$B%H%C%W(B $B8&5fFbMF(B $B8&5f6H@S(B $B3X2qH/I=(B $B%a%s%P!<(B $B8&5fIw7J(B $B%"%k%P%`(B $B5{?^4U(B
Top Research Publications Conference People Lab Pictures Illustrations

$B9q:]3X2q(B / International Conference

  1. Mari Kawaguchi, Ryouka Kawahara-Miki, Kenji Tomita, Tomohiro Kono, Toyoji Kaneko and Shigeki Yasumasu $B!H(BOrphan gene expressed in flame cone cells uniquely found in seahorse epithelium$B!I(B EMBO | The Company of Biologists Workshop 'Trans-Scale Biology' using exotic non-model organisms, Okazaki, Japan, 2023 July. $B!J>7BT9V1i!K(B
  2. Mari Kawaguchi, Wen-Shan Chang, and Shigeki Yasumasu "Development of seahorse brood pouch in the aspect of neofunctionalization of the genes" 4th SYNGBIO, Guangzhou, China, May 18, 2021. $B!J>7BT9V1i!K(B
  3. Mari Kawaguchi $B!H(BEvolution of brood pouch in syngnathid fishes$B!I(B 1st Virtual International Conference on Biodiversity (VICONBIO), Philippines, 2022 November (on line)
  4. Tatsuki Nagasawa, Mari Kawaguchi, Tohru Yano, Sho Isoyama, Shigeki Yasumasu, Masataka Okabe. "Unique molecular evolution in teleost hatching enzyme genes - is this a new role of retrotransposon for evolution?" SMBE 2019, Manchester, England, 2019 July 21-25.
  5. Mari Kawaguchi "Formation of seahorse brood pouch" Workshop: Reproduction and Placentation among Ocean living species. International Federation of Placenta Associations, Tokyo, Japan, 2018 September 22. (oral)$B!J>7BT9V1i!K(B
  6. Mari Kawaguchi, Kaori Sano, and Shigeki Yasumasu "Sub-functionalization of hatching enzyme genes during evolution of sticklebacks" 9th International Conference on Stickleback Behavior and Evolution, Kyoto, Japan, 2018 July 3-7. (poster)
  7. Mari Kawaguchi, Akari Harada, and Shigeki Yasumasu. "Formation of seahorse brood pouch." Society for Integrative and Comparative Biology, San Francisco, USA, 2018 January 5. (oral)
  8. Shigeki Yasumasu, Kaori Sano, Tatsuki Nagasawa, and Mari Kawaguchi. "Co-evolution of fish hatching enzyme and its substrate." Society for Integrative and Comparative Biology, San Francisco, USA, 2018 January 6. (poster)
  9. Kaori Sano, Shuhei Ohno, Akitaka Izuha, Keisuke Imai, Mari Kawaguchi, and Shigeki Yasumasu. "Neofunctionalization of duplicated hatching enzyme genes in the teleost evolution." Society for Integrative and Comparative Biology, San Francisco, USA, 2018 January 6. (poster)
  10. Mari Kawaguchi. "Morphological observation of formation of seahorse brood pouch." 3rd International Syngnathid Biology Symposium (SyngBio 2017), Florida, USA, 2017 May. (oral)
  11. Ryohei Okubo, and Mari Kawaguchi. "Morphological observation of formation of seahorse brood pouch." Non-conventional animal models surfing the new waves of cutting-edge technologies. Joint Meeting of the 22nd International Congress of Zoology and the 87th meeting of Zoological Society of Japan, Okinawa, Japan, 2016 November. (oral)$B!J>7BT9V1i!K(B
  12. Shigeki Yasumasu, Kaori Sano, Tatsuki Nagasawa, and Mari Kawaguchi. "Molecular co-evolution of a hatching enzyme and its substrate." Joint Meeting of the 22nd International Congress of Zoology and the 87th meeting of Zoological Society of Japan, Okinawa, Japan, 2016 November. (poster)
  13. Kaori Sano, Shuhei Ohno, Akitaka Izuha, Mari Kawaguchi, Shigeki Yasumasu. "Production of a neofunctionalized hatching enzyme from a recombinant enzyme with ancestral activity by amino acid mutation." Joint Meeting of the 22nd International Congress of Zoology and the 87th meeting of Zoological Society of Japan, Okinawa, Japan, 2016 November. (poster)
