儖僗條棻巕偺惈忬偍傛傃偦偺堚揱巕峔憿偺夝愅乮岥摢乯乮嫟摨尋媶撪梕乯

戞6夞僼僓儕僂儉尋媶夛乮2007.8.30乣31丄姉孲巗乯偵偍偗傞敪昞
5th Fusarium Meeting

  1. 杮嶳丂垽丂A. Motoyama丂Fusarium oxysporum偺傾儖僐乕儖敪峺擻偼昦尨惈偵娭傢傞偺偐乮岥摢乯
  2. 桳峕丂椡丂T. Arie丂NPF偺惗暔杊彍婡嶌乮岥摢乯
  3. 崱堜弒夘丂S. Imai丂Fusarium oxysporum偺岎攝晄慡惈夝寛傊偺傾僾儘乕僠乮岥摢乯
  4. 堫尒孿屽丂K. Inami丂僩儅僩懏怉暔乮Lycopersicon spp.乯慻怐偍傛傃崻寳搚忞偐傜暘棧偝傟傞Fusarium oxysporum偺暘巕宯摑夝愅乮岥摢乯

XIII Interntional Congress on Molecular Plant-Microbe Interaction乮7寧21乣27擔丄Sorrento, Italy乯偵偍偗傞偵偍偗傞敪昞
XIII MPMI

  1. Tsutomu ARIE, Akira HAMAKAWA, Sumire FUKUSHIMA, Mari KIKUCHI, Ryo ISHIKAWA*, Hideki TAKAHASHI**, Hideo NAKASHITA*** and Tohru TERAOKA丂Jasmonate and/or ethylene-mediated signal cascade may be involved in the resistance to soilborne wilt disease in tomato induced by the treatment with a plant activator, validamycin A. (poster) 乵Abstract乶
  2. Akira SHINJO, Yuko ARAKI, Ko HIRANO*, Tsutomu ARIE, and Tohru TERAOKA丂Rice blast resistance in the transgenic rice plants up- or down-regulating mannose-binding rice lectin. (poster) 乵Abstract乶

J Pestic Sci帍偵偍偗傞尋媶惉壥岞昞 乮嫟摨尋媶撪梕乯

    Satoshi Watanabe, Kazuo Kumakura, Norihiko Izawa, Kozo Nagayama, Takashi Mitachi, Masaki Kanamori, Tohru Teraoka and Tsutomu Arie (2007) Mode of action of Trichoderma asperellum SKT-1, a biocontrol agent against Gibberella fujikuroi丂J Pestic Sci 32:222-228 (2007)丂[梫巪]

擔杮搚忞旝惗暔妛夛俀侽侽俈擭搙戝夛乮2007.6.7乣8丄攼巗乯偵偍偗傞敪昞
JSSM 2007

  1. 撧椙媑峴丂Y. Nara丂僩儅僩偺惗堢懀恑媦傃惵屚昦敪昦梷惂岞奐傪傕偮怉暔悘敽嵶嬠. (岥摢) 搚忞旝惗暔妛夛俀侽侽俈擭搙戝夛乮Jun 8丄攼巗乯. 乵梫巪乶

戞俀俉夞巺忬嬠堚揱巕尋媶夛乮2007.6.1丄杒嬫乯偵偍偗傞島墘

  1. 桳峕丂椡丂巺忬嬠偺岎攝偲娭楢偡傞堚揱巕丂[梫巪]乮岥摢丒彽懸乯

J Pestic Sci帍偵偍偗傞尋媶惉壥岞昞 乮嫟摨尋媶撪梕乯

    Ryo Ishikawa, Kentaro Shirouzu, Hideo Nakashita, Tohru Teraoka and Tsutomu Arie (2007) Control efficacy of validamycin A against Fusarium wilt correlated with the severity of phytotoxic necrosis formed on tomato tissues丂J Pestic Sci 32 (2): 83-88丂[梫巪]

僽儗僀儞僥僋僲僯儏乕僗偵偍偗傞尋媶惉壥岞昞

    桳峕丂椡丂(2007)丂怉暔偺桿摫慡恎掞峈惈.丂僽儗僀儞僥僋僲僯儏乕僗丂121:10-13

戞侾侽夞婰擮僶僀僆僐儞僩儘乕儖尋媶夛乮2007.3.31丄塅搒媨巗乯偵偍偗傞敪昞

  1. 桳峕丂椡丂僶僀僆僐儞僩儘乕儖尋媶偺揥朷乮岥摢丒彽懸乯

暯惉19擭搙擔杮怉暔昦棟妛夛戝夛乮2007.3.27乣30丄塅搒媨巗乯偵偍偗傞敪昞
PSJ Annual Meeting 2007

  1. 怴忛丂椇丂A. Shinjo丂儅儞僲乕僗寢崌宆僀僱儗僋僠儞乮MRL乯摫擖宍幙揮姺懳僀僱偺憂弌偲昦奞掞峈惈乮岥摢乯[梫巪]
  2. 嶰揷抧婱巎丂T. Mitachi丂僀僱偄傕偪昦嬠偺姶愼夁掱摿堎揑側敪尰傪帵偡MGH61A堚揱巕丂乮岥摢乯[梫巪]
  3. 堫尒孿屷丂K. Inami丂僠儕丄儊僉僔僐嶻僩儅僩懏怉暔偍傛傃崻寳搚忞偐傜暘棧偝傟傞Fusarium oxysporum偺宯摑夝愅乮岥摢乯[梫巪]丂乮岥摢乯
  4. 郷愳丂梲丂A. Hamakawa丂岝偺僶儕僟儅僀僔儞A偵傛傞僩儅僩慻怐拞偺僒儕僠儖巁拁愊偵媦傏偡塭嬁乮岥摢乯[梫巪]
  5. 杮嶳丂垽丂A, Motoyama丂僩儅僩堔挏昦嬠偺僺儖價儞巁扙扽巁峺慺堚揱巕偺僋儘乕僯儞僌偲攋夡姅偺嶌弌乮岥摢乯[梫巪]
  6. 惵栘撧乆巕丂N. Aoki丂Alternaria alternata偵撪嵼偡傞俀杮嵔RNA偑廻庡偵梌偊傞塭嬁丂乮嫟摨尋媶撪梕乯乮岥摢乯[梫巪]
  7. 屆夑攷懃丂H. Koga丂GFP堚揱巕傪摫擖偟偨偄傕偪昦嬠傪梡偄偨曚偄傕偪姶愼夁掱偺尠旝嬀娤嶡丂乮嫟摨尋媶撪梕乯乮岥摢乯
  8. 墫扟弮堦榊丂J. Enya丂Fusarium oxysporum f. sp. conglutinans偺IGS椞堟偍傛傃MAT1-1偺墫婎攝楍偵婎偯偄偨暘巕宯摑夝愅丂乮嫟摨尋媶撪梕乯乮岥摢乯[梫巪]
  9. 愳拞戝曘丂D. Kawanaka丂僩儅僩妼怓椫栦昦嬠偍傛傃廻庡摿堎揑CCT撆慺偵懳偡傞僩儅僩栰惗庬偺姶庴惈乮嫟摨尋媶撪梕乯乮岥摢乯

