[1]刘自刚,张长生,孙万仓,杨宁宁,王月,何丽,赵彩霞,武军艳,方彦,曾秀存.不同生态区冬前低温下白菜型冬油菜不同抗寒品种(系)比较.作物学报,2014,40:346–354 LiuZG,ZhangCS,SunWC,YangNN,WangY,HeL,ZHaoCX,WuJY,FangY,ZengXC.Comparisonofwinterrapeseedvarieties(lines)withdifferentcoldresistanceplantedinthenorthern-extendingregionsinChinaunderlowtemperaturebeforewinter.ActaAgronSin,2014,40:346–354(inChinesewithEnglishabstract) [2]王学芳,孙万仓,李孝泽,武军艳,马维国,康艳丽,曾潮武,蒲媛媛,叶剑,刘红霞,曾军,张亚红.河西走廊种植冬油菜的环境效应.作物学报,2008,34:2210–2217 WangXF,SunWC,LiXZ,WuJY,MaWG,KangYL,ZengCHW,PuYY,YeJ,LiuHM,ZengJ,ZHangYH.TheenvironmenteffectofplantingwinterrapeinHexiCorridor.ActaAgronSin,2008,34:2210–2217(inChinesewithEnglishabstract) [3]王学芳,孙万仓,李孝泽,武军艳,刘红霞,曾潮武,蒲媛媛,张朋飞,张俊杰.我国北方风蚀区冬油菜抗风蚀效果.生态学报,2009,29:6572–6577 WangXF,SunWC,LiXZ,WuJY,LiuHX,ZengCHW,PuYY,ZHangPF,ZHangJJ.Winderosion-resistanceoffieldsplantewithwinterrapeseedinthewinderosionregionofnorthernchina.ActaEcolSn,2009,29:6572–6577(inChinesewithEnglishabstract) [4]孙万仓,马卫国,雷建民,刘秦,杨仁义,武军艳,王学芳,叶剑,曾军,张亚宏,康艳丽,郭秀娟,魏文惠,杨杰,蒲媛媛,曾潮武,刘红霞.冬油菜在西北旱寒区的适应性和北移的可行性研究.中国农业科学,2007,40:2716?2726 SunWC,MaWG,LeiJM,LiuQ,YangRY,WuJY,WangXF,YeJ,ZengJ,ZHangYH,KangYL,GuoXJ,WeiWH,YangJ,PuYY,ZengCW,LiuHY.Studyonadaptationandintroductionpossibilityofwinterrapeseedtodryandcoldareasinnorthwestchina.SciAgricSin,2007,40:2716?2726(inChinesewithEnglishabstract) [5]刘自刚,孙万仓,方彦,李学才,杨宁宁,武军艳,曾秀存,王月.夜间低温对白菜型冬油菜光合机构的影响.中国农业科学,2015,48:672–682 LiuZG,SunWC,FangY,LiXC,YangNN,WuJY,ZengXC,WangY.Effectsoflowtemperatureonthephotosyntheticapparatusofwinteroilseedrape.SciAgricSin,2015,48:672–682(inChinesewithEnglishabstract) [6]KumarA,BimolataW,KannanM,KirtiPB,QureshiIA,GhaziIA.ComparativeproteomicsrevealsdifferentialinductionofbothbioticandabioticstressresponseassociatedproteinsinriceduringXanthomonasoryzaepv.oryzaeinfection.FunctIntegrGenom,2015,15:425–437 [7]刘自刚,孙万仓,杨宁宁,王月,何丽,赵彩霞,史鹏飞,杨刚,李学才,武军艳,方彦,曾秀存.冬前低温胁迫下白菜型冬油菜抗寒性的形态及生理特征.中国农业科学,2013,46:4679–4687 LiuZG,SunWC,YangNN,WangY,Hel,ZHangCX,ShiPF,YangG,LiXC,WuJY,FangY,ZengXC.Morphologyandphysiologicalcharacteristicsofcultivarswithdifferentlevelsofcold-resistanceinwinterrapeseed(BrassicacampestrisL.)duringcoldacclimation.SciAgricSin,2013,46:4679–4687(inChinesewithEnglishabstract) [8]张腾国,王圆圆,王娟,王宁,张艳,孙万仓,陈琼琼,夏惠娟.油菜BnMKK2基因的克隆及表达分析.植物研究,2012,32:578–583 ZhangTG,WangYY,WangJ,WangN,ZhangY,SunWC,ChenQQ,XiaHJ.CloningandReal-timeexpressionanalysisofanovelMAPKkinasegeneBnMKK2inBrassicanapus.BullBotRes,2012,32:578–583(inChinesewithEnglishabstract) [9]张腾国,王宁,王娟,王圆圆,张艳,孙万仓,常燕,夏惠娟.