绾㈣剛澶у皬锠癸紙Dendroctonusvalens锛夊師浜т簬鍖楃編锛屾槸鎴戝浗閲嶈鐨勫鏉ユ灄涓氬叆渚靛铏?/span>,涓昏涓哄鐨勫瘎涓讳负骞挎硾鐢熼暱浜庢垜鍥界殑鐗规湁鏍戠娌规澗绛夋澗鏍戙€侟/span>1999 骞村湪灞辫タ棣栨鏆村彂鎴愮伨锛岀劧鍚庤繀閫熻敁寤舵墿鏁ｈ嚦娌冲寳銆佹渤鍗楀強鍖椾含鍛ㄨ竟鍦板尯銆傜洰鍓嶏紝鎴戝浗灞辫タ銆佹渤鍗椼€侀檿瑗裤€侀潚娴枫€佹渤鍖椼€佸寳浜€佸唴钂欏彜鑷不鍖恒€佽窘瀹佸潎鏈夊垎甯冦€傜孩鑴傚ぇ灏忚牴鐨勫叆渚碉紝宸插鑷磋繎1000浣欎竾鏍仴搴锋爲鏈ㄦ浜°€傦紝
瀛欐睙鍗庣爺绌跺洟闃熶竴鐩磋嚧鍔涗簬绾㈣剛澶у皬锠瑰叆渚垫満鍒剁殑鐮旂┒锛屼互淇℃伅鍖栧悎鐗╀粙瀵肩殑绾㈣剛澶у皬锠更/span>-瀵勪富娌规澗-浼寸敓鐪熻弻-鍏辩敓缁嗚弻浜掍綔涓哄垏鍏ョ偣锛岄槓鏄庝簡绾㈣剛澶у皬锠广€佹湰鍦扮榛戞牴灏忚牴銆佷即鐢熺湡鑿屻€佷即鐢熺粏鑿屽拰瀵勪富鐨勫崗鍚屽叆渚垫満鍒讹紝鎻愬嚭骞堕獙璇佷簡鍏ヤ镜绉嶄笌鏈湴绉嶄箣闂翠簰鎯犵殑鈥淈/span>鍖栧淇℃伅璋冩帶鈥滭/span>鍜屼笌浼寸敓鑿孅/span>鈥淈/span>鍏辩敓鍏ヤ镜鈥滭/span>浠ュ強鈥淈/span>杩斿叆渚袋/span>鈥 3涓亣璇达紙New Phytol2010;Ecology 2011锛汓/span>Annu RevEcol Evo and Syst 2016锛夛紝鏄庢瀽浜嗕俊鎭祦璋冩帶鐨勫叆渚靛铏?/span>-瀵勪富妞嶇墿-浼寸敓鐪熻弻-缁嗚弻鐩镐簰浣滅敤锛屾瀯寤轰簡鏄嗘鍏崇郴涓殑璺ㄥ洓鐣屽寲瀛︿俊鎭簰浣滄ā鍨嬶紙Microbiome 2018锛堻/span>; 闃愭槑浜嗙粏鑿屾尌鍙戠墿璋冩帶鐨勫鐗╃鍙備笌鐨勮櫕鑿屽叡鐢熷叧绯荤殑缁存寔鏈哄埗锛屾彮绀轰簡璋冭妭绾㈣剛澶у皬锠更/span>-浼寸敓鑿岄棿鍏辩敓鍏崇郴纰虫簮鍒嗛厤鐨勫寲瀛︿俊鍙峰垎瀛愪笌璋冩帶绛栫暐锛圏/span>ISME J 2017; ISME J 2020锛夈€傚熀浜庢鐗╋紞瀹宠櫕鈥斿叡鐢熷井鐢熺墿涔嬮棿鐨勫寲瀛﹂€氳鏈虹悊锛屽垎绂婚壌瀹氫簡绾㈣剛澶у皬锠圭殑妞嶇墿婧愬拰鏄嗚櫕婧愯仛闆嗕俊鎭礌鍜屾姉鑱氶泦淇℃伅绱狅紝闆嗘垚浜嗕互淇℃伅绱犳帹/鎷夋帶鍒舵妧鏈负鏍稿績鐨勭孩鑴傚ぇ灏忚牴鐩戞祴銆佹鐤€侀槻鎺х患鍚堟妧鏈綋绯诲苟鍦ㄥ彂鐢熷尯寰楀埌鎺ㄥ箍搴旂敤锛圏/span>Annu Rev Entomol 2013锛夈€傝繎鏃ヨ鐮旂┒鍥㈤槦鍦ㄧ孩鑴傚ぇ灏忚牴鍏ヤ镜鏈哄埗鏂归潰鍙栧緱绯诲垪鏂拌繘灞曘€侟/span>
