Rice Papers

涓ょ瘒鏂囩珷閮芥病鏈夋帓鐗堬紝鎱庝笅锛�

鍏充簬鈥�鍩鸿川鍔犲伐鑲介叾鈥�/鑽у厜鏂规硶鏉ヨ瀵熺７鍦ㄦ牴閮ㄧ殑绉诲姩 闃呰鍏ㄦ枃…

Plant and Cell Physiology

Advance Access published online on December 29, 2009

Function and Expression Pattern of the {alpha} Subunit of the Heterotrimeric G Protein in Rice <鏈帓鐗�>

姘寸ɑ寮備笁鑱氫綋G铔嬬櫧伪浜氬熀鐨勫姛鑳戒笌琛ㄨ揪銆傝寰楁瘮杈冨ぇ锛屽叾瀹炲氨鏄熀鍥燝鐨勮〃杈俱�丟US涔嬬被鍒嗘瀽锛屾潗鏂欐槸鏌愪釜鐭潌鍦嗙矑鐨勭獊鍙樹綋d1銆�

闃呰鍏ㄦ枃…

Plant Cell Physiol. 2009 Dec 3.

Transport activity of rice sucrose transporters OsSUT1 and OsSUT5. <鏈帓鐗�>

姘寸ɑ钄楃硸杞繍铔嬬櫧OsSUT1銆�5銆傛娴嬫秹鍙婄殑涓�浜涙寚鏍囧寘鎷瑃ransport kinetics杩愯緭鍔ㄥ姏瀛︼紝 substrate specificity搴曠墿涓撳寲鎬э紝杞繍鐨刾H鏉′欢绛夌瓑鈥︹�﹀熀鏈笂鏄竴绡囪窡鍩哄洜鍏崇郴鏋佸皯锛岀爺绌惰繍杈撻�斿緞鐨勬枃绔犮��

闃呰鍏ㄦ枃…

3绡嘝CP鐨勩��

1. Vacuolar processing enzyme plays an essential role in the crystalline structure of glutelin in rice seed. <鏈帓鐗�>

VPE娑叉场鍔犲伐閰讹紵鍚笂鍘绘尯鐔熸倝鈥︹��

2. Knockdown of OsDCL2 in Rice Negatively Affects Maintenance of the Endogenous dsRNA Virus, Oryza sativa endornavirus. <鏈帓鐗�>

OsDCL2锛屽叧浜庡皬RNA鐨勶紝娌″叴瓒ｇ殑鏃犺鍚с��

3. PANICLE PHYTOMER2 (PAP2), encoding a SEPALLATA subfamily MADS-box protein, positively controls spikelet meristem identity in rice. <鏈帓鐗�>

PAP2锛屾帶鍒剁鍒嗗寲鐨勪竴鍩哄洜锛孧ADS-box铔嬬櫧銆�

Plant Cell Physiol. 2009 Nov 16

Metabolome analysis of response to oxidative stress in rice suspension cells overexpressing cell death suppressor Bax inhibitor-1. <鏈帓鐗�>

浠ｈ阿缁勫垎鏋�(Metabolome analysis)杩囪〃杈剧粏鑳炲噵浜℃姂鍒跺瓙BI-1鍚庯紝姘寸ɑ鎮诞缁嗚優瀵逛簬姘у寲鑳佽揩鐨勫弽搴斻��

鎰熻鍐呭姣旇緝鏂版疆鈥︹�︽湭缁嗙湅銆�

闃呰鍏ㄦ枃…

Plant Cell Physiol. 2009 Nov 2.

Identification of a novel major quantitative trait locus controlling distribution of Cd between roots and shoots in rice.

MaJF鏂囩珷鎸哄鍝︺�傞晧(Cd)鍦ㄨ胺绮掍腑鐨勭Н绱奖鍝嶅埌绮瀹夊叏闂锛岃鏂囩敤绫肩ɑ鍝佺Anjana Dhan(杈冨绉疮闀�)鍜屾棩鏈櫞涓烘潗鏂欍��(1)鐢熺悊鏂归潰锛氭棩鏈櫞铏界劧鍚告敹鐨凜d姣旇緝澶氾紝浣嗗悜涓婅繍杈撳拰绉疮寰楀皯銆�(2)閬椾紶鏂归潰锛欶2妫�娴婹TL锛孋hr7鍙戠幇涓�涓彲浠ヨВ閲�85.6锛呰〃鍨嬪彉寮傜殑QTL锛屽畾浣嶅埌1.9cM鈥︹�﹂潤鍊欎笅绡囧ぇ浣滀簡銆�

闃呰鍏ㄦ枃…

Plant Cell Physiol. 2009 Aug

Overexpression of BiP has inhibitory effects on the accumulation of seed storage proteins in endosperm cells of rice聽 [涓嬭浇]

璐棌铔嬬櫧鍦ㄧ瀛愭垚鐔熻繃绋嬩腑鐗瑰紓澶ч噺鍚堟垚骞剁粡鐢卞唴璐ㄧ綉娌夌Н鍦ㄨ泲鐧戒綋锛圥B锛夊唴锛岃繖涓�绉嶇Н绱繃绋嬬敱ER浼翠荆濡侭iP锛孭DI绛変粙瀵笺�備负浜嗙爺绌惰繖浜涗即渚ｈ泲鐧界殑浣滅敤鍜屽畠浠笌绉嶅瓙璐棌铔嬬櫧绉疮姘村钩鍙樺寲涔嬮棿鐨勮仈绯伙紝浠ヨ儦涔崇壒寮傚惎鍔ㄥ瓙glutelin promoter鍦ㄦ鏍儦涔充腑杩囪〃杈綛ip鍜孭DI銆侾DI杩囪〃杈炬鏍殑琛ㄥ瀷鍜學T宸笉澶氾紝浣咮ip杩囪〃杈炬鏍憟鐜颁笉閫忔槑锛屽叿浣撹〃鍨嬩负绮夎川floury鍜岀毐缂﹕hrink锛岃串钘忚泲鐧藉拰娣�绮夊惈閲忕殑姘村钩閮戒綆浜嶹T銆傛湁瓒ｇ殑鏄紝鍦ㄨ浆鍖栨牚涓紝涓嶅厜鏉ヨ嚜ER鐨凱B-I鏋勫瀷鏀瑰彉锛岃�屼笖杩樹骇鐢熶簡鏂扮殑绫籔B缁撴瀯锛岃缁撴瀯鍖呮嫭BiP锛屽惈璋疯泲鐧界殑楂樼數瀛愬瘑搴﹀熀璐ㄥ拰鍚胺閱囨憾铔嬬櫧鐨勪綆鐢靛瓙瀵嗗害鍩鸿川锛屽苟涓旇繕闄勭潃澶氭牳绯栦綋锛岀爺绌舵帹娴嬭繖绫绘瀯鍨嬪彲鑳藉睘浜嶦R浜х敓鐨凱B-I鐨勮鐢熺墿锛屽畠浜х敓浜庡唴璐ㄧ綉锛屽苟瀵圭瀛愯泲鐧界殑缈昏瘧锛屾姌鍙犲拰浼犻�佹湁鎶戝埗浣滅敤銆� 闃呰鍏ㄦ枃…

Plant Cell Physiol. 2009 Oct 6.

Rice BRITTLE CULM 5 (BRITTLE NODE) is Involved in Secondary Cell Wall Formation in the Sclerenchyma Tissue of Nodes.聽 [涓嬭浇]

姘寸ɑ鑴嗘潌绐佸彉浣�(bc绐佸彉浣�)鏄爺绌剁粏鑳炲褰㈡垚杩囩▼鐨勫ソ鏉愭枡(bc1-bc7)銆俠c5鏄瘮杈冪壒娈婄殑涓�绫伙細鎬х姸鍙湪鍙跺拰鑼庣殑鍙戣偛鑺傜偣涓婃湁琛ㄧ幇銆俠c5绐佸彉浣撳湪鎶界涓�鍛ㄥ悗锛屽奖鍝嶈妭鐐瑰鍘氬缁勭粐缁嗚優澹佺殑褰㈡垚锛岀粏鑳炲鍚硸閲忋�佹湪璐ㄧ礌鍚噺銆佺粏鑳炲鍘氬害鍦ㄧ獊鍙樹綋涓兘鏈夐檷浣庛�傝鍩哄洜鏆傚畾浣嶄簬绗�2鏌撹壊浣�3.1cM鍐呪�︹��

闃呰鍏ㄦ枃…

Plant Cell Physiol. 2009 Oct 6

High Temperatures Cause Male Sterility in Rice Plants with Transcriptional Alterations during Pollen Development.聽聽 [涓嬭浇]

楂樻俯浣垮緱閮ㄥ垎鍦ㄨ姳鑽粧姣″眰鐗瑰紓鎬ц〃杈剧殑鍩哄洜琛ㄨ揪姘村钩涓嬭皟锛屼粠鑰岀粧姣″眰姝ｅ父鍔熻兘(鑺辩矇鐨勯粡鍚堝拰鍙戣偛)閬埌鐮村潖锛屾渶缁堝奖鍝嶈偛鎬с��

闃呰鍏ㄦ枃…