Plant Biotechnology帍偵偍偗傞尋媶惉壥岞昞

    Tsutomu Arie, Hideki Takahashi, Motoichiro Kodama, Tohru Teraoka (2007) Tomato as a model plant for plant-pathogen interactions丂Plant Biotechnology 24:135-147

J Phytopathology帍偵偍偗傞尋媶惉壥岞昞乮嫟摨尋媶撪梕乯

    S. Yoshida, T. Tsukiboshi, T Arie , H. Shinohara, M. Koitabashi, S. Tsushima (2007) Inhabitance and colonization on healthy rice plants by Glomerella cingulata. 丂J Phytopathology 155: 38-44 (2007)

J Gen Plant Pathol帍偵偍偗傞尋媶惉壥岞昞

    Ken-ichiro Saitoh, Kana Togashi, Tsutomu Arie, Tohru Teraoka (2006) A simple method for a mini-preparation of fungal DNA.丂JGPP 72: 348-350 (2006)

幣憪尋媶帍偵偍偗傞尋媶惉壥岞昞乮嫟摨尋媶撪梕乯

  1. 嶳壠垽婩丒嶰杧桭巕丒搚揷抭旤丒怴媨椙媂丒 桳峕丂椡丒暷嶳彑旤 (2006) 幣憪昦尨嬠偺rDNA ITS椞堟傪棙梡偟偨暘巕恌抐儅乕僇乕偺峔抸. 幣憪尋媶 35: 1-14(2006)

戞6夞巺忬嬠暘巕惗暔妛僐儞僼傽儗儞僗乮2005.11. 13乣14丄嶄巗乯偵偍偗傞敪昞
FMGB Meeting 2006

  1. 壀晹柧巕丂A. Okabe丂僉儍儀僣堔墿昦嬠Cong:1-1偲偦偺昦尨惈寚懝姅COng:1-2偵偍偗傞僞儞僷僋幙敪尰僷僞乕儞偺夝愅乮億僗僞乕乯[梫巪]
  2. 杮嶳丂垽丂A, Motoyama丂Fusarium oxysporum偺僺儖價儞巁僨僇儖儃僉僔儔乕僛堚揱巕偺摨掕乮億僗僞乕乯[梫巪]

J Gen Plant Pathol帍偵偍偗傞尋媶惉壥岞昞乮嫟摨尋媶撪梕乯

  1. Yasushi Hirano, Tsutomu Arie (2006) PCR-based differentiation of Fusarium oxysporum ff. sp. lycopersici and radicis-lycopersici and races of F. oxysporum f. sp. lycopersici丂JGPP 72: 273-283 (2006)

崱寧偺擾嬈帍偵偍偗傞幏昅

  1. 桳峕丂椡 (2006) 旝惗暔擾栻偵傛傞昦奞杊彍偺尰忬偲崱屻偺揥朷. 崱寧偺擾嬈 50 (11)20-24

Gene帍偵偍偗傞敪昞

  1. Masato Kawabe, Takanobu Yoshida, Tohru Teraoka, Tsutomu Arie (2006) FCD1 encoding protein homologous to cellobiose: Quinone oxidoreductase in Fusarium oxysporum丂Gene 382:100-110

IXth International Fungal Biology Conference & 16th New Phytologist Symposium乮2006.8丄Nancy, France乯偵偍偗傞敪昞乮嫟摨尋媶撪梕乯

  1. T. Kamakura丂Effect of TSA on appressorium formation of Magnaporthe grisea.乮億僗僞乕乯

暯惉18擭搙擔杮怉暔昦棟妛夛娭搶晹夛乮2006.9.14乣15丄岤栘巗乯偵偍偗傞敪昞
PSJ Kanto District Meeting 2006

  1. 暉搰偡傒傟丂S. Fukushima丂NahG僩儅僩傪梡偄偨僶儕僟儅僀僔儞A偺堔挏昦敪昦梷惂儊僇僯僘儉偺夝愅乮岥摢乯乵梫巪乶

232nd American Chemical Society National Meeting & Exposition乮2006.9.10乣14丄San Drancisco, USA乯偵偍偗傞敪昞

  1. T. Arie丂Foliar application of a plant activator could be an alternative to soil fumigation for control of soilborne plant pathogens乮岥摢乯乵Abstract乶

2006 Korea-Japan Fungal Genetics and Biology Conference乮2006.9.3乣6丄Daejeon, Korea乯偵偍偗傞敪昞

  1. T. Arie丂Sexual and asexual development in ascomycetes and mating type genes乮岥摢乯乵Abstract乶

2006 APS/CPS/MSA Joint Meeting乮2006.8丄Quebec, Canada乯偵偍偗傞敪昞

  1. H. Akamatsu丂Heterologous expression of fluorescent proteins in the phytopathogenic fungus Ascochyta rabiei and visualization of the fungus in planta.乮億僗僞乕乯乮嫟摨尋媶撪梕乯

8th International Congress of Plant Molecular Biology乮2006.8丄Adelaid, Australia乯偵偍偗傞敪昞

  1. H. Takahashi丂Bete-cyanoalanine synthase as a molecular marker for induced resistance by fungal glycoprotein elicitor and commercial plant activators.乮億僗僞乕乯乮嫟摨尋媶撪梕乯
  2. S. Hase丂The role of jasmonate and ethylene signaling in bacterial wilt disease resistance of tomato induced by the biological agent Pythium oligandrum.乮億僗僞乕乯乮嫟摨尋媶撪梕乯

戞11夞 IUPAC崙嵺擾栻壔妛夛媍乮2006.8. 6乣10丄恄屗巗乯偵偍偗傞敪昞
11th IUPAC International Congress of Pesticide Chemistry (2006)

  1. T. Arie, K. Shirouzu, H. Nakashita, H.-Y. Lee, T. Motoyama, K. Fujimori, K. Matsuura, I. Yamaguchi, T. Teraoka, R. Ishikawa (2006). Foliar spray of validamycin A or validoxylamine A controls soilborne diseases of tomato. 乮億僗僞乕乯
  2. R. Ishikawa, K. Shirouzu, H. Nakashita, T. Teraoka, T. Arie (2006). Control efficacy of validamycin A against Fusarium wilt correlates with the quantity of salicylic acid in tomato tissues. 乮億僗僞乕乯乮嫟摨尋媶撪梕乯
  3. S. Fukushima, M. Kikuchi, R. Ishikawa, H. Nakashita, T. Teraoka, T. Arie (2006). Foliar spray of validamycin A induces chemical injuries on NahG-tomato乮億僗僞乕乯丂乵Abstract乶
  4. M. Kikuchi, S. Fukushima, R. Ishikawa, H. Takahashi, T. Teraoka, T. Arie (2006). A miniature tomato cv. Micro-Tom is an excellenmt model plant to study plant-pathogen ineteractions. 乮億僗僞乕乯丂乵Abstract乶
  5. A. Okabe, T. Yoshida, Y. Arimoto, N. Domae, S. Mori, T. Teraoka, T. Arie (2006). An oxidoreductase is highly expressed in a virulence - loss - mutant of the cabbage yellows fungus having biocontrol activity. 乮岥摢丒億僗僞乕乯丂乵Abstract乶
  6. S. Watanabea, K. Kumakura, K. Fujikawa, K. Nozaki, T. Mitachi, T. Arie, T. Teraoka (2006). In situ study of Trichiderma asperellum SKT-1 as a biological control agant-phytopathogen interactions on rice seeds using green fluorescent protein (GFP) reporter systems. 乮億僗僞乕乯乮嫟摨尋媶撪梕乯