  14. Tatsuki Nagasawa, Tohru Yano, Mari Kawaguchi, Shigeki Yasumasu, and Masataka Okabe. "The conserved enhancer of the hatching enzyme gene in ray-finned fish." Joint Meeting of the 22nd International Congress of Zoology and the 87th meeting of Zoological Society of Japan, Okinawa, Japan, 2016 November. (poster)
  15. Mari Kawaguchi. "Different hatching manner in seahorse and pipefishes depending on their unique egg protection manner." 8th International Conference on Stickleback Behavior and Evolution, New York, USA, 2015 July. (poster)
  16. Kaori Sano, Mari Kawaguchi, and Shigeki Yasumasu. "Inferring the evolution of teleostean zp genes based on the site of expression." International Symposium on the Mechanisms of Sexual Reproduction in Animals and Plants. Joint Meeting of the 2nd Allo-authenticating Meetinga and the 5th Egg-Coat Meeting (MCBEEC), Nagoya, Japan, 2012 November. (poster)
  17. Mari Kawaguchi, Hiroshi Takahashi, and Shigeki Yasumasu. "Sub-functionalization of duplicated genes during evolution." Stickleback 2012 7th International Conference on Stickleback Behavior and Evolution, Seattle, USA, 2012 July. (poster)
  18. Mari Kawaguchi, Mutsumi Nishida, and Shigeki Yasumasu. "Molecular co-evolution of protease and proteinaceous substrate: hatching enzyme and egg envelope protein as a model system." Annual Conference of Society for Molecular Biology and Evolution, Kyoto, 2011 July. (poster)
  19. Kaori Sano, Mari Kawaguchi, and Shigeki Yasumasu. "Evolution of protein function: the mechanism of egg envelope digestion by fish hatching enzymes as a model." Annual Conference of Society for Molecular Biology and Evolution, Kyoto, 2011 July. (poster)
  20. Mari Kawaguchi, Shigeki Yasumasu, Junya Hiroi, Ichiro Iuchi, Masaki Miya, and Mutsumi Nishida. "Phylogeny-dependent intron-loss evolution of hatching enzyme genes in Teleostei." 14th Evolutionary Biology Meeting, Marseilles, France, 2009 September. (oral)
  21. Kaori Sano, Mari Kawaguchi, Ichiro Iuchi, and Shigeki Yasumasu. "Evolution of the mechanism of egg envelope digestion by fish hatching enzyme." 14th Evolutionary Biology Meeting, Marseilles, France, 2009 September. (poster)
  22. Shigeki Yasumasu, Mari Kawaguchi, Junya Hiroi, and Ichiro Iuchi. "Hatching enzyme of ovoviviparous black rockfish Sebastes schlegelii: environmental adaptation of hatching enzyme and evolutionary aspects of formation of pseudogene." 14th Evolutionary Biology Meeting, Marseilles, France, 2009 September. (poster)
  23. Mari Kawaguchi, Shigeki Yasumasu, Hiroshi Takahashi, Ichiro Iuchi and Mutsumi Nishida. "Species specificity of egg envelope digestion by hatching enzymes of sticklebacks Gasterosteus aculeatus and Pungitius sinensis: a molecular aspect of coevolution of protease and proteinous substrate." Stickleback 2009 6th International Conference on Stickleback Behavior and Evolution, Leicester, United Kingdom, 2009 July. (poster)
  24. Mari Kawaguchi, Shigeki Yasumasu, Junya Hiroi, Tohru Suzuki, Akio Shimizu, and Ichiro Iuchi $B!H(BEvolution of Hatching Enzyme Genes in Teleost.$B!I(B The 4th International Symposium on the Molecular and Cell Biology of Egg- and Embryo-Coats (MCBEEC), Mie, Japan, 2004 November. (poster) $B%Y%9%H%]%9%?!<>^^(B.

