M. Taniguchi & H. Miyake - 1

��$'������� 2�36(/!�

ǒÊ¡Ȉț{õÁ

ÐËāïôïôȅź×ǝôƌƕƏ

�464-8601� ÐËāĈ¾ƒ¼~ƫſ

Cell speficicity of stress responses in C4 plants

Key words: abscisic acid, C4 plant, chloroplast, environmental stress, reactive oxygen

Mitsutaka Taniguchi & Hiroshi Miyake

Graduate School of Bioagricultural Sciences

Furo-cho, Chikusa-ku, Nagoya 464-8601, Japan

<;�� �

� C4ŌŲ'ƺƟƩ"(țƣƗņ'Õ6;ƣƗņȑƝư�È6Û.ț�5&�'í�;ƺƮƝư�

È6ć! 6țCO2ŨƧÙǘ"7 C4Ùǘ(�'�Ɲư&-���!ȕ¹�!7�C4ŌŲ(

�8�¡ÎġƱ#ŹçƭěƱ;ƂIJ�7�#�5ț�'Ùǘ; C3ŌŲ&þ¢�!źŻě'Ñ|�

�ŌŲ;ȀƂ�4�#�7ƌƕ�ƿ:8!7����țÀ& C4Ùǘ;őġ�7ǵƛǰ�ñ;þ

¢�7��"%�țÙǘ'ŞěǐƘŕő2�ǑŻŲǜǟŕőț�5&(ƺƮ 4*ƣƗņȑƝư

'őǦ#ŕƱ'¬»%5*&�'¬»±ĕŕő;Ljļ�!þ¢�!��#�ǹDŽ"7�

� Ģ�(ƺƮƝư 4*ƣƗņȑƝư'ŹçNWuN&ü�7ĚƖ;Ɲư¥őǦ'Ȑ�5ŚǛ�ț

�'ĚƖě2ƭě��Ɲưȁ"¬»�!7�#;ļ5�&�!���ŅƓ"(țŹçNWuN

&ĚƖ��ƺƤ�'�øƂŷ%5*&Ɲư¥Ǵƪë¹��¡ÎġƝưȁ"Ɓ%7��& !ƞ

��7�

=;,�������36(/174����

=�<;74���0*�36(/!�

� C4ŌŲ'ƺƮƝư#ƣƗņȑƝư&(ƂǬ��ƺƤ��îĶóà�7�ț�&Ò-87�Ǒǵ

ƛ2Rw_Gǔ&(ȓƻ%ĆƁ�Dž58țŕƱ¬»�ǖ��!7șMajeran & Wijk 2009, Zhao et

al. 2013Ț�ƺƤ�őǦ&1ĆƁ�Dž58țų&W?nvIL%$'NADP-jsUG@wK>lșMEȚ

â C4ŌŲ"(țƣƗņȑƺƤ�TrI>X'HrYĐġ�Ħ±�8!7ș{õ 1999Ț�ď¡ț

�Űțæ%$'ŹçNWuN}'ƺƤ�"(țCO2ÝöÆĚ��}�!¡»ôÆĚ"ź�7Dz�

¶�ǫ´#%6țŞěǷƛźġ��Ǩ�8ț¡ÎġŕƱ��}�7¡Ȅø;č�ǖ���ŹçN

植物科学最前線 7:2 (2016)

BSJ-Review 7:2 (2016)

M. Taniguchi & H. Miyake - 2

WuN&��¡»ôƙ II'¡Ȅø(W?nvIL'ƺƮƝư 4*ƣƗņȑƝư'TrI>X"

ÏƑċ"7&1��:5�șPokorska and Romanowska 2007ȚțƺƮƺƤ�'Ĺ��ø;É�2

��#;Ģ�(Dž«��șHasan et al. 2005Ț��%:�țæNWuN&�ƺƮƺƤ�'TrI

>X'ƴŧțHrY'Ɣ.ǹ%6'ţÿțºƳ'Ąê�ȓƻ&%7�țƣƗņȑƺƤ�'őǦ&

ë»(Dž58%�����'ƺƮƝưųƁƄ%NWuN&��ƺƤ��ø(W?nvIL�í'