Phytopathology帍偵偍偗傞敪昞

  1. Hideki Takahashi, Takeaki Ishihara, Shu Hase, Ayaka Chiba, Kazuhiro Nakaho,Tsutomu Arie, Toheru Teraoka, Michiaki Iwata, Taneaki Tsugane, Daisuke Shibata, Shigehito Takenaka (2006) Beta-cyanoalanine synthase as a molecular marker for induced resistance by fungal glycoprotein elicitor and commercial plant activators. Phytopathology 96: 908-916.

怉暔杊塽帍偵偍偗傞敪昞

  1. 愇愳丂椇丒桳峕丂椡丂(2006) 僶儕僟儅僀僔儞A偺宻梩嶶晍偵傛傞僩儅僩堔挏昦杊彍岠壥偺儊僇僯僘儉丂怉暔杊塽60(4):219-223.

20th IUBMB International Congress of Biochemistry and Molecular Biology and 11th FAPBMB congress乮2006.6.23丄Kyoto乯偵偍偗傞敪昞

  1. N. Aoki丂Double-stranded RNAs in a plant-pathogenic fungus, Alternaria alternata乮億僗僞乕乯乮嫟摨尋媶撪梕乯

暯惉18擭搙擔杮怉暔昦棟妛夛戝夛乮2006. 6. 3乣 5丄嶥杫巗乯偵偍偗傞敪昞
PSJ Annual Meeting 2006

  1. 愇愳丂椇丂R. Ishikawa丂僶儕僟儅僀僔儞A偵傛傞僩儅僩堔挏昦偺梷惂偲僩儅僩慻怐撪偵拁愊偟偨僒儕僠儖巁検偺憡娭乮岥摢乯乮嫟摨尋媶撪梕乯
  2. 壀晹柧巕丂A. Okabe丂僉儍儀僣堔墿昦嬠Fusarium oxysporum f. sp. conglutinans (FOC)偺昦尨惈寚懝曄堎姅偱敪尰偑懡偄僆僉僔僪儕僟僋僞乕僛乮岥摢乯丂乵梫巪乶
  3. 崅嫶塸庽丂H. Takahashi丂惗暔杊彍旝惗暔Pythium oligandrum偍傛傃僾儔儞僩傾僋僥傿儀乕僞乕張棟僩儅僩偵偍偗傞Beta-cyanoalanine synthase堚揱巕偺敪尰偲桿摫掞峈惈儅乕僇乕偲偟偰偺棙梡乮岥摢乯乮嫟摨尋媶撪梕乯
  4. 挿扟丂廋丂O. Hase丂惗暔杊彍旝惗暔Pythium oligandrum偵傛偭偰桿摫偝傟傞僩儅僩惵屚昦掞峈惈敪尰偵偍偗傞僕儍僗儌儞嶻僔僌僫儖揱払宯偺娭梌乮岥摢乯乮嫟摨尋媶撪梕乯
  5. 怷嶳桾廩丂H. Moriyama丂Alternaria alternata偵撪嵼偡傞俀杮嵔RNA偑廻庡偵梌偊傞塭嬁乮岥摢乯乮嫟摨尋媶撪梕乯
  6. 搉曈丂揘丂S. Watanabe丂Trichoderma asperellum SKT-11姅偵傛傞僀僱庬巕揱愼惈昦奞偺惗暔杊彍乮俉乯丂亅T. asperellum SKT-1姅偵傛傞僀僱庬巕揱愼惈昦奞杊彍偺嶌梡婡峔乮俁乯亅乮岥摢乯乮嫟摨尋媶撪梕乯

擔杮擾寍壔妛夛乮2006.3乯偵偍偗傞敪昞

  1. 拞搰桟堦丂Y. Nakazima丂僀僱偄傕偪昦嬠敪夎娗晅拝婍摿堎揑堚揱巕CBP1僾儘儌乕僞乕偵偍偗傞揮幨挷愡椞堟偵娭偡傞尋媶乮岥摢乯乮嫟摨尋媶撪梕乯

擔杮擾栻妛夛戞31夞戝夛乮2006.3.21乣23丄暉壀巗乯偵偍偗傞敪昞
31th PSSJ Annual Meeting (2006)

  1. 搉曈丂揘 S. Watanabe丂Trichoderma asperellum SKT-11姅偵傛傞僀僱庬巕揱愼惈昦奞偺惗暔杊彍丂亅T. asperellum SKT-1姅偵傛傞僀僱庬巕揱愼惈昦奞杊彍偺嶌梡婡峔亅乮岥摢乯乮嫟摨尋媶撪梕乯

21悽婭COE"僫僲枹棃嵽椏"僐儘僉儏乕儉乮2006.2.23丄彫嬥堜巗乯偵偍偗傞敪昞

  1. Teraoka, T., Arie, T., Fukushima, S., Kikuchi, M. and Kokitsu, A.丂Foliar spray of plant activators, such as validamycin A and validoxylamine A, controls soilborne tomato wilt disease caused by Fusarium oxysporum f. sp. Flycopersici乮億僗僞乕乯

僶僀僆僒僀僄儞僗偲僀儞僟僗僩儕乕帍偵偍偗傞敪昞

  1. 帥壀丂揙丒嶰揷抧婱巎丂(2005) 僀僱偄傕偪昦嬠偺僀僱嵶朎傊偺怤擖摦懺丂僶僀僆僒僀僄儞僗偲僀儞僟僗僩儕乕 63 (10): 11-12.

