Current Opinion in Plant Biology Available online 14 January 2010.
鈥極mics鈥 analyses of regulatory networks in plant abiotic stress responses 
RT锛岀敤缁勫鏂规硶鐮旂┒闈炵敓鐗╄儊杩殑缁艰堪
鍙︼細Plant Physiology Preview
Published on January 15, 2010; 10.1104/pp.109.149872
Characterization of the rice PHO1 gene family reveals a key role forOsPHO1;2 in phosphate homeostasis and the evolution of a distinct clade indicotyledons (鏈帓鐗)
姘寸ɑPHO1鍩哄洜鍦ㄧ７閰哥洂鍔ㄦ佸钩琛′腑鐨勪綔鐢紝浠ュ強鍩哄洜杩涘寲鏂归潰鐨勭爺绌躲
鈭毬 鍐嶉檮涓绡囦笉鐩稿叧鐨勬枃锛A Comparison of the Effects of Three GM Corn Varieties on Mammalian Health(html鍏ㄦ枃)
鏍规嵁鍙戣〃鍦2009骞12鏈堜竴鏈熴鐢熺墿绉戝鍥介檯鏈熷垔銆嬩笂鐨勭爺绌讹紝涓夌瀛熷北閮藉叕鍙哥殑杞熀鍥犵帀绫宠兘璁╄侀紶鐨勮倽鑴忋佽偩鑴忓拰鍏跺畠鍣ㄥ畼鍙楁崯銆備笁绉嶈浆鍩哄洜鐜夌背鍝佺锛屼竴绉嶈璁¤兘鎶楀箍璋遍櫎鑽夊墏锛堝嵆鎵璋撶殑Roundup-ready锛夛紝鍙﹀涓ょ鍚湁缁嗚弻琛嶇敓铔嬬櫧璐紝鍏锋湁鏉铏墏鐗规с傝繖椤圭爺绌跺埄鐢ㄤ簡瀛熷北閮借嚜宸辩殑鍘熷鏁版嵁銆
Plant Physiology Preview Published on December 9, 2009;
A Raf-like MAPKKK gene DSM1 mediates drought resistance through ROS scavenging in rice <鏈帓鐗>
MAPK(涓濊鍘熸椿鍖栬泲鐧芥縺閰)绫诲熀鍥燚SM1鍙備笌姘寸ɑ涓椿鎬ф哀鐨勬竻闄わ紝鍦ㄦ姉鏃变腑璧蜂竴瀹氫綔鐢ㄣ傚埄鐢ㄧ獊鍙樹綋鍋氱殑锛岃澶氱敓鐞嗘寚鏍囩殑娴嬪畾锛屽共鎵般佽繃琛ㄨ揪銆佽〃杈惧垎鏋愮瓑绛夈
闃呰鍏ㄦ枃…
Plant Physiology Published on November 18, 2009
OsKu70 is associated with developmental growth and genomestability in rice (Oryza sativa L.) <鏈帓鐗>
Ku70铔嬬櫧鍦ㄤ慨澶岲NA涓捣浣滅敤锛岃鏂囪鐨勬槸姘寸ɑ涓殑Ku70銆傝〃杈炬ā寮忋侀叺姣嶅弻鏉傘乀-DNA鎻掑叆绐佸彉浣撱佽繃琛ㄨ揪鈥︹u70琚涓烘槸淇濇寔鏌撹壊浣撶ǔ瀹氬拰妞嶇墿姝ｅ父鐢熼暱鐨勫繀椤汇傞壌瀹欴NA鎹熶激鐨凾erminal restriction fragment analysis鍙互鐪嬬湅銆
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Plant Physiology Preview , Published on November 13, 2009
Bioinformatic and systems biology tools to generate testable models of signalling pathways and their targets
鍒╃敤鐢熺墿淇℃伅瀛﹀伐鍏凤紝缁撳悎杞綍缁勫铔嬬櫧缁勫鐨勪俊鎭紝濡備綍鏈夋晥寤虹珛淇″彿浼犲閫斿緞鐨勭綉缁滄ā鍨嬶紵璇ユ枃绔犺鐨勬槸鎷熷崡鑺ワ紝娑夊強寰堝缃戝潃銆佹暟鎹簱銆佽蒋浠讹紝鏈夊叴瓒ｇ殑鍙傝冨惂銆
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Plant Physiol. 2009 Nov 4.
Differential sodium and potassium transport selectivities of the rice OsHKT2;1 and OsHKT2;2 transporters in plant cells. <pdf>聽聽 [涓嬭浇]
閽犻捑骞宠 瀵规鐗╃殑鐢熼暱鍙戣偛寰堥噸瑕侊紝鏈枃鐮旂┒鐨勬槸姘寸ɑ涓や釜HKT杞繍瀛愶細OsHKT2;1鍜孫sHKT2;2銆傚湪涓嶅悓鐨勫紓婧愯〃杈剧郴缁熶腑锛岀湅涓や釜鍩哄洜璋冩帶閽犻捑杞繍鐨勭壒鎬с傝繖浜涚壒鎬т笌鍦ㄨ熅铚嶅嵉姣嶇粏鑳炪侀叺姣嶄腑鐨勭爺绌剁粨鏋滅浉涓鑷淬
闃呰鍏ㄦ枃…
Plant Physiol. 2009 Oct 7
Replication Protein A (RPA1a) is Required for Meiotic and Somatic DNA Repair but is Dispensable for DNA Replication and Homologous Recombination in Rice.聽聽 [涓嬭浇]
[鍗庝腑鍐滃ぇ]姘寸ɑ鏈変笁绫籖PA铔嬬櫧锛屾湰鏂囨牴鎹甌-DNA绐佸彉浣撶爺绌剁殑鏄疪PA1a铔嬬櫧銆傜獊鍙樹綋琛ㄧ幇涓虹敓闀挎甯镐絾涓嶈偛锛屽師鍥狅細缂轰箯鑳氬泭锛岄泟鎬фф瘝缁嗚優鍙戣偛涔熶笉姝ｅ父銆傜獊鍙樹綋鏈変笣鍒嗚涔嬬被娌℃湁寮傚父锛屼絾瀵逛簬寮曡捣DNA鎹熶激鐨勮儊杩(UV-C锛孧MC锛孧MS)銆傜寽RPA1a)璧蜂綔鐢ㄤ簬DNA淇锛岃屽湪DNA澶嶅埗鍜岄噸缁勮繃绋嬩腑骞朵笉鏄繀椤荤殑銆
闃呰鍏ㄦ枃…
Plant Physiol. 2009 Sep 23.
Altered Architecture and Enhanced Drought Tolerance in Rice via the Downregulation of IAA by TLD1/OsGH3.13 Activation.聽聽聽 [涓嬭浇锛屾湭鎺掔増]
[娌冲寳甯堣寖澶у]閫氳繃绐佸彉浣撶爺绌禩LD1鍩哄洜(浣嶄簬Chr11锛屽睘浜嶰sGH3.13鍩哄洜锛岀紪鐮両AA姘ㄥ熀鍚堟垚閰)銆傚彂鐜癟LD1鐨勯珮琛ㄨ揪锛屽彲浠ヤ笅璋僆AA鐨勮〃杈撅紝浠庤屾敼鍙樻按绋诲舰鎬佸缓鎴(浣垮緱鏍瀷鍙樼煯)鍜屽寮烘按绋绘姉鏃辫兘鍔涖
闃呰鍏ㄦ枃…
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