NADP-MEâ C4ŌŲșOmoto et al. 2009Ț%5*& NAD-MEâ C4ŌŲ 4*hNh@]ytbt

awǷCtiELEYyPșPCKȚâ C4ŌŲ& !1ƍǍ�8!7șOmoto et al. 2010Ț�-

�țNADP-MEâ C4ŌŲ'ƣƗņȑƝư& !(țĦ±�8!�HrYĐġ�æNWuN&

�ƂǬ�7șHrY'Ɣ.ǹ%6�è�7ȚŷǓ�ǖ�6șHasan et al. 2006, Omoto et al. 2009Țț

ŹçNWuN&ü�7ĚƖě2ƭě�ƺƮƝư#ƣƗņȑƝưȁ"¬»�!7�#�¯ļ���

#�9"țC3ŌŲ'>\& !(ț/�9ƣƗņȑƺƤ�'Ĺ�NWuN�ø;É�2��

șYamane et al. 2003ȚțC3ŌŲ# C4ŌŲ'ƺƤ�'ŹçǯĚŕő&(îŒě�6ț�'¬ñŕ

ő'Ljļ�ĸ�%NWuNƭěŌŲȀƂ&ǹDŽ"7#Ƭ�587�

=�=;74������&%�

� ²Ǟ'ŹçNWuN&��ƺƤ��ø(¡�óƄ"6țƺƟƩ+' Na >Bw'ǫ´ƽƔ�

ƇĮƄ%ÃÚ"(%�țNWuN}"ź�7ŞěǷƛ�ƺƤ��ø;č�ǖ��!7�#;>

\ 4*W?nvIL& !ļ5�&�!7șMitsuya et al. 2003, Yamane et al. 2004a, 2004b,

Hasan et al. 2005Ț���"țNWuN}"'ŞěǷƛƒ'Ɲư¥Āà& !W?nvIL'ƺƮ

Ɲư#ƣƗņȑƝư;ŚǛ��#�9ț�ø;É�2�ƺƮƺƤ�¥&ŞěǷƛșNy_yB

ELX O2-, ǫǷ»Ŝƛ H2O2Ț'ƽƔ�ō«�8�șOmoto et al. 2013Ț��5&țæNWuN;É

��W?nvILƺ46�ƺƤ�;Àȍ�țŞěǷƛŠÄƙǵƛ'Şě;ǐ,�ƠʼnțO2-; H2O2

&ëı�7Ny_yBELXMNlRyPŞě(æNWuN&46�ƺƤ�"è·���țH2O2

;Ŝ&ëı�!Ŭř»�7=NItawǷgtBELSyP 4*=NItawǷ§ź&Ȃ:7

V`Xv=NItawǷuSGRyP'�Şě(ƣƗņȑƺƤ�& !'.è·�Dž58�

șOmoto et al. 2013Ț�����!țæNWuN&�źġ�7ŞěǷƛ&ü�!țƣƗņȑƺƤ

�"(ŞěǷƛŠÄƙ'ǵƛŞě;èï��!üª�7�țƺƮƝư"(½¬%üª�%�8%

�0ŞěǷƛ�ǫ´ƽƔ��ø�ǎƂ�87#Ƭ�587��1�1țW?nvIL'ƣƗņ

ȑƺƤ�&(¡»ôƙ II�ÿ%�țǷƛƂź�ǖ�6&���'�0țŞěǷƛ'źġ���

Ħ�58! 6țNWuN&ĚƖ��ŞěǷƛŠÄƙ'Şě»#ƈ-�!țƣƗņȑƺƤ�"(

ƔŐƄ%NWuNȃĕŕő��!7#Ƭ�587��'ƣƗņȑƺƤ�ųƁƄ%ŞěǷƛŠ

ÄƱ'Şě»ș7(ǰ�ñƂŷ'èïȚ(�' C4JdR>eƒ"1¤Ǥ%'�ț-�țƺƮ

ƺƤ�'ŞěǷƛŠÄƱ�ƣƗņȑƺƤ��.&Ǩ»'ǫƑ"ƂǬ�%���Ÿž;�ĒLjļ�

植物科学最前線 7:3 (2016)

BSJ-Review 7:3 (2016)