$B9qFb3X2q(B / Domestic Conference

2023$BG/EY(B

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  2. $B2OFb0&7k!&KY9>K|M';R!&@n8}bCM}!&0BA}LP

2022$BG/EY(B

  1. $B@n8}bCM}!V%?%D%N%*%H%7%4$K8+$i$l$k0i;yG9$N?J2=!WBh(B38$B2s9q:]@8J*3X>^5-G0%7%s%]%8%&%`!=5{$N@8J*3X(B $B$=$N@8BV!"?J2=$HH/@8(B Biology of Fishes: Ecology, Evolution and Development$B!=!"2,:j!"(B2022$BG/(B12$B7n!J>7BT9V1i!K(B
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2021$BG/EY(B

  1. $B;3:jBg4r!&W"0f=`Li!&@n8}bCM}!V%h%&%8%&%*2J5{N`$N0i;yG9$K$*$1$k%"%s%b%K%"M"Aw$N?J2=!WBh(B74$B2sF|K\F0J*3X2q4XEl;YIt!"El5~!J%*%s%i%$%s3+:E!K!"(B2022$BG/(B3$B7n!J%]%9%?!
  2. $B;3yuBg4r!&W"0f=`Li!&@n8}bCM}!V%?%D%N%*%H%7%4$N0i;yG9$K$*$1$k%"%s%b%K%"M"Aw!WBh(B92$B2sF|K\F0J*3X2q!"JF;R!J%*%s%i%$%s3+:E!K!"(B2021$BG/(B9$B7n!J%]%9%?!

2019$BG/EY(B

  1. $BD9_7N5
  2. $B86EDL@N$!&K\B<9@G7!&@n8}bCM}!V%T%0%_!<%7!<%[!<%9$NJzMq;~$NJ"9P$N7ABV!WBh(B72$B2sF|K\F0J*3X2q4XEl;YIt!"%*%s%i%$%s3+:E!"(B2020$BG/(B3$B7n!J%]%9%?!
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  6. $B0BA}LP.EgMx7C;R!&>>K\F)Lk!V9E9|5{N`U[2=9ZAG$NMqKlJ,2r7O$N5!G=?J2=!'@5??9|5{N`(BHCE-LCE$B7O$O!"$I$N$h$&$K@.N)$7$?$+!)!WBh(B90$B2sF|K\F0J*3X2q!"Bg:e!"(B2019$BG/(B9$B7n!J8}F,H/I=!K(B
  7. $B86EDL@N$!&@n86Nh9a!&@n8}bCM}!V%?%D%N%*%H%7%4$N0i;yG9$N7A@.$X$N(Bfgf10a$B!&(Bwnt5a$B0dEA;R$N4XM?!WBh(B52$B2sF|K\5{N`3X2q!"9bCN!"(B2019$BG/(B9$B7n!J8}F,H/I=!K(B
  8. $B@n8}bCM}!V5{N`$K$O?75,$N>C2=9ZAG$,$"$k$N$+!)!WBh#52s%f%K!<%/2q!"5~ET!"#2#0#1#9G/#87n!J%]%9%?!
  9. $B86EDL@N$!&@n8}bCM}!VAH?%4Q;!$K$h$k%h%&%8%&%*2J5{

