PNAS锛孭ublished online before print February 22, 2010
Arabidopsis thaliana life without phytochromes 
涓绡囧緢鏈夋剰鎬濈殑鏂囩珷锛屾鐗╂病鏈変簡phytochromes浼氭庢牱锛熻兘涓嶈兘娲伙紵绛旀鏄紝it depends锛侊紒 闃呰鍏ㄦ枃…
PNAS锛孎ebruary 1, 2010
Enhancement of fruit shelf life by suppressing N-glycan processing enzymes 
浣滆呭彂鐜帮紝鐣寗閲岄潰鐨勪袱涓熀鍥犖憋紞鐢橀湶绯栬嫹閰讹紙伪锛峂an锛夊拰尾锛嶆皑鍩哄繁绯栬嫹閰讹紙尾锛岺ex锛変績杩涚暘鑼勬灉瀹炵殑鎴愮啛杞寲锛岃繖涓や釜鍩哄洜鐨凴NAi妞嶇墿鏄庢樉瑕佹瘮閲庣敓鍨嬭愪繚瀛1涓湀涔嬩箙锛岃岃秴琛ㄨ揪鐨勬鏍垯鍔犲揩浜嗘垚鐔熻蒋鍖栵紝涓旇繖涓や釜鍩哄洜鍙楁鐗╂垚鐔熸墍闇婵绱犱箼鐑殑璇卞锛岃浆褰曡氨姣旇緝鍙戠幇鍦≧NAi鐨勬鏍噷锛屼竴浜涚粏鑳炲闄嶈В鍜屾灉瀹炴垚鐔熺浉鍏崇殑鍩哄洜琛ㄨ揪涓嬭皟銆 闃呰鍏ㄦ枃…
PNAS Published online before print January 21, 2010
Synthetic design of strong promoters
RT锛屽亸閲嶆妧鏈ф柟闈㈢殑锛屽惎鍔ㄥ瓙璁捐杩囩▼鐨勬枃绔犮 闃呰鍏ㄦ枃…
PNAS涓涓嬪彂缁欐垜浜50澶氭潯鏇存柊锛岄変簡涓浜涚湅鍚р︹
鎷熷崡鑺ヨ儦涔虫牳澧炴畺(?)鐨勮皟鎺у洜瀛愩
2. ATM is down-regulated by N-Myc鈥搑egulated microRNA-421 
miR421璋冩帶鐮旂┒銆
3. Mitochondrial gene in the nuclear genome induces reproductive barrier in rice
姘寸ɑ鑲叉у熀鍥燬27锛孲28銆
閲嶈璋冩帶鍥犲瓙P53鐨勮皟鎺х爺绌躲
PNAS锛孌ec.14
浣曞厜瀛橈紝鎶楄椋炶櫛鐨刡ph14鍩哄洜鍏嬮殕銆CC-NB-LRR铔嬬櫧銆
绉戝缃戠殑璇勮锛http://www.sciencenet.cn/htmlnews/2009/12/226299.shtm?id=226299
PNAS, 14.12.09
涓浗绉戝闄㈤櫌澹潕瀹舵磱棰嗗鐨勭爺绌跺洟闃12鏈14鏃ュ湪鏂颁竴鏈熺編鍥姐婂浗瀹剁瀛﹂櫌闄㈠垔銆嬶紙PNAS锛変笂鍙戣〃璁烘枃璇达紝浠栦滑鍙戠幇骞惰В鏋愪簡鍐冲畾绋荤背椋熺敤鍜岃捀鐓搧璐ㄧ殑鍩哄洜璋冩帶缃戠粶銆傝繖涓鐮旂┒鎴愭灉灏嗘湁鍔╀簬寮鍙戝彛鎰熸洿濂界殑绋荤背鍝佺銆 绋荤背鏄汉绫荤殑閲嶈涓婚锛屽洜姝ゆ敼鑹ɑ绫抽鐢ㄥ搧璐ㄥ叿鏈夐噸瑕佹剰涔夈傜瀛︾晫姝ゅ墠宸插彂鐜帮紝绋荤背鐨勯鐢ㄥ拰钂哥叜鍝佽川涓昏鐢辩洿閾炬穩绮夊惈閲忋佽兌绋犲害銆佺硦鍖栨俯搴﹀喅瀹氾紝浣嗗涓婅堪鎬х姸鍙戞尌浣滅敤鐨勫垎瀛愭満鍒跺苟涓嶆竻妤氥備负姝わ紝涓闄㈤仐浼犱笌鍙戣偛鐢熺墿瀛︾爺绌舵墍銆佷腑鍥芥按绋荤爺绌舵墍鍜屾壃宸炲ぇ瀛︾爺绌朵汉鍛樹互鍙婄編鍥藉牚钀ㄦ柉宸炵珛澶у鐨勪腑鍥界睄鐮旂┒浜哄憳鍦ㄥ垎瀛愭按骞充笂瀵硅繖涓鏈哄埗杩涜浜嗗垎鏋愩