M. Taniguchi & H. Miyake - 3

!�ęDŽ�7�

>;,�������36(/174�8��

>�<;7574�(/1�:8��

� C4ŌŲ'�¡ÎġƝư¥'ƺƤ�(Ɓ%7Ɲư¥Ǵƪ;#6țƺƮƺƤ��ƝưÕƦdz&ĵà

�!7�zĹțƣƗņȑƺƤ�(ƒ&4�!ƣƗņ�7(ƺƮƝư�&Āà�! 6ț�

'ƺƤ�ĀàǴƪ;�8�8ŝĘƄǴƪțǮĘƄǴƪ#4<"7�Ģ�(țNAD-ME â C4Ō

ŲLIGa@'ƺ&Őď¡ș3,000ȣ4,000 μmol m-2 s-1'ƃƹ¡Ț;Ůý�7#țƺƮƺƤ��ƣ

ƗņȑƝư�&Ɛ¹�7�#;Dž«��șYamada et al. 2009ȚșÜȝȚ�

� ƺƤ��¡&ĚƖ�!Ɛ¹�7ŷǓ(�ƺƤ�¡ö�ǩ¹�

#�! C3ŌŲ;üǓ#��ƌƕ�Ǩ<"7șńŖ&ØŽ

2013Ț��%:�țĎ¡}"'ƺƤ�(¡'¢ýĹÑ#áƇ%

ƝưȐ&Ȍ-7�ȌÎǩ¹�;ǖ��!%7,�¡;ĬȌ�

4�#�7șÜȞȚ�zĹțď¡}"(ƺƤ��¡'¢ýĹÑ

#Ċƿ%Ɲưé�+Ɛ¹�7�ǠDZǩ¹�;ǖ��!ď¡N

WuN;�ţ��4�#�7�Ģ�(țLIGa@"Dž«�

8�ƺƮƺƤ�'ƣƗņȑƝư�+'Ɛ¹;�©Ȍǩ¹�#

×Ð�!ȌÎxǠDZǩ¹#¼°�ț�'źŸƄđµ#¬ñŕ

ő'Ljļ;ƆĪ��##���% țƣƗņ�&űú��ŝ

ĘƄǴƪ;#7LIGa@'ƣƗņȑƺƤ�(țǾĽȁ'ď

¡Ůý&4�!1�'�ƪ;ë»���șÜȝȚț�Ɲư'ƺ

Ƥ�(Ɲư¥Ǵƪ& !1Ɓ%7NWuNĚƖģƀ;ż!7#Ƭ�587�

� C4ŌŲ'ƺƮƺƤ��©Ȍǩ¹;ǖ���#(�ŰNWuN;É��W?nvILșLal &

Edwards 1996Ț2Nfs`qșGuralnick et al. 2002Ț& !ĺ&äÔ�7���"țď¡�í

ÜȝȜC4ŌŲ'ƺƮƝư& �7Őď¡&Ě

Ɩ��ƺƤ�©Ȍǩ¹ � LIGa@ƺǙ&Ǥĉ¡ș250 µmol m-2 s-1ƃ

ƹ¡ȚșAțBȚ-�(Őď¡ș4,000 µmol m-2 s-1

ƃƹ¡ȚșCțDȚ;Ñǚ�șÜ'|�Ț�5ȞĽȁŮý���ď¡Ůý&46ƺƮƺƤ�'©

Ȍǩ¹�Dž58��șÜ�'ƊÂȚțƣƗņȑ

ƺƤ�'ŝĘƄǴ®&ë»(Dž58%����

Ü B 4* D(ț�8�8Ü A 4* C'zdz;Ĩï��1'"7�B: ƣƗņȑƝưțM: ƺƮƝưțV: ƣƗņ

Ü 2ȜC3ŌŲ'ƺƤ�& �7Ȍ

Îǩ¹#ǠDZǩ¹ � œČÜ( C3 ŌŲƺƮƝư'�

ȐÜ"6țƤƹ'Ŏ¦(ƺƤ�

;Ǝ��

植物科学最前線 7:4 (2016)

BSJ-Review 7:4 (2016)

M. Taniguchi & H. Miyake - 4

'�'NWuN+'ĚƖ;LIGa@;ż!ǐ,�#�9ț�Űțæț7(şǢßNWu

N;ŌŲ��É�7#țǤĉ¡ș250�500 μmol m-2 s-1Ț}"1ƺƮƺƤ�'©Ȍǩ¹�ǖ�7�

#�¯ļ��șYamada et al. 2009Ț�-�ț�ŰNWuN&46ƺƮƺƤ�'©Ȍǩ¹�Dž58�

LIGa@&§*Ŝ;���#�9țƺƮƺƤ��¿Ļ�|��!3��6#�'^r^r%Ǵ

ƪ&Ĥ�!�Œñ�LJû�8������!țƺƮƺƤ�'©Ȍǩ¹(țŹçNWuN&ĚƖ

��ÌǡƄ%źŸĚƖ"7#�7�ŋ�5ÓÇ��Ŝ�ƺƝư&ƿ�:�6ț©Ȍǩ¹;ǎ

ǖ�!�NWuNŴğ�5ÙĖ�7�#"ț�'ƺƤ�Ǵƪ+Ĥ��#Ƭ�587��'4�

%ƺƮƺƤ�'©Ȍǩ¹(țƉì'ũð}'�Ű��Þå"źƯ�'LIGa@2W?nvIL

"1LJû�8��#�5țǫǶ� ǃÎƄ%ƵŭŹç}"źƯ�7 C4ŌŲ& !Ǥĉǖ�!

