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平成24年度研究報告(227.97KB)
8 8 2 2 9 0 3 4 7 T : 4 7 T - , 3 R M T referee 1 83 n 381-388. Wickramatilake ARP, Munehiro R, Nagaoka T, Wasaki J, Kouno K (2011) Compost amendment enhances population and composition of phosphate solubilizing bacteria and improves phosphorus availability in granitic regosols. Soil Science and Plant Nutrition, 57: 529-540. Eida, MF, Nagaoka, T, Wasaki J, Kouno, K (2012) Isolation and characterization of cellulose-decomposing bacteria inhabiting sawdust and coffee residue composts. Microbes and Environment., 27: 226-233. Eida, MF, Nagaoka, T, Wasaki J, Kouno, K (2013) Phytate degradation by fungi and bacteria inhabiting sawdust and coffee residue composts. Microbes and Environments , 28: 71-80. e / ñ -( x ,( / ñ e ,, e k , x -( ñ ñ ñ - e e e -( ) e ), / ),, Miyake, Y, Sakai, Y & Kuniyoshi,H. 2012. Molecular cloning and expression profile of sex-specific genes, Figla and Dmrt1, in the protogynous hermaphroditic fish, Halichoeres poecilopterus. Zoological Science, 29: 690-701. Kuniyoshi, H, Okumura, I. Kuroda, R, Tsujita, N, Arakawa, K, Shoji, J, Saito, T & Osada, H. 2012. Indomethacin induction of metamorphosis from the asexual stage to sexual stage in the moon jellyfish, Aurelia aurita. Bioscience, Biotechnology, and Biochemistry, 76: 1397-1400. Miyake, Y, Nishigakiuchi, J, Sakai, Y & Kuniyoshi, H. 2012. Ovarian degeneration during the female-to-male sex change in the protogynous hermaphroditic fish, Halichoeres poecilopterus. Ichthyological Research, 59: 276-281. b nt k y b e( / )- d × nt ñ . 0NL RVL 6 8 D HRND 6 AH D 4IIHF 0 RI SR DJDRND U PD 4VDND 2D FD R UH DSS LFD LR R :L C: D 0VVDKD B 3 VD L KH SUR RUL JD R HLIHUD RI ( 5 MLND D C R F LYL 3DYL D T D L . AH D 0 R HUD FH L D HRND 6/ 4IIHF V RI KL H 1H D Y LVV FKDU DPL R HY JD LV : L LF DFL R YDU HYH RSPH FLF H ) 0VVDKD B 3 :L R D R HUD FH L AH D 0 6HU D F CDKDJL 6 L , 9R 6 L L D LR 2R JUHVV R - AH D 0 D 7 ILUV SR DVVL P R S DNH L 2D FD R V UHVV R 3RPL JR AH D 0 8 - K 7 3RPL LFD 4VDND ULD V L 0UDEL RSVLV D KH FD LR 7 YHV LJD LR KHVLV D R 6HU D D HS E LF R 3RPL JR 1LR RJ I DJDRND HS E LF - K 7 3RPL FD H 8 3 6 D DS D LR HU D LR D HS E LF 8 FK RUL H FR UD VSRU HU 0 222 UHJ 8 ) × × . ) 0 V L 4VDND H D HV H DV RUHVFH V D HRND 6 / 2RPSDUD LYH K VLR RJLFD 0 D LYDUV RI 3RPL LFD DU L H 2D FD R KH 3RPL LFD 7 YHV LJD LR / LFH 2 H RUL JD R HLIHUD :DP HFR RJLFD y . 8 3 2R JUHVV R 8 2D FD R HU LVFLS L DU DJDRND D HRND 6 / 5 MLND D C HU D LR D HS E LF DJDRND 7 / AH D 0 DU L H H DJUR RP . CDKDJL 6 V UHVV / 2KDUDF HUL D LR RI DVFRUELF DFL ELRV LEHU D HU LVFLS L DU CDKDJL 6 D 5 MLND D C URVSHF LR RI VD L L - 4VDND HU VD L L 2R JUHVV R HS E LF AH D 0 D HRND DJDRND 4VDND HU D LR D 3RPL LFD D LR PH R JH D : 0NL RVKL D HRND 6 2RPSDUD LYH HYD ULR SK VLR RJLFD FKDUDF HUL D LR RI KH RFD ULFH HS E LF R 6 D 7 YHV LJD LR RUL JD - K 7 DU L H L 5 MLND D C H 8 3 6 3RPL JR D HRND FDEU P 3RPL LFD 5 MLND D C 0 D HRND 6 / HU LVFLS L DU 6HU D AH D P H 8 3 6 LYDUV L 7 C: ñ ) 0 222 2D FD R VLV RI D DU H R HUD FH L 6HU D H KH :RFD . ) o n e . e ( ñ . ― ñ ñ ― ñ e . e ) nt ñ e e e e x e e ñ e e × . e e e × p y ñ e Aurelia , aurita nt 2012 -( 9 e Differential Display - 2012 -( . 9 e nt 2012 -( Aurelia aurita 9 e 2012 -( 2012 -( ef tip y ( nt k ag 9 e e y a y h u ef ) x y nt o - 9 ñ e a ag e ) ef ( x ( g e p ( ( y e p y , ( ef - jk ( e y g ( ( x - e ef nt y g . . jk ef g (/ ) ( e nt - k ( ñ xr ( e r