戞5夞巺忬嬠暘巕惗暔妛僐儞僼傽儗儞僗乮2005.11. 7乣 9丄暥嫗嬫乯偵偍偗傞敪昞
FMGB Meeting 2005

  1. 嶰揷抧婱巎丂T. Mitachi丂僀僱偄傕偪昦嬠偺梩忊嵶朎撪偱偺姶愼摦懺偲堚揱巕敪尰乮億僗僞乕乯乵梫巪乶
  2. 壀晹柧巕丂A. Okabe丂僠儕嶻僩儅僩懏栰惗庬偐傜暘棧偟偨旕昦尨惈 Fusarium oxysporum 偺暘巕宯摑夝愅乮億僗僞乕乯乵梫巪乶
  3. 晉妦壛撧丂K. Togashi丂Gibberella fujikuroi巕擷朎巕偵偍偗傞宍幙偺暘棧偲攟梴忋惔偵傛傞巕擷妅宍惉桿摫乮億僗僞乕乯乵梫巪乶
  4. 桳峕丂椡丂T. Arie丂巕擷嬠偍傛傃晄姰慡巕擷嬠偺岎攝偲岎攝宆堚揱巕乮僔儞億僕僂儉丒岥摢乯乵梫巪乶

Phytopathology帍偵偍偗傞敪昞

  1. Ryo Ishikawa, Kentaro Shirouzu, Hideo Nakashita, H.-Y. Lee, Takayuki Motoyama, Isamu Yamaguchi, Tohru Teraoka and Tsutomu Arie (2005). Foliar Spray of Validamycin A or Validoxylamine A Controls Tomato Fusarium Wilt Phytopathology:95 (10):1209-1216.乵Abstract乶

暯惉17擭搙擔杮怉暔昦棟妛夛娭搶晹夛乮2005.9.15乣16丄晎拞巗乯偵偍偗傞敪昞
PSJ Kanto District Meeting 2005

  1. 晉妦壛撧丂K. Togashi丂僒僩僂僉價偟傚偆摢晠攕昦嬠Gibberella fujikuroi乮岎攝孮B乯巕擷朎巕偵偍偗傞宍幙偺暘棧乮岥摢乯乵梫巪乶
  2. 釼摗寷堦榊丂K. Saitoh丂僀僱偄傕偪昦嬠偺FMI1堚揱巕忋棳椞堟偺僾儘儌乕僞乕摿惈乮岥摢乯乵梫巪乶
  3. 惵栘撧乆巕丂N. Aoki丂Alternaria alternata偐傜専弌偝傟傞俀杮嵔RNA偺峔憿夝愅乮岥摢乯乮嫟摨尋媶撪梕乯丂乵梫巪乶

戞5夞僼僓儕僂儉尋媶夛乮2005.8.25乣26丄偮偔偽巗乯偵偍偗傞敪昞
5th Fusarium Meeting

  1. 晉妦壛撧丂K. Togashi丂Gibberella fujikuori巕擷朎巕偵偍偗傞恊宍幙偺暘棧斾乮岥摢乯
  2. 桳峕丂椡丂T. Arie丂僩儅僩堔挏昦嬠儗乕僗1偺旕昦尨惈寛掕場巕乮岥摢乯

Journal of General Plant Pathology帍偵偍偗傞敪昞

  1. Masaki燢anamori, Ken-ichiro燬aitoh, Tsutomu燗rie, Takashi燢amakura and Tohru燭eraoka (2005). Possible roles and functions of LPL1 gene encoding lysophospholipase during early infection by Magnaporthe grisea J. Gen. Plant Pathol.:71 (4):253-262.乵Abstract乶
  2. Masato燢awabe, Yumiko燢obayashi, Gen燨kada, Isamu燳amaguchi, Tohru燭eraoka and Tsutomu燗rie (2005). Three evolutionary lineages of tomato wilt pathogen, Fusarium oxysporum f. sp. lycopersici, based on sequences of IGS, MAT1, and pg1, are each composed of isolates of a single mating type and a single or closely related vegetative compatibility group J. Gen. Plant Pathol.:71 (4):263-272.乵Abstract乶

戞侾俀夞崙嵺MPMI夛媍乮2005.7.17乣22丄儊僉僔僐丒僇儞僋儞乯偵偍偗傞敪昞乮梊掕乯仺僴儕働乕儞僄儈儕偺偨傔2005.12偵墑婜
XII International Congress on Molecular Plant-Microbe Interaction (Cancun, Mexico)

  1. Kenichiro Saitoh丂乮億僗僞乕乯乵梫巪乶
  2. Tsutomu Arie丂An Avirulence-Determining Genomic Locus (AVR1) of a Plant Pathogenic Fungus, Fusarium oxysporum, Contains Plant Viral Sequence乮億僗僞乕乯乵梫巪乶
  3. Hsjime Akamatsu丂Development of an integrative transformation system in the phytopathogenic fungus Ascochyta rabiei and visualization of the fungus in planta through expression of fluorescent proteins乮億僗僞乕乯乮嫟摨尋媶撪梕乯乵梫巪乶

暯惉17擭搙擔杮怉暔昦棟妛夛戝夛乮2005.3.29乣31丄惷壀巗乯偵偍偗傞敪昞
PSJ Annual Meeting 2005

  1. 搉曈梇堦榊丂Y. Watanabe丂儅僀僋儘僩儉乭僩儅僩乮僫僗壢儌僨儖怉暔乯偺奺庬怉暔昦尨懱偵懳偡傞墳摎乮岥摢乯乮嫟摨尋媶撪梕乯乵梫巪乶
  2. 惣宍桾峴丂H. Nishigata丂GFP 摫擖僗僀僇偮傞妱昦嬠傪梡偄偨庬巕揱愼宱楬偺夝愅偲庬巕徚撆朄偺専摙乮岥摢乯乵梫巪乶
  3. 嶰揷抧婱巎丂T. Mitachi丂EGFP 敪尰僀僱偄傕偪昦嬠傪梡偄偨僀僱梩忊嵶朎撪偱偺姶愼摦懺偺夝愅乮岥摢乯乵梫巪乶
  4. 壀晹柧巕丂A. Okabe丂僠儕嶻僩儅僩懏栰惗庬傛傝暘棧偟偨Fusarium oxysporum 姅偺宯摑夝愅乮岥摢乯丂乵梫巪乶
  5. 嶳娸戝曘丂D. Yamagishi丂僠儕嫟榓崙偺栰惗庬僩儅僩惗懅抧堟偵偍偄偰暘棧偟偨Alternaria 懏嬠偺惈忬乮岥摢乯乮嫟摨尋媶撪梕乯丂乵梫巪乶
  6. 拞懞榡岹丂N. Nakamura丂僩儅僩堔挏昦嬠偵偍偗傞旕昦尨惈寛掕僎僲儉椞堟 (avr1) 偺懠儗乕僗嬠姅娫偱偺暘晍乮岥摢乯乵梫巪乶
  7. 埌郪晲恖丂T. Ashizawa丂GFP 堚揱巕摫擖僀僱偄傕偪昦嬠偵懳偡傞梩偄傕偪曓応掞峈惈偺堎側傞僀僱昳庬乽墱塇351 崋乿偲乽僐僔僸僇儕乿偺昞旂嵶朎偺斀墳偲昦斄宍惉乮岥摢乯乮嫟摨尋媶撪梕乯
  8. 拞搱桟堦丂Y. Nakajima丂僀僱偄傕偪昦嬠偵偍偗傞敪夎娗摿堎揑敪尰堚揱巕CBP1 偺敪尰惂屼椞堟偺専摙乮岥摢乯乮嫟摨尋媶撪梕乯
  9. 壀杮弐曘丂S. Okamoto丂僀僱偄傕偪昦嬠CBP1 嶻暔偺嬊嵼惈偺専摙乮岥摢乯乮嫟摨尋媶撪梕乯
  10. 嵵摗寷堦榊丂K. Saitoh丂僀僱偄傕偪昦嬠偺姶愼夁掱摿堎揑敪尰傪帵偡摐幙壛悈暘夝峺慺僼傽儈儕乕61 娭楢僞儞僷僋幙傪僐乕僪偡傞堚揱巕乮岥摢乯乵梫巪乶
  11. 桳杮丂桾丂Y. Arimoto丂僉儍儀僣堔墿昦嬠Cong:1-1 偍傛傃偦偺昦尨惈寚懝曄堎姅REMI10 桼棃偺僞儞僷僋幙偺擇師尦揹婥塲摦偵傛傞斾妑乮岥摢乯乮嫟摨尋媶撪梕乯乵梫巪乶