2018$BG/EY(B

  1. $B:4F#@iM%!&@n8}bCM}!&0BA}LP
  2. $B>.EgMx7C;R!&>>ED@i9I!&9b9>='@c;R!&@n8}bCM}!&0BA}LP
  3. $B86EDL@N$!&@n86Nh9a!&@n8}bCM}!V%?%D%N%*%H%7%4$N0i;yG9$N7A@.$K4X$o$k8uJd0dEA;R$NH/8=%Q%?!<%s!WBh(B71$B2sF|K\F0J*3X2q4XEl;YIt!"El5~!"(B2019$BG/(B3$B7n!J%]%9%?!
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  5. $B86EDL@N$!&@n8}bCM}!V%?%D%N%*%H%7%4$H%$%7%h%&%8$N0i;yG9$NAH?%4Q;!!WBh(B51$B2sF|K\5{N`3X2q!"El5~!"(B2018$BG/(B10$B7n!J8}F,H/I=!K(B
  6. $BD9_7N5C<:%a%+%K%:%`!=%2%N%`9=B$$N?J2=E*@)Ls$+$i2rJ|$5$l$?0dEA;R$NJ,;R?J2=!=!WBh(B89$B2sF|K\F0J*3X2q%7%s%]%8%&%`!V0dEAE*JQ0[!=H/@8!&@8M}!=E,1~EY$r7R$0@8J*B?MM@-8&5f!W!";%KZ!"(B2018$BG/(B9$B7n(B
  7. $BC]LnN&1{!&@n8}bCM}!&0BA}LP
  8. $B86EDL@N$!&@n86Nh9a!&@n8}bCM}!V%?%D%N%*%H%7%4$N0i;yG9$N7A@.$K4X$o$kJ,2=0x;R$NC5::!WBh(B89$B2sF|K\F0J*3X2q!";%KZ!"(B2018$BG/(B9$B7n!J%]%9%?!
  9. $BD9_7N5C<:%a%+%K%:%`!'J,;R?J2=$K$*$1$k%l%H%m%3%T!<$N?7$?$JLr3d$N9M;!!WBh(B20$B2sF|K\?J2=3X2q!"El5~!"(B2018$BG/(B8$B7n!J8}F,H/I=!K(B$B8}F,H/I=:GM%=(>^^(B
  10. Shigeki Yasumasu, Miyuki Horie, Tatsuki Nagasawa, Akira Oike, Mari Kawaguchi "Molecular evolution of transglutaminase responsible for egg envelope hardening in fish" $BBh(B24$B2s>.7?5{N`8&5f2q!"L>8E20!"(B2018$BG/(B8$B7n!J%]%9%?!
  11. $B@n8}bCM}!&86EDL@N$!V%?%D%N%*%H%7%4$N0i;yG9$N7A@.$N%+%.$r0.$k0dEA;R$O2?$+!)!WBh(B4$B2s%f%K!<%/$J>/?tGI

2017$BG/EY(B

  1. $B@n8}bCM}!V%?%D%N%*%H%7%4N`$N0i;yG9$N?J2=!WBh(B123$B2sF|K\2rK63X2q%7%s%]%8%&%`!VBNI=$N?J2=@8J*3X!W!"El5~!"(B2018$BG/(B3$B7n!J>7BT9V1i!K(B
  2. $B@n8}bCM}!V%?%D%N%*%H%7%4$N0i;yG9!A7A@.%a%+%K%:%`$H?J2=!A!WBh(B70$B2sF|K\F0J*3X2q4XEl;YIt8x3+%7%s%]%8%&%`!V5{N`$NB?MM$J@$3&!!!A5{$O$I$N$h$&$K?J2=$7$?$N$+!A!W!"El5~!"(B2018$BG/(B3$B7n!J8}F,H/I=!K(B
  3. $BC]LnN&1{!&@n8}bCM}!&:4Ln9a?%!&0BA}LP
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  5. $B2,BtMTJ?!&@n86Nh9a!&@n8}bCM}!VG%?1Cf$N%?%D%N%*%H%7%4$N0i;yG9$GH/8=$9$k0dEA;R$NC5::!WBh(B70$B2sF|K\F0J*3X2q4XEl;YIt!"El5~!"(B2018$BG/(B3$B7n!J%]%9%?!
  6. $B5\:dOB4u!&@n8}bCM}!V%?%D%N%*%H%7%4$N0i;yG9$K$*$1$k(BC$B7?%l%/%A%s$N6I:_!WBh(B70$B2sF|K\F0J*3X2q4XEl;YIt!"El5~!"(B2018$BG/(B3$B7n!J%]%9%?!
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  8. $BLZ2
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  10. $B:4Ln9a?%!&2#;3h=:;!&C]3@5#!&@n8}bCM}!V%m%&%=%/%.%s%](BRhabdoblennius nitidus$B$NU[2=$K$*$1$k%*%9$N%"%7%9%H!WBh(B50$B2sF|K\5{N`3X2q!"H!4[!"(B2017$BG/(B9$B7n!J%]%9%?!
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2016$BG/EY(B