鍦ㄥ巻鏃7骞寸殑鐮旂┒涓紝鐮旂┒浜哄憳鍒╃敤鍊欓夊熀鍥犲叧鑱斿垎鏋愭硶鍜屽垎瀛愰仐浼犲鍙戠幇浜18涓笌绋荤背娣绮夊悎鎴愮浉鍏冲熀鍥犵殑鐩镐簰浣滅敤锛屼互鍙婄敱姝ゆ瀯鎴愮殑璋冩帶绋荤背椋熺敤鍜岃捀鐓搧璐ㄧ殑绮剧粏缃戠粶锛屼粠鑰屽湪鍒嗗瓙姘村钩涓婃彮绀轰簡鐩撮摼娣绮夊惈閲忋佽兌绋犲害銆佺硦鍖栨俯搴︾殑鐩稿叧鎬с佸喅瀹氳繖3涓х姸鐨勪富鏁堝熀鍥犲拰寰晥鍩哄洜鍙婂畠浠箣闂寸殑浣滅敤鍏崇郴銆傜爺绌朵汉鍛樿繕杩涗竴姝ラ氳繃杞熀鍥犲疄楠岃瘉瀹炰簡浠栦滑鐨勫彂鐜般
杩欓」鐮旂┒琛ㄦ槑锛屽彲浠ラ氳繃杞熀鍥犲伐绋嬫垨鍒嗗瓙鏍囪杈呭姪鑲茬鎶鏈悓鏃舵敼鍙樼ɑ绫崇殑3涓搧璐ㄦх姸锛屽疄鐜板湪楂樹骇鍩虹涓婄殑浼樿川姘寸ɑ鍝佺鐨勯夎偛銆
鈭 浠ヤ笂杞嚜http://www.sciencenet.cn/htmlnews/2009/12/226178.shtm
PNAS Nov 6, 2009
Energy use efficiency is characterized by an epigenetic component that can be directed through artificial selection to increase yield聽聽聽 [涓嬭浇]
鍐滃鍑鸿韩鐨勪汉閮界煡閬撲紶缁熻偛绉嶇殑杩囩▼锛屼綔鑰呭埄鐢╟anola (Brassica napus)杩欑浣滅墿锛岄氳繃鍗曞嶄綋鍔犲嶇殑姣嶇郴锛岃鍏惰嚜浜わ紝鐢ㄥ懠鍚镐綔鐢ㄧ殑寮哄害鍋氫负琛ㄥ瀷琛￠噺鐨勬爣鍑嗭紝灏嗘牚绯诲垎鎴愪袱绫伙紝鐒跺悗涓ょ被鍒嗗埆鍚勮嚜鑷氦锛屽啀閫夋嫨锛岃繖鏍峰嚑娆′笅鏉ワ紝閫夋嫨鍛煎惛寮哄害楂樼殑鍜屼綆鐨勫仛涓虹爺绌跺璞★紝鐢变簬浠栦滑閮芥槸浠庡悓涓涓瘝绯绘潵鐨勶紝鑰屼笖杩欎釜姣嶇郴鏄弗鏍肩殑绾悎锛屽悗浠ｄ笉浼氬垎绂伙紝鎰忓懗鐫浠栦滑鐨勫熀鍥犵粍閮戒竴鏍凤紝浣嗘槸浣滆呭彂鐜颁簩鑰呬箣闂寸殑DNA鐢插熀鍖栧拰缁勮泲鐧界殑淇グ鍙戠敓浜嗗緢澶х殑鍙樺寲锛屽悓鏃惰繖绉嶈〃瑙備笂鐨勫彉鍖栧拰鍛煎惛寮哄害鐨勭敓鐞嗘寚鏍囬兘鏄彲浠ラ仐浼犵殑锛屽苟涓旇繖绉嶆敼鍙樺鑷翠簡浜ч噺涓5%鐨勫彉鍖栥傝繖绡囨枃绔犳樉绀轰簡浜轰滑鍦ㄨ偛绉嶇殑杩囩▼涓紝涓嶄粎浠呮槸閫氳繃閫夋嫨楂樹骇鐩稿叧鍩哄洜瀵艰嚧鐨勪骇閲忓楂橈紝琛ㄨ淇グ涓婄殑鍙樺寲涔熸槸鑲茬閫夋嫨鐨勫璞★紝鍙槸鎴戜滑涓嶇煡閬撹屽凡銆
闄勪笂faculty1000鐨勮瘎璁猴紝杩欑瘒鏂囩珷缁欎簡9鍒嗭紝璇勮鏄Exceptional锛屽緢鍊煎緱涓鐪嬶紝灏界涓嶆槸姘寸ɑ
Proc Natl Acad Sci U S A. 2009 Nov 9.
The homeotic gene long sterile lemma (G1) specifies sterile lemma identity in the rice spikelet.