Journal of General Plant Pathology帍偵偍偗傞敪昞

  1. Hideki燭akahashi, Ayano燬himizu, Tsutomu燗rie, Syofi燫osmalawati, Sumire燜ukushima, Mari燢ikuchi, Yasufumi燞ikichi, Ayami燢anda, Akiko燭akahashi, Akinori燢iba, Kohei燨hnishi, Yuki營chinose, Fumiko燭aguchi, Chihiro燳asuda, Motoichiro燢odama, Mayumi燛gusa, Chikara燤asuta, Hiroyuki燬awada, Daisuke燬hibata, Koichi燞ori and Yuichiro燱atanabe (2005). Catalog of Micro-Tom tomato responses to common fungal, bacterial, and viral pathogens J. Gen. Plant Pathol.:71 (1):8-22.乵Abstract乶

擔杮擾栻妛夛戞30夞婰擮戝夛乮2005.3.19乣21丄愮戙揷嬫乯偵偍偗傞敪昞
30th PSSJ Annual Meeting (2005)

  1. S. Rosmalawati丂Efficacy of Plant Activators for Banana Panama Disease caused by Fusarium oxysporum f.sp cubense乮岥摢乯乵梫巪乶

23rd Fungal Genetics Conference at Asilomar (Mar 15-20; Pacific Grove, California, USA)偵偍偗傞敪昞
FGC23

  1. K. Saitoh丂Novel genes specifically expressed at early infection stage of rice blast fungus乮poster) 乵Abstract乶

戞係夞巺忬嬠暘巕惗暔妛僐儞僼傽儗儞僗乮2004.11. 4乣 5丄愬戜巗乯偵偍偗傞敪昞
FMGB Meeting 2004

  1. 嵵摗寷堦榊丂K. Saitoh丂僀僱偄傕偪昦嬠偺姶愼夁掱偱摿堎揑偵敪尰偡傞堚揱巕B19,B48,B59乮億僗僞乕乯乵梫巪乶
  2. 拞懞榡岹丂N. Nakamura丂僩儅僩堔挏昦嬠偺旕昦尨惈寛掕椞堟偼僉儏僂儕儌僓僀僋僂僀儖僗 (CMV) 奜旐僞儞僷僋幙堚揱巕偲晹暘揑偵憡摨椞堟傪帵偡乮億僗僞乕乯乵梫巪乶
  3. 晉妦壛撧丂K. Togashi丂Gibberella fujikuroi巕擷朎巕偵偍偗傞宍幙偺暘棧乮億僗僞乕乯丂乵梫巪乶

暯惉16擭搙擔杮怉暔昦棟妛夛娭搶晹夛乮2004.9.16乣17丄晎拞巗乯偵偍偗傞敪昞
PSJ Kanto District Meeting 2004

  1. S. Rosmalawati丂Plant Activators Control Fusarium Wilt Disease on Banana (Musa acuminata cv. cavendish)乮岥摢乯乵梫巪乶
  2. 拞懞榡岹丂N. Nakamura丂堔挏昦嬠儗乕僗1掞峈惈僩儅僩昳庬偵昦尨惈傪帵偡堔挏昦嬠儗乕僗1偺REMI曄堎姅乮岥摢乯乵梫巪乶
  3. 愳晹崃搊丂M. Kawabe丂擔杮崙撪傛傝暘棧偟偨儂僂儗儞僜僂堔挏昦嬠偺宯摑夝愅乮岥摢乯乮嫟摨尋媶撪梕乯丂乵梫巪乶
  4. 桳杮丂桾丂Y. Arimoto丂僉儍儀僣堔墿昦嬠昦尨惈寚懝曄堎姅偺僼僓儕儞巁嶻惗擻偵偮偄偰乮岥摢乯乮嫟摨尋媶撪梕乯丂乵梫巪乶

暯惉侾俇擭搙怉暔姶愼惗棟択榖夛乮2004.8.19乣21丄媨忛導徏搰挰乯偵偍偗傞島墘
Presentations in PM-Interactions 2004

  1. 桳峕丂椡丂T. Arie丂僩儅僩乕僼僓儕僂儉憡屳嶌梡夝愅偵偍偗傞僐儞僜乕僔傾儉尋媶傊偺婜懸乮彽懸島墘乯

擔杮嬠妛夛戞48夞戝夛乮2004.5.29乣30丄挿嶈導挿梌挰乯偵偍偗傞敪昞
48th Annual Meeting of the Mycological Society of Japan (2004)

  1. 嬥怷惓庽丂M. Kanamori丂僀僱偄傕偪昦嬠偺岎攝宆堚揱巕椞堟偺峔憿偲岎攝宆埶懚怴婯揮幨暔MAT 1-1-3偍傛傃MAT 1-2-2偵偮偄偰乮岥摢乯乵梫巪乶
  2. 愇愳挩巕丂N. Ishikawa丂僠儕嫟榓崙偱嵦庢偟偨栰惗庬偍傛傃嵧攟庬僩儅僩懏怉暔偐傜暘棧偝傟偨巺忬嬠乮岥摢乯乵梫巪乶

14th International Reinhardsbrunn Symposium - Modern Fungicides and Antifungal Compounds - (Apr 25-29;Reinhardsbrunn, Germany)偵偍偗傞敪昞
IRS14

  1. 愇堜傆傒丂F. Ishii丂Novel genes, B19 and B48, strongly expressed at early infection stage of Magnaporthe grisea - Have the gene products the potentiality to be the target site of fungicides? -乮oral) 乵Abstract乶

暯惉16擭搙擔杮怉暔昦棟妛夛戝夛乮2004.3.28乣30丄暉壀巗乯偵偍偗傞敪昞
PSJ Annual Meeting 2004

  1. 嬥怷惓庽丂M. Kanamori丂僀僱偄傕偪昦嬠偺怴婯岎攝宆埶懚揮幨暔MAT1-1-3偍傛傃MAT1-2-2偵偮偄偰乮岥摢乯乵梫巪乶
  2. 愇堜傆傒丂F. Ishii丂僀僱偄傕偪昦嬠偺晅拝婍宍惉夁掱偵敪尰偟偰偄傞堚揱巕B48丄B19偺婡擻夝愅乮岥摢乯乵梫巪乶
  3. 拞懞榡岹丂N. Nalamura丂堔挏昦嬠儗乕僗1掞峈惈僩儅僩昳庬偵昦尨惈傪帵偡堔挏昦嬠儗乕僗1偺REMI曄堎姅乮岥摢乯乵梫巪乶
  4. 愳晹崃搊丂M. Kawabe丂僩儅僩堔挏昦嬠偺FCD1攋夡姅偺昦尨惈偲僙儘價僆乕僗丗僉僲儞巁壔娨尦峺慺妶惈乮岥摢乯丂乵梫巪乶
  5. 媑揷棽墑丂T. Yoshida丂儅乕僇乕堚揱巕傪棙梡偟偨僉儍儀僣堔墿昦嬠偲昦尨惈憆幐嬠偺夝愅乮岥摢乯乮嫟摨尋媶撪梕乯丂乵梫巪乶
  6. 埌郪晲恖丂T. Ashizawa丂GFP堚揱巕摫擖僀僱偄傕偪昦嬠偵懳偡傞梩偄傕偪曓応掞峈惈偺堎側傞僀僱昳庬乽僩儓僯僔僉乿偲乽僒僒僯僔僉乿偺昞旂嵶朎偺斀墳偲昦斄宍惉乮岥摢乯乮嫟摨尋媶撪梕乯