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2015$BG/EY(B

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  2. $BD9_7N5rIIN`$N4V$G0[$J$kfuMU$+$iJ,2=$9$k!W(B $BBh(B86$B2sF|K\F0J*3X2q!"?73c!"(B2015$BG/(B9$B7n!J8}F,H/I=!K(B
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  8. Momo H Carlos, Tatsuki Nagasawa, Mari Kawaguchi, Shigeki Yasumasu. "Duplication and diversification of amphibian hatching enzyme genes" $BBh(B17$B2sF|K\?J2=3X2q!"El5~!"(B2015$BG/(B8$B7n!J%]%9%?!

2014$BG/EY(B

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  4. $BBg7&NKJ?!&9bED7r2p!&@n8}bCM}(B $B!V%?%D%N%*%H%7%4$N0i;yG9FC0[E*$J(BC$B7?%l%/%A%s$N%/%m!<%s2=$HH/8=6I:_!W(B $BBh(B85$B2sF|K\F0J*3X2q!"@gBf!"(B2014$BG/(B9$B7n!J8}F,H/I=!K(B
  5. $BD9_7N5
  6. $B@>Hx>MO:!&@n8}bCM}!&0BA}LP
  7. $B:4Ln9a?%!&@n8}bCM}!&?Q@8=(
  8. $B@n8}bCM}!&CfLnM*;R!&@n86Nh9a!&:#J!0&;R(B $B!V%?%D%N%*%H%7%4$N0i;yG9FC0[E*%"%9%?%7%s%W%m%F%"!<%<%U%!%_%j!<0dEA;R!W(B $BBh(B16$B2sF|K\?J2=3X2q!"Bg:e!"(B2014$BG/(B8$B7n!J%]%9%?!
  9. $B:4Ln9a?%!&?Q@8=(
  10. $BD9_7N5

2013$BG/EY(B

  1. $BCfLnM*;R!&:#J!0&;R!&@n8}bCM}(B $B!V(Bpatristacin$B0dEA;R$N?J2=!W(B $BBh(B66$B2sF|K\F0J*3X2q4XEl;YItBg2q!"@iMU!"(B2014$BG/(B3$B7n!J%]%9%?!
  2. $B@n8}bCM}!&0f>e9-<"!&0BA}LP
  3. $B@n8}bCM}!&0f>e9-<"!&0BA}LP
  4. $B:4Ln9a?%!&@n8}bCM}!&IYED7{;J!&0BA}LP
  5. $BD9_7N5.NS7r0lO:!&0BA}LP
  6. $B@n8}bCM}!&0BA}LP
  7. $B:4Ln9a?%!&@n8}bCM}!&EOItM!;K!&0BA}LP