鐮旂┒鑺卞櫒瀹樺舰鎴愮殑ABC妯″瀷銆備竴涓姢棰栦几闀垮儚澶栫▋鐨刧1绐佸彉浣擄紝绐佸彉浣撳湪鎶ら鍒板绋冪殑鍒嗗寲涓嚭浜嗛棶棰樸傜壍娑夊熀鍥犵紪鐮佷竴涓湭鐭ュ姛鑳界殑ALOG铔嬬櫧锛屽仛浜嗚〃杈撅紝铔嬬櫧瀹氫綅鍜岄叺姣嶈〃杈剧郴鍒楀疄楠屻傛湁绫讳技琛ㄥ瀷鐨勯噹鐢熺ɑ鍦ㄨ鍩哄洜涔熸湁绐佸彉锛屽彲浠ヤ綔涓轰綈璇併
Proc Natl Acad Sci 2009 Aug 25;106(34):14444-9
The origin and evolution of fragrance in rice (Oryza sativa L.). [涓嬭浇]
Thanks to kunshanyu锛鍏充簬杩欎釜鏂囩尞闆嗘潫(鐚涘嚮鎴)涓竴绡囨枃绔犵殑璇︾粏銆
杩欑瘒鏂囩珷鏄浗闄呮按绋绘墍鍜屽悍濂堝皵鐨勪竴涓ぇ鐗汼usan R. McCouch鍙戠殑锛屾嵁璇碨usan R. McCouch浠ュ墠鏄鏂囧鐨勶紝鎵浠ュス鐨勬枃绔犲啓寰楅兘寰堥閫革紝鍛靛懙銆備粬浠氳繃瀵归鍛虫湁鍏崇殑涓涓富瑕佸熀鍥燽etaine aldehyde dehydrogenase gene (BADH2)鐨8涓笉鍚宎lleles鐨勮繘鍖栧垎鏋愶紝鍙戠幇棣欏懗鍩哄洜鏈鏃╁嚭鐜颁簬绮崇ɑ锛岃繖涓鐐瑰ぇ澶ф寫鎴樹簡浠ュ墠棣欑背浠庣奔绋昏捣婧愮殑鍋囪锛屽叿浣撳唴瀹硅鏂囩珷銆傞檮涓奻aculty1000鐨勮瘎璁哄涓嬶細
Proc Natl Acad Sci U S A. 2009 Oct 5.
缇庡浗澶氫釜澶у鍒嗗瓙鐢熺墿鐮旂┒涓績鍜屼腑绉戦櫌閬椾紶鎵鑱斿悎 鍙戝湪PNAS涓 锛屾枃涓彁鍒颁簡涓涓湁瓒ｇ殑鍚嶅瓧鈥済enetic buffer鈥濓紝鏆備笖缈昏瘧鎴愨滈仐浼犵紦鍐插墏鈥濆惂銆
鍦ㄧ浉杩戠殑鐗╃鍜屼腑闂存潅浜ょ涓爺绌秙mall RNA 琛ㄨ揪澶氭牱鎬э紝鐮旂┒瀵硅薄涓轰袱绉嶆嫙鍏拌姤妞嶇墿Arabidopsis thaliana 鍜 A. arenosa.锛屽畠浠殑寮傛簮鍥涘嶄綋Arabidopsis suecica,缁煎悎璇ュ洓鍊嶄綋鐨勬潅浜ゆ牚绯诲悗浠(F(1) and F(7))涓婏紝缁撴灉鍙戠幇閲嶅鍜岃浆搴у瓙鐩稿叧鐨剆iRNA鍦ˋrabidopsis thaliana 鍜 A. arenosa涓〃杈惧樊寮傚緢澶э紝杩欑宸窛鍙樺寲鐨剆iRNA缇ゅ湪F1涓篃寰堟槑鏄炬ュ墽鍙樺寲锛屼絾鍦ˋrabidopsis suecica鍜孎7涓繚鎸佺ǔ瀹氾紝miRNA 鍜 tasiRNA鐨勫簭鍒楀湪绉嶉棿淇濆畧浣嗘槸琛ㄨ揪妯″紡鍦ㄥ紓婧愬洓鍊嶄綋鍙婂叾浜叉湰涓彉鍖栧緢澶с傘傘傛讳箣锛岀粨璁篻enetic buffer 灏辨槸褰撴潅浜ょ鍐呭彂鐢焔enomic shock鏃讹紝涓轰簡鏌撹壊璐ㄥ拰鍩哄洜缁勭殑鍜岃皭绋冲畾锛岀浉鍏崇殑siRNA缇ゅ彂鎸ヤ簡浣滅敤锛岃岃〃杈惧樊寮傜殑miRNA鍒欏紩瀵肩潃gene鍦ㄨ〃杈句笂鐨勫彉鍖栧拰鐢熸椿鍔涚殑閫傚簲鎬с
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