7ŷǓ�#Ƭ�587�

>�=;�:8����&%�

� C3ŌŲ"7Lv>[YOY'ƺƤ�ȌÎxǠDZǩ¹(țcAWWvbw&47Ȏƹ¡Éù&

46ǎǖ�8ț=GTwƨƣ;��!ǩ¹�ǖ�7șńŖ&ØŽ 2013Ț�÷(ț�'ƺƤ�'Ȍ

Î 4*ǠDZǩ¹( C4ŌŲ& !1LJû�8!7șInoue & Shibata 1974, Taniguchi et al. 2003Ț�

-�țLIGa@'ƺű&Ȏƹ¡;Ůý�7#zdz'ƺƤ��ǠDZǩ¹;ǖ���țƺƟƩ¥&

=dLMwǷșABAȚ;ţßşǢ��!�5Ȏƹ¡Ůý�7#ƺƤ�(©Ȍǩ¹;ǖ���#�

Dž«�8�șȁÎ5 2011, Maai et al. 2011bȚșÜȟȚ�% țǕƹ¡}"(ƺƤ�©Ȍǩ¹(ǖ�

5%�����|'�#46țC4ŌŲ1 C3ŌŲ#Ï��ȌÎxǠDZ'ƺƤ�ǩ¹ŕő;1 �ț

�8&·�! C4ŌŲ(ƺƤ�;©Ȍǩ¹��7¬ñŕő1Î:�1�țABA (Ȏƹ¡"ǎþ�

87ǠDZǩ¹;©Ȍǩ¹+#LcW��7ǎþÚñ#%�!7#Ƭ�587���!țŹçN

WuN;ŌŲ�ĞƋ�7#ƺ¥' ABA Òǻ�èï�!Ĝä�Ǭ� �ț©Ȍǩ¹�ǎþ�87

ÜȟȜȎƹ¡ 4* ABA&ĚƖ��LIGa@ƺƤ�'Ɲư¥Ǵƪ'ë» � LIGa@'ƺǙƺű& 20 µmol m-2 s-1șą¨Ɖ#œČÜȚ-�( 500 µmol m-2 s-1șͨƉ#œČÜȚ

'Ȏƹ¡;Ñǚ�șÜ'|�Ț�5ȡĽȁŮýĒțŔķ­ű;�ǂ�!¡ôȓėǽLJû���|Ř(ABAȏªŸț}Ř( 30 µM ABAťš;ƺ¥&ţßşǢĒț¡Ůý;ƿ�!7�BȢƣƗņȑƝưțMȢƺƮƝưțVȢƣƗņ

植物科学最前線 7:5 (2016)

BSJ-Review 7:5 (2016)

M. Taniguchi & H. Miyake - 5

#įû�87�÷ȉțNWuN&��ƺ¥ ABA Òǻ'èï#ƺƮƺƤ�'©ȌǴƪ'èï&(

ŗ'ƈȂ�7�#;Ģ�(ƍǍ�!7șŃƂǀVyRȚ�zĹțC3ŌŲƺƤ�'ȌÎxǠDZ

ǩ¹&ŌŲhtnw�Ȃ��7#�äÔ(%�țNWuN&ĚƖ�� C4ƺƮƺƤ�'©Ȍǩ¹

&ųƁƄ"7#Ƭ�587�

� ŹçNWuN2 ABA "ǎþ�87ƺƮƺƤ�'©Ȍǩ¹(Ŀĥ"(ǖ�5�¡�óƄ"7

�#�5ț¡»ôƙ"źġ��ŞěǷƛ�©Ȍǩ¹'ǎþLHYt&%�!7ÌƱě�Ƭ�5

8��÷ȉțC3ŌŲLv>[YOY'ƺƤ�ǠDZǩ¹(țǫǷ»Ŝƛ'¤ó"�Ǩ�87#�

äÔ�%�8!7șWen et al. 2008Ț���"țLIGa@ƺű& ABA#ǫǷ»Ŝƛ;şǢĒ&

Ŀĥ}">wEpfyW���țƺƮƺƤ�'©Ȍǩ¹(ǎþ�8%����-�țļĥ}"'

ABA&ĚƖ��©Ȍǩ¹(țŞěǷƛNCfwMoy;¤ó��!1Ȅø�8%���șMaai et

al. 2011bȚ�����!țC3ŌŲ#Ɓ%6țC4ŌŲ'©Ȍǩ¹&ü�!ŞěǷƛ(Ȃ��!%

#Ƭ�58��

� C3ŌŲ'ƺƤ�ǩ¹;č�ǖ��=GTwƨƣ'¹ğ2ǩ¹±ĕ&Ȃ:7Rw_GǔÚñ�

ļ5�&%6 7șńŖ&ØŽ 2013Ț�zĹțC4ŌŲ'ƺƤ�ǩ¹& !(ț=GTwƨ

ƣ�©Ȍǩ¹&Ȃ��!7�#;Ȅø³÷Ȗ&46ƍǍ�!7�șYamada et al. 2009Țț±ĕ

Úñ(~ļ"6ț�Ē'ƌƕǏȒ"7�ƺƤ�'ǩ¹Ĺѱĕ& !1ƶÖ�1�87�

�%:�ț©Ȍǩ¹& !ƺƮƺƤ�(ƣƗņȑƝư�+¹�ÏʦŴ&ȌÎ�7�țǠDZǩ

¹"'ƺƤ�'Ɛ¹ĹÑ(¡'¢ýĹÑ#Ċƿ%Ɲưé�"6țȋĮ�7ƺƮƝư�+'¹�

"7�����!țƺƤ�;ƣƗņȑƝư�&Ñ�:�7©Ȍǩ¹ŕő�óà�! 6țƣƗ

ņȑƝư�5�5�'LHYt�Ĵ«�8ț�8;ƺƮƝư�ĞƋ�!ĹÑě;1��ƺƤ�ǩ

¹�č�ǖ��8!7ÌƱě1Ƭ�587�% țŹçNWuN&ĚƖ��©Ȍǩ¹(ƺƤ�

ųƁƄ"6țŊ2kWIwXs='Ɲư¥Ɛ¹(Dž58%���șYamada et al. 2009Ț�zĹț

C3 ŌŲ& !(ƺƤ�##1&Ŋ2kWIwXs=1ǠDZǩ¹�7�#�äÔ�8! 6

șIwabuchi et al. 2007, Tsuboi et al. 2007, Islam et al. 2009ȚțC4ƺƮƺƤ�'©Ȍǩ¹&ųƁƄ%±ĕ