1銆侀€氳繃澶氱粍瀛﹀垎鏋愪笌鍔熻兘鐮旂┒锛屾彮绀轰簡绾㈣剛澶у皬锠逛即鐢熷井鐢熺墿鍙互浣滀负鍏朵綋澶栭檷瑙ｇ郴缁熷府鍔╁叾闄嶈В瀵勪富娌规澗涓叿鏈夋嫆椋熸晥搴旂殑纰虫簮D-鏉鹃唶锛屽崗鍔╃孩鑴傚ぇ灏忚牴鍏ヤ镜涓庣垎鍙戞垚鐏撅紙鍥近/span>1锛夈€傝鐮旂┒鎴愭灉浠庡瘎涓婚€傚簲鐨勮搴﹁繘涓€姝ラ槓閲婁簡浼寸敓寰敓鐗╁湪绾㈣剛澶у皬锠更/span>-浼寸敓鐪熻弻L. procerum杩欎竴鍏辩敓鍏ヤ镜澶嶅悎浣撳叆渚垫垚鐏句腑鐨勪綔鐢ㄦ満鍒讹紝涓板瘜鍜屽畬鍠勪簡铏弻鍏辩敓鍏ヤ镜鐞嗚銆傜浉鍏虫垚鏋溾€淈/span>Symbiotic microbes aid host adaptation by metabolizing a deterrent host pine carbohydrate D-pinitol in a beetle-fungus invasive complex鈥濅互娌冲寳澶у涓虹涓€鍗曚綅鍙戣〃浜嶞/span>Science Advances锛圏/span>IF5 = 16.8955锛屼腑绉戦櫌1鍖裹/span>TOP锛孅/span>DOI: 10.1126/sciadv.add5051锛夛紝鎴戞牎鍒樿姵鍗庡壇鏁欐巿涓虹涓€浣滆€咃紝瀛欐睙鍗庢暀鎺堜负閫氳浣滆€咃紝搴峰織浼熷壇鏁欐巿鍙備笌閮ㄥ垎宸ヤ綔銆侟br />
2銆佸埄鐢ㄤ笁浠Ⅻ/span>Pacbio娴嬪簭+10x genomics銆?/span>Hic杈呭姪缁勮锛岃幏鍒扮孩鑴傚ぇ灏忚牴楂樿川閲忓熀鍥犵粍锛堝浘2锛夈€傝鐮旂┒鎴愭灉鎺㈣浜嗗叆渚电绾㈣剛澶у皬锠规垚鍔熷叆渚电殑閬椾紶鍩虹鍙婂叆渚垫墿鏁ｈ矾寰勩€傜浉鍏虫垚鏋溾€淈/span>Chromosome-level genome assembly and population genomic analyses provide insights into adaptive evolution of the red turpentine beetle, Dendroctonusvalens鈥濅互娌冲寳澶у涓虹涓€鍗曚綅鍙戣〃浜嶞/span>BMC Biology锛圏/span>IF5 = 8.641锛孅/span>DOI: 10.1186/s12915-022-01388-y锛夛紝鎴戞牎鍒樻煴涓滅爺绌跺憳涓虹涓€浣滆€咃紝瀛欐睙鍗庢暀鎺堜负閫氳浣滆€呫€侟br />