Journal of General Plant Pathology帍偵偍偗傞敪昞

  1. M. Kawabe, K. Mizutani, T. Yoshida, T. Teraoka, K. Yoneyama, I. Yamaguchi and T. Arie (2004). Cloning a pathogenicity-related gene, FPD1, in Fusarium oxysporum f. sp. lycopersici J. Gen. Plant Pathol.:70 (1):16-20.乵Abstract乶

戞俁夞巺忬嬠暘巕惗暔妛僐儞僼傽儗儞僗乮2003.11. 6乣 7丄搶嫗搒暥嫗嬫乯偵偍偗傞敪昞
FMGB Meeting 2003

  1. 愳晹崃搊丂M. Kawabe丂Fusarium oxysporum 傛傝扨棧偟偨僙儘價僆乕僗丗僉僲儞巁壔娨尦峺慺條堚揱巕偺夝愅 乮億僗僞乕乯丂乵梫巪乶
  2. 嬥怷惓庽丂M. Kanamori丂 僀僱偄傕偪昦嬠偺lysophospholipase堚揱巕(LPL1)偺扨棧偲夝愅乮億僗僞乕乯丂乵梫巪乶
  3. 媑揷棽墑丂T. Yoshida丂Fusarium oxysporum 偺 Ras 堚揱巕偺僋儘乕僯儞僌偲夝愅乮億僗僞乕乯乮嫟摨尋媶撪梕乯丂乵梫巪乶

暯惉15擭搙擔杮怉暔昦棟妛夛娭搶晹夛乮2003.9.19乣20丄徏屗巗乯偵偍偗傞敪昞
PSJ Kanto District Meeting 2003

  1. 搱嶈丂柅丂M. Shimazaki丂儅儞僲乕僗寢崌宆僀僱儗僋僠儞偺夁忚敪尰宆宍幙揮姺懱僀僱偺嶌弌乮岥摢乯丂乵梫巪乶
  2. 愇愳挩巕丂N. Ishikawa丂僠儕嶻僩儅僩偍傛傃僩儅僩懏栰惗庬傛傝暘棧偟偨巺忬嬠偍傛傃僼僓儕僂儉懏嬠乮岥摢乯丂乵梫巪乶
  3. 媑揷棽墑丂T. Yoshida丂Fusarium oxysporum 偺 Ras 堚揱巕偺僋儘乕僯儞僌偲夝愅乮岥摢乯乮嫟摨尋媶撪梕乯丂乵梫巪乶

戞係夞僼僓儕僂儉尋媶夛乮2003.8.28乣29丄搶嫗搒廰扟嬫乯偵偍偗傞敪昞
4th Fusarium Meeting

  1. 桳峕丂椡丂T. Arie丂僩儅僩堔挏昦嬠偺儗乕僗敪惗偵娭偡傞暘巕惗暔妛揑峫嶡乮岥摢乯
  2. 愇愳丂椇丂R. Ishikawa丂僶儕僟儅僀僔儞A宻梩嶶晍張棟偵傛傞搚忞揱愼惈僼僓儕僂儉昦敪昦梷惂婡峔偺夝愅乮岥摢乯乮嫟摨尋媶撪梕乯
  3. 愳晹崃搊丂M. Kawabe丂僩儅僩堔挏昦嬠偐傜扨棧偟偨僙儘價僆乕僗丗僉僲儞巁壔娨尦峺慺條堚揱巕偺夝愅乮岥摢乯
  4. 拞懞榡岹丂N. Nakamura丂僩儅僩堔挏昦嬠儗乕僗1 IFO6531 傛傝REMI朄偱桿摫偟偨宍幙揮姺姅X-62偲X-83偺僩儅僩偵懳偡傞昦尨惈乮岥摢乯

暯惉侾俆擭搙怉暔姶愼惗棟択榖夛乮2003.8.21乣23丄將嶳巗乯偵偍偗傞島墘
Presentations in PM-Interactions 2003

  1. 帥壀丂揙丂T. Teraoka丂怉暔姶愼惗棟択榖夛偲俀侾悽婭偺昦奞杊彍媄弍奐敪偺壽戣偲揥朷乮彽懸島墘乯

Fungal Genetics and Biology帍偵偍偗傞敪昞

  1. M.P. Barve, T. Arie, S.S. Salimath, F.J. Muehlbauer and T.L. Peever (2003).Cloning and characterization of the mating type (MAT) locus from Ascochyta rabiei (teleomorph: Didymella rabiei) and a MAT phylogeny of legume-assocoated Ascochyta spp. Fungal Genet. Biol.:39:151-167.乵Abstract乶

娐嫬壢妛憤崌尋媶強戞俀俀夞彆惉尋媶曬崘夛乮2003.5.18丄擬奀巗乯偵偍偗傞敪昞
Presentations in PM-Interactions 2003

  1. 桳峕丂椡丂T. Arie丂怉暔偺掞峈椡傪棙梡偟偨搚忞昦奞夞旔偲墭愼搚忞娐嫬廋暅丂乮岥摢乯丂乵梫巪乶

Biosci. Biotechnol. Biochem.帍偵偍偗傞敪昞

  1. K. Saitoh, T. Arie, T. Teraoka and T. Kamakura (2003). Targeted gene disruption of the nuronal calcium sensor 1 homogue in rice blast fungus, Magnaporthe grisea. BBB 67 (3):651-653.乵Abstract乶