ŕő�óà�7#įö�87�

� �|'4�&țC4ƺƮƝư(țC3ŌŲ".587ƺƤ�ǠDZǩ¹&·�!țNWuNLHYt

ABA&46ǎþ�87ƺƤ�©Ȍǩ¹ŕő;1 �#�ļ5�#%������țNWuN&Ě

Ɩ�!ƺ¥" ABA�$'4�&ƽƔ�8ț�' ABA;ƺƮƝư�$'4�&ōƋ�!ƺƤ�©

Ȍǩ¹;č�ǖ��'�țƺƤ�;$'4�&�!ƣƗņȑƝư�+Ɛ¹��!7'�#�

�Ĝä�Ǭ2ǩ¹±ĕ'njƝ(Ljļ"�!%�-�ț©Ȍǩ¹'źŸƄđµ1NJļ"�!

%��'4�%ŃLjļū;ļ5�&�7&(ț©Ȍǩ¹;ǖ��%ëƁ�;ż�Ljň�ł

¸"7�ț�'4�%ëƁ�(Dž«�8! 5�țƵ5Àȍ�7ęDŽ�7�ëƁ��Àȍ"

��%5)ț©Ȍǩ¹ëƁ�#Ǻź�'ȁ"ŹçNWuNĞÉě2¡ÎġƱ;ŚǛ�7�#"ț

植物科学最前線 7:6 (2016)

BSJ-Review 7:6 (2016)

M. Taniguchi & H. Miyake - 6

©Ȍǩ¹'źŸƄđµ�ļ5�&%7"9��-�țëƁ�'ÃÚǰ�ñ'Ïö;ƿțIy

XRw_Gǔ'ŕƱ;ļ5�&�7�#"ț©Ȍǩ¹'¬ñŕő�Ljļ�87#Ƭ�587�Ģ�

(ț�Ē' C4nVtŌŲ#Ɔ�87@]IvHJșSetaria viridisȚ;ƌƕüǓ&ö0țŷàț©

Ȍǩ¹ëƁ�'ĭƜ;ƿ�!7�

>�>;�:8��#9!�

� ŌŲ�;NWuN&�5�#țC4¡Îġ'JdR>e&Ȃ:5�ǐ,��,!'Àñƺ C4ŌŲ

& !ƺƮƺƤ�'©Ȍǩ¹�LJû�8�����ț�'©Ȍǩ¹'Ƒċ&(ƒȁĆ�Dž58ț

NADP-MEâ C4ŌŲșW?nvILțQtDl%$Ț"(©Ȍǩ¹461ǠDZǩ¹�ȓƻ&ǖ�

7åÎ�îșYamada et al. 2009Ț�zĹțNAD-MEâ C4ŌŲșLIGa@țEa%$Ț"(ƣ

Ɨņȁ'ƺƮƺƤ��zdzǠDZǩ¹�!71''ț©Ȍǩ¹�ď�ŷ87�PCK â C4ŌŲ'

FZ=HrN"(Ď©Ȍǩ¹��ǖ�5%�țvyOHrN"(ď©Ȍǩ¹�Dž58��

-�țŹçNWuN&��ƺƤ�©Ȍǩ¹'ĚƖě;Àñƺ C4ŌŲ#Åñƺ C4ŌŲȁ"ŚǛ�

�#�9țÀñƺ C4ŌŲ'Ĺ�ȓƻ%ĚƖě�Dž58������!țNWuN&ĚƖ��ƺƮ

ƺƤ�'©Ȍǩ¹( C4¡Îġ'JdR>e&Ȃ:5�î�' C4ŌŲ"ǎþ�87�ț�'Ƒċ

(ŌŲƒ&4�!Ɓ%7�#�ļ5�#%���C4ŌŲƒ&4�!NWuN&ü�7ĚƖxƭě

'Ƒċ%5*&üĚģƀ�Ɓ%6ț©Ȍǩ¹'Ƃŷ&1ĆƁ�ź�7#Ƭ�587�©Ȍǩ¹'