2012$BG/EY(B

  1. $B:#J!0&;R!&@n8}bCM}(B $B!V%?%D%N%*%H%7%4$N%"%9%?%7%s%U%!%_%j!<%W%m%F%"!<%<0dEA;R$NC5::!W(B $BBh(B65$B2sF|K\F0J*3X2q4XEl;YItBg2q!"El5~!"(B2013$BG/(B3$B7n!J%]%9%?!
  2. $BLZ1:CN9a!&@n8}bCM}(B $B!V%?%D%N%*%H%7%4(Bcollectin placenta$B0dEA;R$N%/%m!<%s2=$HAH49$(%?%s%Q%/
  3. $B5\CO1{!&@n86Nh9a!&2OLnM'9(!&@n8}bCM}(B $B!V%?%D%N%*%H%7%4$N0i;yG9$GH/8=$7$F$$$k0dEA;R$NLVMeE*2r@O!W(B $BBh(B65$B2sF|K\F0J*3X2q4XEl;YItBg2q!"El5~!"(B2013$BG/(B3$B7n!J%]%9%?!
  4. $B@n8}bCM}!&9b66MN!&@>EDKS!&0BA}LP
  5. $B@n8}bCM}!&9b66MN!&@>EDKS!&0BA}LP
  6. $B:4Ln9a?%!&@n8}bCM}!&0BA}LP

2011$BG/EY(B

  1. $BLnB<7rB@O:!&@n8}bCM}!&C]2VM$2p!&@.@%@6!&0BA}LP
  2. $B@n8}bCM}(B $B!VU[2=9ZAG$HMqKl$NJ,;R6&?J2=!W(B $BBh(B82$B2sF|K\F0J*3X2q%7%s%]%8%&%`!VI=8=7??J2=$H0dEA;R7??J2=!=5{N`$rMQ$$$?%"%W%m!<%A!W!"00@n!"(B2011$BG/(B9$B7n!J8}F,H/I=!K(B
  3. $B@n8}bCM}!&0fFb0lO:!&@>EDKS!&0BA}LP
  4. $B:4Ln9a?%!&@n8}bCM}!&0fFb0lO:!&0BA}LP
  5. $B@n8}bCM}!&@>EDKS!&0BA}LP
  6. $B:4Ln9a?%!&@n8}bCM}!&0BA}LP

2010$BG/EY(B

  1. $B@n8}bCM}!&0BA}LPEDKS(B $B!V(BFundulus$B$H%a%@%+4V$N
  2. $B:4Ln9a?%!&@n8}bCM}!&EOItM!;K!&0fFb0lO:!&0BA}LP
  3. $B@n8}bCM}!&0BA}LPEDKS(B $B!VU[2=9ZAG$HMqKl$NJ,;R6&?J2=!'(BFundulus$B$H%a%@%+4V$K$*$1$k
  4. $B:4Ln9a?%!&@n8}bCM}!&EOItM!;K!&0fFb0lO:!&0BA}LPChanos chanos$B$NMqKlJ,2r5!9=$H$=$N?J2=!W(B $BBh(B12$B2sF|K\?J2=3X2q!"El5~!"(B2010$BG/(B8$B7n!J8}F,H/I=!K(B

2009$BG/EY(B

  1. $B@n8}bCM}!&0BA}LPEDKS(B $B!VU[2=9ZAG$HMqKl$NJ,;R6&?J2=!'(BFundulus$B$H%a%@%+4V$K$*$1$k
  2. $B:4Ln9a?%!&@n8}bCM}!&5H@n>;G7!&0fFb0lO:!&0BA}LPl=j$N5/8;!W(B $BBh(B80$B2sF|K\F0J*3X2q!"@E2,!"(B2009$BG/(B9$B7n!J%]%9%?!

2008$BG/EY(B

  1. $B@n8}bCM}!&@6?e>EDKS(B $B!VU[2=9ZAG(BLCE$B$N5{
  2. $B@n8}bCM}!&F#ED1QL@!&5H:jHOIW!&W"0f=`Li!&4d<<>M0l!&0fFb0lO:!&0BA}LPEDKS(B $B!V%K%7%sL\$KB0$9$k(B2$B5{
  3. $B:4Ln9a?%!&@n8}bCM}!&0fFb0lO:!&0BA}LP
  4. $B@n8}bCM}!&@6?e>EDKS(B $B!VMqKl%?%s%Q%/
  5. $B:4Ln9a?%!&@n8}bCM}!&0fFb0lO:!&0BA}LP