暯惉15擭搙擔杮怉暔昦棟妛夛戝夛乮2003.3.28乣30丄搶嫗搒愮戙揷嬫乯偵偍偗傞敪昞
PSJ Annual Meeting 2003

  1. 釼摗寷堦榊丂K. Saitho丂僀僱偄傕偪昦嬠偺neuronal calcium sensor 1條堚揱巕乮岥摢乯乵梫巪乶
  2. 愳晹崃搊丂M. Kawabe丂僩儅僩堔偪傚偆昦嬠偵偍偗傞僙儘價僆乕僗 僉僲儞巁壔娨尦峺慺條堚揱巕偺扨棧乮岥摢乯乵梫巪乶
  3. 嬥怷惓庽丂M. Kanamori丂僀僱偄傕偪昦嬠偵偍偗傞LPL1堚揱巕偺婡擻夝愅乮岥摢乯乵梫巪乶
  4. 愇堜傆傒丂F. Ishii丂僀僱偄傕偪昦嬠偺晅拝婍宍惉夁掱偵敪尰偟偰偄傞堚揱巕B48, B19偺敪尰摿堎惈専掕乮岥摢乯乵梫巪乶
  5. 堜嶳恀嬚丂M. Iyama丂Gibberella fujikuroi偺MAP僉僫乕僛堚揱巕乮gfk侾乯攋夡姅偺岎攝擻偲昦尨惈乮岥摢乯乵梫巪乶
  6. 嶳壠垽婩丂A. Yamaga丂幣憪梩屚昦嬠偺ITS椞堟偵婎偯偔娙堈摨掕偵偮偄偰乮岥摢乯乮嫟摨尋媶撪梕乯乵梫巪乶
  7. 搉曈丂揘丂T. Watanabe丂Trichoderma atroviride SKT-1姅偵傛傞僀僱庬巕揱愼惈昦奞偺惗暔杊彍(6) - Trichoderma atroviride SKT-1姅偵傛傞僀僱庬巕揱愼惈昦奞杊彍偺嶌梡婡峔(2)-乮岥摢乯乮嫟摨尋媶撪梕乯乵梫巪乶

擔杮擾栻妛夛戞28夞戝夛乮2003.3.22乣24丄柤屆壆巗乯偵偍偗傞敪昞
PSSJ Annual Meeting 2003

  1. 媨揷梇堦榊丂Y. Miyata丂堔墿昦惗暔杊彍妶惈傪帩偮旕昦尨惈僼僓儕僂儉REMI10姅偺 僉儍儀僣慻怐撪偱偺嫇摦乮岥摢乯乵梫巪乶

戞俀夞巺忬嬠暘巕惗暔妛僐儞僼傽儗儞僗乮2002.11.11乣12丄柤屆壆巗乯偵偍偗傞敪昞
FMGB Meeting 2002

  1. 堜嶳恀嬚丂M. Iyama丂Gibberella fujikuroi帗惈晄柅姅FGSC7610偺俧僞儞僷僋幙兝僒僽儐僯僢僩堚揱巕攋夡姅偺岎攝擻偲昦尨惈乮岥摢乯丂乵梫巪乶
  2. 媨揷梇堦榊丂Y. Miyata丂 Fusarium oxysporum f.sp. conglutinans昦尨惈寚懝曄堎姅REMI10偺僉儍儀僣堔墿昦偵懳偡傞惗暔杊彍妶惈偲GFP傪梡偄偨嫇摦夝愅乮億僗僞乕乯丂乵梫巪乶
  3. 愳晹崃搊丂M. Kawabe丂 Fusarium oxysporum f.sp. lycopersici偺俁偮偺儗乕僗偵娭偡傞宯摑夝愅乮億僗僞乕乯丂乵梫巪乶
  4. 釼摗寷堦榊丂K. Saitoh丂 僀僱偄傕偪昦嬠偺朎巕敪夎娗桼棃堚揱巕偺暘巕惗暔妛揑夝愅乮億僗僞乕乯丂乵梫巪乶

暯惉14擭搙擔杮怉暔昦棟妛夛搶杒晹夛乮2002.9.25乣26丄惙壀巗乯偵偍偗傞敪昞
PSJ Tohoku District Meeting 2002

  1. 媑揷棽墑丂T. Yoshida丂Fusarium oxysporum 偵偍偗傞傾僗僷儔僊儞巁僾儘僥僀僫乕僛堚揱巕偺僋儘乕僯儞僌偲夝愅乮岥摢乯乮嫟摨尋媶撪梕乯乵梫巪乶

暯惉14擭搙擔杮怉暔昦棟妛夛娭搶晹夛乮2002.9.27乣28丄徏屗巗乯偵偍偗傞敪昞
PSJ Kanto District Meeting 2002

  1. 堜嶳恀嬚丂M. Iyama丂Gibberella fujikuroi帗惈晄柅姅FGSC7610偺俧僞儞僷僋幙兝僒僽儐僯僢僩堚揱巕攋夡姅偺岎攝擻偲昦尨惈乮岥摢乯丂乵梫巪乶
  2. 媨揷梇堦榊丂Y. Miyata丂 Fusarium oxysporum f.sp. conglutinans昦尨惈寚懝曄堎姅REMI10偺僉儍儀僣崻偵偍偗傞嫇摦偲惗暔杊彍岠壥乮岥摢乯丂乵梫巪乶

3rd International Rice Blast Conference乮2002.9.11乣14丄偮偔偽巗乯 偵偍偗傞敪昞
3rd IRBC 2002

  1. 惸摗寷堦榊丂K. Saitoh丂Identification and Characterization of a Novel Appressorium-related Gene CBP1丂乮億僗僞乕乯乵梫巪乶
  2. 嬥怷惓庽丂M. Kanamori丂Functional Analysis of LPL1 Gene in Magnaporthe grisea丂乮億僗僞乕乯乵梫巪乶

戞21夞搚忞揱愼昦択榖夛偵偍偗傞敪昞乮2002.8.21乣22丄崅嶳巗乯

  1. 桳峕丂椡丂T. Arie丂搚忞昦尨嬠偺堚揱巕夝愅亅岎攝宆堚揱巕亅乮彽懸島墘乯 搚忞揱愼昦択榖夛儗億乕僩 21 :119-130.乵Abstract偲杮暥乶

暯惉侾係擭搙怉暔姶愼惗棟択榖夛偵偍偗傞敪昞乮2002.8丄戝嶳乯

  1. 惸摗寷堦榊丂K. Saitoh丂僀僱偄傕偪昦嬠偺朎巕敪夎娗桼棃堚揱巕偺夝愅 乮億僗僞乕乯:119-130.乵Abstract乶

Molecular Plant-Microbe Interaction帍偵偍偗傞敪昞

  1. T. Kamakura, S. Yamaguchi, K.-I. Saitoh, T. Teraoka, and I. Yamaguchi (2002). A Novel Gene, CBP1, Encoding a Putative Extracellular Chitin-Binding Protein, May Play an Important Role in the Hydrophobic Surface Sensing of Magnaporthe grisea During Appressorium Differentiation. MPMI 15 (5):437-444.乵Abstract乶