Ƒċ;ƺőǦț�NjŌŲ�Ă�7ƙơHtyețƣƗņȑƺƤ�'Ɲư¥Ǵƪ2HrY'ƂǬċț

ƣƗņȑƝư�5' CO2'Ŧ«Ŷ%$#ŚǛ���țļƃ%Ȃǧě(Dž���ț©Ȍǩ¹'Ƒ

ċĆ;þ�DŽÚ'Ljļ(�Ē'ǏȒ"7�

� ƺű& ABA ťš;şǢĒțȎƹ¡;Ůý�7#ƺƮƺƤ�'©Ȍǩ¹�č�ǖ��87ĚƖ

ÆĚ& !ț>\ƏŌŲ;�#�7Œ�%ŌŲ& !ŚǛ��șMaai et al. 2011bȚ��'Ơʼnț

ǐ,�ÀñƺC4ŌŲ 4*ÅñƺC4ŌŲ'£!& !©Ȍǩ¹�LJû�8�șŃƂǀVyRȚ�

zĹțC3ŌŲ'ƺƮƺƤ�"©Ȍǩ¹(LJû�8�țď¡&ĚƖ��ǠDZǩ¹'.�Dž58��

_ZClĂșÀñƺȔ>\ƏȚ2crfs=ĂșÅñƺȔEGƏȚŌŲ&(țC3âțC4âț 4

* C3â�5 C4â+'Ǩ»ǣ|#Ƭ�587 C3-C4�ȁâ'ŌŲƒ�óà�7'"țABA #Ȏƹ

¡&ĚƖ��ƺƮƺƤ�©Ȍǩ¹;�Ă'Œ�%ŌŲƒ"ŚǛ����'ƠʼnțC3âƒ"(ǠDZ

ǩ¹'.�Dž58�zĹțC4âƒ"(©Ȍǩ¹�Dž58��-�țC3-C4�ȁâƒ"(Ď©Ȍǩ

¹�Dž587ƒ#țDž58%ƒ�����|'Ơʼn46țC4ŌŲ( ABA #Ȏƹ¡&ĚƖ�

�©Ȍǩ¹ŕő;ľǪƄ&ł�! 6țǠDZǩ¹ŕő;1 C3ŌŲ�5 C4ŌŲ�¬ăǨ»�7

ǫƑ"țC4ŌŲųł'Ɲư¥őǦ2�ǑŒČ'ŵĔ##1&ƺƤ�©Ȍǩ¹ŕő1ŵĔ�!��

#įû�87�

植物科学最前線 7:7 (2016)

BSJ-Review 7:7 (2016)

M. Taniguchi & H. Miyake - 7

>�?;�:8��-+1���

� ȌÎǩ¹(Ď¡'¸ŶƄĬȌ;țǠDZǩ¹(ď¡�5'ÙDZ;�8�8ħ�#�ļƍ%źŸ

Ƅđµ�Dž«�8!7șńŖȘØŽ 2007Ț�zĹțC4ŌŲ'©Ȍǩ¹'źŸƄđµ(ļ5�&

%�!%�įö�87đµ#�!ț(1) ƺƤ�'ƈ�ǁȆ&47ď¡NWuNȊø�5'ȃ

ĕț(2) ƣƗņȑƝư�5Ŧ«�� CO2'§Ĭī�ǨșNWuN}"(CtawÙǘ&47 CO2

ÝöƱ��}�7'"țƲŪǷ�8�CO2�Rubisco"Ýö�8�ƺƮƝư&Ŧ«�2��%7Țț

(3) NWuN}"' C4Ùǘȕ¹'ƣĩșƺƮƺƤ��ƣƗņȑƝư�+©Ȍ�7�#" C4¡Îġ

�ȁ�ǑŻŲ'ƝưȁƐ¹Ǘȍ�ţÿ�7�#&%6țNWuN}"1 C4Ùǘȕ¹;ȗŞě'-

-&ƣĩ�4�#�7Ț%$�Ƭ�587șÜȠȚșMaai et al. 2011aȚ�

� LIGa@;�ŰNWuN-�(æNWuN&�5�#ē�&¡ÎġǥċțśòIwSGRw

N 4*Ƽĵǥċ��}�7�ț�85'�}#ƺƮƺƤ�'©ȌǴƪ'Ƒċ&(ƈȂ�Dž58

������!ț©Ȍǩ¹(țŹçNWuN&4�!č�ǖ��87¡ÎġŞě�}& <�7

ƔŐƄ%ȃĕŕő#�46(ț¡Îġ�Ǒ'ë¹#ǧ¹���5�'źŸƄđµ�7'"(

%�#įû�87�zĹțŹçNWuN&ĚƖ�!ƺƮƺƤ��©Ȍǩ¹�7 C4ŌŲ'źŸĚ

Ɩ( C3ŌŲ&(Dž58%1'"7�#�5țȗŤțď¡ț�Ű%$'ǫǶ%Źç}"1źƯ

�7 C4ŌŲ�ŵĔ��źóģƀ'z "7ÌƱě16țNWuNƭě'džū�51©Ȍǩ¹

'đµ;Ljň�7ęDŽ�9��

?;����

� ȋ6Î�Ɲư"6%�5ƺƮƝư#ƣƗņȑƝư(őǦ 4*ŕƱ�¬»�! 6ț�ƺƤ

�'HrYőǦț¡»ôƙÒǻțƝư¥Ǵƪ'ǭ'.%5�țŹçNWuNĚƖxƭě1�ƺ

Ƥ�"Ɓ%7�#;Ǝ�!���ŹçNWuN&ĚƖ�!ƣƗņȑƺƤ�;46� Ƅ&�ø�

Ü 4ȜŹçNWuN&ĚƖ�� C4ŌŲųƁƄ%ƺƮƺƤ�©Ȍǩ¹ � ƣƗņȑƺƤ��ŝĘƄǴƪ;#7 C4ŌŲșLIGa@%$Ț'ƺǙƟƩ'œČÜ�ȏNWuNŇ�

}"(țƺƮƺƤ�(ƝưÕƦdz&^r^r&óà�!7�ď¡ț�Űțæ%$'ŹçNWuN&Ě

Ɩ�!ƺ¥'ABAÒǻ�èï�țśò'ǿǼ2ƺƮƺƤ�'©Ȍǩ¹�ǖ�7�

植物科学最前線 7:8 (2016)

BSJ-Review 7:8 (2016)

M. Taniguchi & H. Miyake - 8

5ȃĕ�7�#(țƣƗņȑƺƤ�&Āà�7CtawÙǘ'Şěƣĩ&ǹDŽ%'"9���

Ǥĉ(ƝưÕƦdz&¬ĵ�!Ǵƪ�!7�ŹçNWuN&ĚƖ�!Ɲư¥"'�ƪ;ë�7ƺ

ƮƺƤ�#țƝư'ġůǣ�"ŵĔ��Ɲư¥Āà;ƣĩ�4�#�7ƣƗņȑƺƤ�

șKobayashi et al. 2009Ț(NWuN&ü�7ƭěģƀ�Ɓ%6ț�Ɲư"'�Ǒ'¬ŏ#Ţ�Ȃ

:�!7�#��ĝ�87�

� �'4�% C4ŌŲ'ƝưųƁƄ%NWuNĚƖ;Ljň�7�#(țƺƮ 4*ƣƗņȑƝư'

NWuNƭěŕő'¬»%5*& C3ŌŲ�5 C4ŌŲ+'Ǩ»;ƌƕ�7|"'ĸ�ƋDž;İ

�"�7#Ƭ�587�-�țzƷ& C4ŌŲ� C3ŌŲ&Ś,!ŹçNWuNƭěƱ�ȗ#lj

:87DŽÚ;țƺƤ�'ŞěǷƛŠÄƙ2Ɲư¥ǴÑě�5Ljļ�!��#�"�7�1�8

%�ƝưųƁƄ%NWuNĚƖxƭě'msUW#¬ñŕő;Ljļ"�8)țC4ŌŲ'ŀ%7

ŕƱijƸ2C3ŌŲ'C4»;ƿ�&��!'ĸ�%¬ñãƅ;İ�"�7�1�8%#Ƭ�ț

ƌƕ;Ǩ0!7�

�.")�

Guralnick, L.J., Edwards, G., Ku, M.S.B., Hockema, B., & Franceschi, V.R. 2002. Photosynthetic and

anatomical characteristics in the C4–crassulacean acid metabolism-cycling plant, Portulaca grandiflora.

Funct. Plant Biol. 29: 763–773.

Hasan, R., Ohnuki, Y., Kawasaki, M., Taniguchi, M., & Miyake, H. 2005. Differential sensitivity of

chloroplasts in mesophyll and bundle sheath cells in maize, an NADP-malic enzyme-type C4 plant, to

salinity stress. Plant Prod. Sci. 8: 567–577.

Hasan, R., Kawasaki, M., Taniguchi, M., & Miyake, H. 2006. Salinity stress induces granal development in

bundle sheath chloroplasts of maize, an NADP-malic enzyme-type C4 plant. Plant Prod. Sci. 9: 256–265.

Inoue, Y. & Shibata, K. 1974. Comparative examination of terrestrial plant leaves in terms of light-induced

absorption changes due to chloroplast rearrangements. Plant Cell Physiol. 15: 717-721.

Islam, M.S., Niwa, Y., & Takagi, S. 2009. Light-dependent intracellular positioning of mitochondria in

Arabidopsis thaliana mesophyll cells. Plant Cell Physiol. 50: 1032–1040.

Iwabuchi, K., Sakai, T., & Takagi, S. 2007. Blue light-dependent nuclear positioning in Arabidopsis

thaliana leaf cells. Plant Cell Physiol. 48: 1291–1298.

Kobayashi, H., Yamada, M., Taniguchi, M., Kawasaki, M., Sugiyama, T., & Miyake, H. 2009. Differential

positioning of C4 mesophyll and bundle sheath chloroplasts: recovery of chloroplast positioning requires

the actomyosin system. Plant Cell Physiol. 50: 129–140.

Lal, A., & Edwards, G.E. 1996. Analysis of inhibition of photosynthesis under water stress in the C4 species

Amaranthus cruentus and Zea mays: electron transport, CO2 fixation and carboxylation capacity. Aust. J.

植物科学最前線 7:9 (2016)

BSJ-Review 7:9 (2016)

M. Taniguchi & H. Miyake - 9

Plant Phys. 23: 403–412.