2007$BG/EY(B

  1. $B@n8}bCM}!&0BA}LP
  2. $B:4Ln9a?%!&0BA}LP;G7!&@n8}bCM}!&0fFb0lO:(B $B!V%&%J%.U[2=9ZAG$N@:@=$H$=$NMqKlJ,2r5!9=!W(B $BBh(B78$B2sF|K\F0J*3X2q!"90A0!"(B2007$BG/(B9$B7n!J8}F,H/I=!K(B
  3. $B@n8}bCM}!&0BA}LP.7?5{N`8&5f2q!"El5~!"(B2007$BG/(B9$B7n!J%]%9%?!
  4. $B:4Ln9a?%!&0BA}LP.7?5{N`8&5f2q!"El5~!"(B2007$BG/(B9$B7n!J%]%9%?!
  5. $B@n8}bCM}!&0BA}LP

2006$BG/EY(B

  1. $B@n8}bCM}!&0BA}LP
  2. $B2CF#9(L@!&0BA}LP
  3. $B@n8}bCM}!&0BA}LPEDKS!&0fFb0lO:(B $B!V??9|5{N`$N?J2=2aDx$K$*$1$kU[2=9ZAG0dEA;R$N%$%s%H%m%s>C<:!W(B $BF|K\J,;R@8J*3X2q(B2006$B%U%)!<%i%`!"L>8E20!"(B2006$BG/(B12$B7n!J%]%9%?!
  4. $B0BA}LP>9>!"(B2006$BG/(B9$B7n!J8}F,H/I=!K(B
  5. $B@n8}bCM}!&0BA}LP>9>!"(B2006$BG/(B9$B7n!J8}F,H/I=!K(B
  6. $B@n8}bCM}!&0BA}LPEDKS!&0fFb0lO:(B $B!V??9|5{N`U[2=9ZAG0dEA;R$N?J2=2aDx$K$*$1$k7OE}0MB8E*%$%s%H%m%s>C<:!W(B $BBh(B8$B2sF|K\?J2=3X2q!"El5~!"(B2006$BG/(B8$B7n!J%]%9%?!

2005$BG/EY(B

  1. $BBgFbCR;J!&0BA}LP
  2. $B@n8}bCM}!&0BA}LP
  3. $B@n8}bCM}!&0BA}LPEDKS!&0fFb0lO:(B $B!V5{N`U[2=9ZAG0dEA;R$N?J2=!W(B $BBh(B76$B2sF|K\F0J*3X2q!"$D$/$P!"(B2005$BG/(B10$B7n!J%]%9%?!
  4. $BF#ED1QL@!&@n8}bCM}!&0BA}LPM0l!&0fFb0lO:(B $B!V%K%7%sU[2=9ZAG0dEA;R$N%/%m!<%s2=$HEE;R82Hy6@$K$h$kU[2=A#:YK&$N4Q;!!W(B $BBh(B76$B2sF|K\F0J*3X2q!"$D$/$P!"(B2005$BG/(B10$B7n!J%]%9%?!
  5. $B@n8}bCM}!&0BA}LPEDKS!&0fFb0lO:(B $B!V9E9|5{U[2=9ZAG0dEA;R$N?J2=!W(B $BBh(B11$B2s>.7?5{N`8&5f2q!"2,:j!"(B2005$BG/(B9$B7n!J%]%9%?!

2004$BG/EY(B

  1. $B@n8}bCM}!&0BA}LP
  2. $B@n8}bCM}!&W"0f=`Li!&0BA}LPFundulus heteroclitus $B$NU[2=9ZAG0dEA;R$H$=$NH/8=!W(B $BBh(B56$B2sF|K\F0J*3X2q4XEl;YItBg2q!"El5~!"(B2004$BG/(B3$B7n!J8}F,H/I=!K(B