暯惉14擭搙擔杮怉暔昦棟妛夛戝夛乮2002.4.3乣5丄戝嶃乯偵偍偗傞敪昞
PSJ Annual Meeting 2002

  1. 愇堜傆傒丂F. Ishii丂僀僱偄傕偪昦嬠偺晅拝婍宍惉夁掱偵偍偄偰摿堎揑偵敪尰偡傞堚揱巕偺扵嶕乮岥摢乯丂乵梫巪乶
  2. 堜嶳恀嬚丂M. Iyama丂Gibberella fujikuroi偺俧僞儞僷僋幙兝僒僽儐僯僢僩堚揱巕攋夡姅偺岎攝擻偲昦尨惈乮岥摢乯丂乵梫巪乶
  3. 壛摗僴僫丂H. Kato丂僀僱偄傕偪昦嬠岎攝擻晄慡姅偲岎攝擻傪桳偡傞姅偺岎攝宆堚揱巕椞堟偺峔憿斾妑乮岥摢乯丂乵梫巪乶
  4. 嬥怷惓庽丂M. Kanamori丂姶愼弶婜夁掱偱崅敪尰偟偰偄傞僀僱偄傕偪昦嬠堚揱巕A26偺晅拝婍宍惉偵媦傏偡塭嬁乮岥摢乯丂乵梫巪乶
  5. 愳晹崃搊丂M. Kawabe丂僩儅僩堔挏昦嬠偺奺儗乕僗偵娭偡傞暘巕宯摑夝愅乮岥摢乯丂乵梫巪乶
  6. 釼摗寷堦榊丂K. Saitoh丂GFP傪梡偄偨僀僱偄傕偪昦嬠偺晅拝婍宍惉桿摫偵娭楢偡傞堚揱巕CBP1偺敪尰忬嫷偺専摙乮岥摢乯丂乵梫巪乶
  7. 烴堜桾巑丂H. Sakurai丂僩儅儞僲乕僗寢崌宆僀僱儗僋僠儞丒僀僜懱偺堦晹偼alternative RNA splicing偵傛傝嶻惉偝傟傞偺偐乮岥摢乯丂乵梫巪乶
  8. 敀悈寬懢榊丂K. Shirouzu丂僶儕僟儅僀僔儞俙偍傛傃僶儕僪僉僔儖傾儈儞俙宻梩嶶晍偵傛傞僩儅僩俽俙俼僔僌僫儖揱払宯偺妶惈壔乮岥摢乯丂乵梫巪乶
  9. 悈扟峗暯丂K. Mizutani丂Fusarium oxysporum f.sp. lycopersici偺昦尨惈娭楢堚揱巕unk1乮岥摢乯丂乵梫巪乶
  10. 嵅乆栘岝丂A. Sasaki丂Alternaria alternata偵偍偗傞MAT1-1偍傛傃MAT1-2椉堚揱巕曐桳姅偺嶌弌偲偦偺岎攝擻乮岥摢乯丂乮嫟摨尋媶撪梕乯

戞侾夞巺忬嬠暘巕惗暔妛僐儞僼傽儗儞僗乮2001.11.8乣9丄搶嫗乯偵偍偗傞敪昞
The 1st Conference on Fungal Genetics and Molecular Biology

  1. 桳峕丂椡丂T. Arie丂Asexual巕偺偆嬠 Alternaria alternata丄Fusarium oxysporum偍傛傃Pyricularia grisea偺岎攝宆堚揱巕乮岥摢乯丂乵梫巪乶
  2. 釼摗寷堦榊丂K. Saitoh丂僀僱偄傕偪昦嬠偺晅拝婍宍惉偵娭梌偡傞堚揱巕偺扵嶕偲夝愅乮岥摢乯丂乵梫巪乶
  3. 媑揷棽墑丂T. Yoshida丂Fusarium oxysporum偵偍偗傞傾僗僷儔僊儞巁僾儘僥僀僫乕僛堚揱巕偺僋儘乕僯儞僌偲堚揱巕攋夡乮億僗僞乕乯乮嫟摨尋媶撪梕乯丂乵梫巪乶
  4. 愳晹崃搊丂M. Kawabe丂REMI曄堎姅傪梡偄偨Fusarium oxysporum f. sp. lycopersici偺昦尨惈娭楢堚揱巕偺扵嶕偲夝愅乮億僗僞乕乯丂乵梫巪乶

擔杮怉暔昦棟妛夛暯惉侾俁擭搙娭搶晹夛乮2001.10.18丄拀攇乯偵偍偗傞敪昞
PSJ Kanto District Meeting 2001

  1. 壛摗僴僫丂H. Kato丂擔杮嶻僀僱偄傕偪昦嬠偺岎攝宆堚揱巕椞堟乮岥摢乯丂乵梫巪乶
  2. 嬥怷惓庽丂M. Kanamori丂僀僱偄傕偪昦嬠敪夎娗偱崅敪尰偟偰偄傞堚揱巕A26偺晅拝婍宍惉偵媦傏偡塭嬁乮岥摢乯丂乵梫巪乶

戞俁夞僼僓儕僂儉尋媶夛乮2001.10.4乣5丄昹徏乯偵偍偗傞敪昞
3rd Fusarium Meeting

  1. 桳峕丂椡丂T. Arie丂宻梩嶶晍宆僾儔儞僩傾僋僠儀乕僞乕偵傛傞搚忞揱愼惈僼僓儕僂儉昦杊彍偺壜擻惈偲儊僇僯僘儉偵偮偄偰乮岥摢乯
  2. 愇愳丂椇丂R. Ishikawa丂僶儕僟儅僀僔儞A偺宻梩嶶晍偵傛傞搚忞揱愼惈僼僓儕僂儉昦偺梷惂亅怉暔庬丒昳庬娫偱偺岠壥敪尰偺堘偄乮岥摢乯乮嫟摨尋媶撪梕乯
  3. 媑揷棽墑丂T. Yoshida丂僉儍儀僣堔墿昦嬠偵偍偗傞昦尨惈娭楢堚揱巕偺扵嶕乮岥摢乯乮嫟摨尋媶撪梕乯

暯惉侾俁擭搙怉暔姶愼惗棟択榖夛偵偍偗傞敪昞
Poster Presentations in PM-Interactions 2001

  1. 烴堜桾巑丂H. Sakurai丂儅儞僲乕僗寢崌宆僀僱儗僋僠儞偺昦奞掞峈惈傊偺婑梌乮億僗僞乕乯丂乵梫巪乶
  2. 敀悈寬懢榊丂K. Shirouzu丂宻梩嶶晍宆僾儔儞僩傾僋僠儀乕僞乕偱搚忞揱愼惈僼僓儕僂儉昦傪杊彍偱偒傞偐丠乮億僗僞乕乯丂乵梫巪乶
  3. 釼摗寷堦榊丂K. Saitou丂僀僱偄傕偪昦嬠偺晅拝婍宍惉偵娭梌偡傞堚揱巕偺扵嶕偲夝愅乮億僗僞乕乯丂乵梫巪乶
  4. 悈扟峗暯丂K. Mizutani丂REMI朄傪梡偄偰嶌弌偟偨Fusarium oxysporum昦尨惈曄堎姅REMI10丒r120丒r579偺僞僊儞僌晹埵廃曈堚揱巕椞堟偺夝愅乮億僗僞乕乯丂乵梫巪乶
  5. 愳晹崃搊丂M. Kawabe丂儕儃僜乕儉DNA丒岎攝宆丒億儕僈儔僋僣儘僫乕僛堚揱巕偺墫婎攝楍偵婎偯偄偨Fusarium oxyspoum偺宯摑偲昦尨惈偵娭偡傞峫嶡乮億僗僞乕乯丂乵梫巪乶

TOP