ȁÎƢǸț{õÁțǒÊ¡Ȉ 2011. Ȏƹ¡# ABA&ĚƖ�� C4ŌŲ'ƺƮƝư& �7ƺƤ�

'ǩ¹. ¡Îġƌƕ 21: 16-19.

Maai, E., Miyake, H., & Taniguchi, M. 2011a. Differntial positioning of chloroplasts in C4 mesophyll and

bundle sheath cells. Plant Signal. Behav. 6: 1111-1113.

Maai, E., Shimada, S., Yamada, M., Sugiyama, T., Miyake, H., & Taniguchi, M. 2011b. The avoidance and

aggregative movements of mesophyll chloroplasts in C4 monocots in response to blue light and abscisic

acid. J. Exp. Bot. 62: 3213-3221.

Majeran, W. & van Wijk, K.J. 2009. Cell-type-specific differentiation of chloroplasts in C4 plants. Trends

Plant Sci. 14: 100-109.

Mitsuya, S., Kawasaki, M., Taniguchi, M., & Miyake, H. 2003. Light dependency of salinity-induced

chloroplast degradation. Plant Prod. Sci. 6: 219-223.

{õÁ. 1999. C4¡Îġ#�Ų. ĻŅ�Ųô�ƚ� 68: 1-9.

Omoto, E., Kawasaki, M., Taniguchi, M., & Miyake, H. 2009. Salinity induces granal development in

bundle sheath chloroplasts of NADP-malic enzyme type C4 plants. Plant Prod. Sci. 12: 199–207.

Omoto, E., Nagao, H., Taniguchi, M., & Miyake, H. 2013. Localization of reactive oxygen species and

change of antioxidant capacities in mesophyll and bundle sheath chloroplasts of maize under salinity.

Physiol. Plant. 149: 1-12.

Omoto, E., Taniguichi, M., & Miyake, H. 2010. Effects of salinity stress on the structure of bundle sheath

and mesophyll chloroplasts in NAD-malic enzyme and PCK type C4 plants. Plant Prod. Sci. 13: 169-176.

Pokorska, B., & Romanowska, E. 2007. Photoinhibition and D1 protein degradation in mesophyll and

agranal bundle sheath thylakoids of maize. Funct. Plant Biol. 34: 844–852.

ńŖĠ�țØŽŗ{ 2007. ¡Źç#¡NWuN&ü�7ƺƤ�¡ö�ǩ¹&47ǯĚ. ƾƃǔŊ

Ƿǵƛ 52: 587-593.

ńŖĠ�țØŽŗ{ 2013. ȇ|ŌŲ'¡ĚƖģƀ �ȇ|ŌŲ& �7ƺƤ�'ǩ¹mCZOl'

ĸŕǚ�. ŌŲƏôŁ²ƥ 4: 45.

Taniguchi, Y., Taniguchi, M., Kawasaki, M., & Miyake, H. 2003. Strictness of the centrifugal location of

bundle sheath chloroplasts in different NADP-ME type C4 grasses. Plant Prod. Sci. 6: 274-280.

Tsuboi, H., Suetsugu, N., Kawai-Toyooka, H., & Wada, M. 2007. Phototropins and neochrome1 mediate

nuclear movement in the fern Adiantum capillus-veneris. Plant Cell Physiol. 48: 892–896.

Wen, F., Xing, D., & Zhang, L.R. 2008. Hydrogen peroxide is involved in high blue light-induced

chloroplast avoidance movements in Arabidopsis. J. Exp. Bot. 59: 2891-2901.

Yamada, M., Kawasaki, M., Sugiyama, T., Miyake, H., & Taniguchi, M. 2009. Differential positioning of

植物科学最前線 7:10 (2016)

BSJ-Review 7:10 (2016)

M. Taniguchi & H. Miyake - 10

C4 mesophyll and bundle sheath chloroplasts: Aggregative movement of C4 mesophyll chloroplasts in

response to environmental stresses. Plant Cell Physiol. 50: 1736-1749.

Yamane, K., Kawasaki, M., Taniguichi, M., & Miyake, H. 2003. Differential effect of NaCl and

polyethylene glycol on the structure of chloroplasts in rice seedlings. J. Plant Physiol. 160: 573-575.

Yamane, K., Rahman, M.S., Kawasaki, M., Taniguichi, M., & Miyake, H. 2004a. Pretreatment with

antioxidants decreases the effects of salt stress on chloroplast ultrastructure in rice leaf segments (Oryza

sativa L.). Plant Prod. Sci. 7: 292-300.

Yamane, K., Rahman, M.S., Kawasaki, M., Taniguichi, M., & Miyake, H. 2004b. Pretreatment with a low

concentration of methyl viologen decreases the effects of salt stress on chloroplast ultrastructure in rice

leaves (Oryza sativa L.). Plant Prod. Sci. 7: 435-441.

Zhao, Q., Chen, S. & Dai, S. 2013. C4 photosynthetic machinery: insights from maize chloroplast

proteomics. Front. Plant Sci. 4: 85.

植物科学最前線 7:11 (2016)

BSJ-Review 7:11 (2016)