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特殊水圏環境から単離した酵母および酵母様微細藻
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IP6 2@K:-5K?* KCS1 ORF O Pho4 F J±vVob/J<9J8»AS¼RNA b-§-¥ AS RNA t Kcs1 ³-TM*%L IP6 2@K: * Vip1 -P IP7 b³-ikFJ±74@GR¬-iu*a} !Pho4 «®Rn ¨Y\zAS RNA '% PHO system -\z*-*(1) Rim101 FDH=6K!° /G1FQ" |{¤* pho85 l O! Rim101 '\+*®Rn»NRG1, RIM8¼ w\+ª Nrg1 '\+* ENA2 }`+*-¥ ! Pho85 Rim101 }-*- *-c* Pho85 ! RIM101 ¨Y& Rim101 ;JB3¦ pq}x¶# Rim101 }` {¤ Rim101 ;JB3¦ DI97J4%·¢j_-%( Pho85 ! Rim101 X" sf´N* ,)+! Rim101 [n O Ser/Thr 2@K:'*FJ±`¯S ²¤y]- +( !Pho85 Rim101 -(µ* FDH=6K}-\z *a}-*(2)+^Pho4 %/G1F8>H8|´N* , ' Pho85 ! mhQM!8>H8|´,*¨Y dn -*(+*Pho4 & Rim101 8>H8QM G1 6 03FJ-\z*© ¥-WPho85 'h8>H8 |i-\z*-$ (1) PLoS Biol. 6: e326, 2008. (2) Eukaryot. Cell 9: 943, 2010. ,$ –Woronin body *()&%– +'"!#" Ĥó Aspergillus oryzae 'ª¯Đ{~Ē¿&õĉ$kÐ76Ĕ÷#ÏÊ 5ª ¯ēĉg$35 2006 $¡9eô6ÏÊó!ú76w 4Ĥó&ïÜ2ġ©À#"&ÚÞ'#7pÏÊÕ#ù±'yØ ´ÏÊ 6đ»ĥS. cerevisiaeĦ$¼+$Č72005 $ĤóĥA. oryzaeCOUùûb 1)& 5 Ę pÏÊÕù±ğĂÕ$ċ: 6Çî 4'7- ,!:"ÚÞ#7#çð4#5öĜ#pr9!6Ĥ ó9Íù6!9ÖÕ!çðÏÊÕ£À9ģkÚÞ9ċ06¯üÇ '®ą- $«4$#ĤóHZP=>\F^& ² 2) &Woronin body !>^ LR;F^ęĊčh&ù±$èd Ĥó#"&åÌó'çĕóåçð4#6&Ïï'oàÏĕ$35ë¥7 6óåoàĎi'çð&YVKY]BÁÓ$ÿ6 ¢ 5jÂćE WJA#"$35oàçð'¬$Æó9ÿ2 ÑÖ&çð!'Ě Ě476 &`Ď$'Ě!|(76Ý 5ě¦çð&çðþ' c$Ċ ê6&0oàçðÆó!$Æó&h§ě&çð$t*!9 6.!Ěą$ Woronin body !|(76åÌóËÒÕ#>Z?NX 3) Æó$'Ě9n96-Ě'$ė68 ' #Î$áėĖ6!18Woronin body 9¶ 6 AoHex1 3)GL[G$áĚ9ėĖ6&$n6 AoSO I]QAþ 4) $ ®¨&Ùø9èd6 zēĐÐĤ&õĉ$'äâºx 50% !ÔâkÐ76& ,!:"Èã! 3#³ġÅ!mĥßæÅ2ɸ=>]#"$ę'$_Ā°fĦ &Ïï¾0476-Ĉ& 1½`óå!|(764ĝ7óå 'צ³ġ9u5Ą/! #& åÌó'%$³ġÅĠĢ &Ïï96 !16>^LR;F^ęĊčhĥAoatg8, Aoatg1, Aoatg4, Aoatg13, Aoatg15 #"Ħ&ù ±4Ĥó 'pÏ ĥÜĤõĉĦpÏÓòĥõĤĦ$'>^LR;F^Ğ 6!8 5,6)-³ġĠĢ$'Ĥó'TLD]MY<SZ>@E >^U4$´- 1-6!Ãð$u5Ą/!9ø´'čh&¤£ !úý76Ĥó&3#´çðÏÊ '!!&³ġÅ! qÐ76!9Û} 5ñ{Ä!í6 1) Genome sequencing and analysis of Aspergillus oryzae, M. Machida et al., Nature, 438, 1157-1161 (2005) 2) åÌó>Z?NX&!&µlÕ#ďì –Ĥó&ðăĆéā&ù±4. 1&–¹ā·vas¯53753-759 (2008) 3) Disruption of the Aopex11-1 gene involved in peroxisome proliferation leads to impaired Woronin body formation in Aspergillus oryzae, C. S. Escano et al., Eukaryot. Cell, 8, 296-305 (2009) 4) AoSO protein accumulates at the septal pore in response to various stresses in the filamentous fungus Aspergillus oryzae, J. Maruyama, C. S. Escano, K. Kitamoto, Biochem. Biophys. Res. Commun., 391, 868-873 (2010) 5) Functional analysis of the ATG8 homologue Aoatg8, and role of autophagy in differentiation and germination in Aspergillus oryzae, T. Kikuma et al., Eukaryot. Cell, 5, 1328-1336 (2006) 6) Autophagy during conidiation and conidial germination in filamentous fungi, T. Kikuma et al., Autophagy, 3, 128-129 (2007)