3銆侀€氳繃杞綍缁勫绛涢€変簡鍘屾哀鏉′欢涓嬭偁閬撶粏鑿岃浆鎹俊鎭礌鐨勫叧閿熀鍥狅紙閱涜劚姘㈤叾ALDH1锛夛紝骞堕噰鐢ㄥ悓婧愰噸缁勬妧鏈幏寰楃獊鍙樹綋杩涗竴姝ラ獙璇佷簡璇ュ熀鍥犱负鑲犻亾缁嗚弻杞崲绾㈣剛澶у皬锠逛俊鎭礌鐨勫叧閿熀鍥犮€傜浉鍏虫垚鏋溾€淈/span>The effect of inactivation of aldehyde dehydrogenase on pheromone production by the gut bacteria of an invasive tree killer bark beetle, Dendroctonusvalens鈥濅互娌冲寳澶у涓虹浜屽崟浣嶅彂琛ㄤ簬Insect Science锛圏/span>IF5 = 3.233锛屼腑绉戦櫌1鍖裹/span>TOP锛孅/span>DOI: 10.1111/1744-7917.13101锛夛紝鎴戞牎瀛欐睙鍗庢暀鎺堜负閫氳浣滆€呫€侟/span>
姝ゅ锛岃鍥㈤槦鎴愬憳搴峰織浼熷壇鏁欐巿浣滀负绗竴浣滆€咃紝鍒樿姵鍗庡壇鏁欐巿浣滀负閫氳浣滆€咃紝浠ユ渤鍖楀ぇ瀛︿负绗竴鍗曚綅鍦?/span>Microbiology Spectrum锛圏/span>IF = 9.043锛屼腑绉戦櫌1鍖裹/span>TOP锛孅/span>DOI: 10.1128/ spectrum.04006-22锛夊彂琛ㄤ簡鐜鍜屽叡鐢熻弻浠嬪鐨勮睂璞嗚殰缈呯殑闈為仐浼犲鍨嬬殑璁烘枃锛涜鍥㈤槦鎴愬憳蹇欏畾娉芥牎鑱樼爺绌跺憳浣滀负绗竴鍜岄€氳浣滆€咃紝浠ユ渤鍖楀ぇ瀛︿负绗竴鍗曚綅鍦?/span>Insect Biochemistry and Molecular Biology锛圏/span>IF = 4.421, DOI: 10.1016/j.ibmb.2022.103858锛夊彂琛ㄤ簡瀹惰殨绯栧彈浣撶殑璁烘枃銆傚洟闃熸湁鍏虫澗鏉愮嚎铏井鐢熺墿鏈旀簮/鍏抽敭绉嶅垎鏋愮殑鐮旂┒鎴愭灉鍒嗗埆鍙戣〃浜嶞/span>Microbiology Spectrum锛圏/span>IF = 9.043,涓闄↑/span>1鍖裹/span>TOP锛孅/span>DOI: 10.1128/spectrum.00783-22锛夊拰 Frontiers in Plant Science锛圏/span>IF= 6.627, DOI: 10.3389/fpls.2022.856841锛夛紝瀛欐睙鍗庢暀鎺堜綔涓洪€氳浣滆€咃紝娌冲寳澶у涓虹涓€鍗曚綅銆侟/span>
涓婅堪宸ヤ綔寰楀埌浜嗗浗瀹惰嚜鐒跺熀閲戝鍩虹绉戝涓績椤圭洰锛屽浗瀹堕噸鐐圭爺鍙戣鍒掞紝鍥藉鑷劧绉戝鍩洪噾闈笂/闈掑勾椤圭洰锛屾渤鍖楃渷鍒涙柊缇や綋绛夐」鐩祫鍔┿€侟/span>