油菜BnMKK4全长基因的克隆及表达分析.植物生理学报,2012,48:491–498 ZhangTG,WangN,WangJ,WangYY,ZhangY,SunWC,ChangY,XiaHJ.CloningandexpressionanalysisofaBnMKK4genefromBrassicanapusL.PlantPhysiolJ,2012,48:491–498(inChinesewithEnglishabstract) [10]贾凌云,张腾国,王娟,王圆圆,夏惠娟.陇油6号油菜BnMPK6基因启动子分离及序列分析.西北师范大学学报(自然科学版),2012,48:86–90 JiaLY,ZhangTG,WangJ,WangYY,XiaHJ.IsolationandsequenceanalysisofBnMPK6genepromoterfromBrassicanapus(rape)longyou6.JNorthwestNorUniv(NatSci),2012,48:86–90(inChinesewithEnglishabstract) [11]张腾国,王娟,王圆圆,王宁,常燕,张艳,陈琼琼,孙万仓.油菜BnHMGB2基因的克隆及表达分析.植物研究,2012,32:724–730 ZhangTG,WangJ,WangYY,WangN,ChangY,ZhangY,ChenQQ,SunWC.CloningandexpressionanalysisofBnHMGB2geneinBrassicanapus.BullBotRes,2012,32:724–730(inChinesewithEnglishabstract) [12]黄甫海燕,官春云.甘蓝型油菜抗菌核病近等基因系和感病亲本蛋白差异初步研究.中国农业科学,2010,43:2000–2007 HuangPHY,GuanCY.ApreliminaryanalysisofdifferentialproteinsbetweenBrassicanapusresistancetosclerotiniasclerotiorumnear-isogeniclinesandsusceptibleparent.SciAgricSin,2010,43:2000–2007(inChinesewithEnglishabstract) [13]BradfordMM.Arapidmethodforthequantificationofmicrogramquantitiesofproteinutilizingtheprincipleofprotein.dyebinding.AnalBiochem,1976,72:248–254 [14] KatayamaH,NagasuT,OdaY.Improvementofin-geldigestionprotocolforpeptidemassfingerprintingbymatrix-assistedlaserdesorption/ionizationtime-of-flightmassspectrometry.RapidCommunMassSpectr,15:1416–1421 [15]龚富生,张嘉宝.植物生理学实验(第2版).北京:高等教育出版社,1995.pp90–92 GongFS,ZhangJB.Plantphysiologyexperiment,2ndedn.Beijing:HigherEducationPress,1995.Pp90–92 [16]DeverisAL.Antifreezeglycopeptides:Interactionwithiceandwater.MethodEnzym,1986,127:293–303 [17]LiuZ,DreybrodtW.SignificanceofthecarbonsinkproducedbyH2O-arbonate-CO2-aquaticphototrophinteractiononland.SciBull,60:182–191 [18]MajeranW,ZybailovB,YtterbergAJ,DunsmoreJ,SunQ,vanWijkKJ.ConsequencesofC4differentiationforchloroplastmembraneproteomesinmaizemesophyllandbundlesheathcells.MolCellProteom,2008,7:1609–1638 [19]GuoL,SuiZ,ZhangS,RenY,LiuY.Comparisonofpotentialdiatom“barcode”genes(18SandITSrDNA,COI,rbcL)andtheireffectivenessindiscriminatinganddeterminingspeciestaxonomyinbacillariophyta.InternlJSystemEvolMicrobiol,2015,65:1369–1380 [20]TiongWHC,KellyEJ.Salicylicacidburninducedbywartremover:Areportoftwocases.Burns,2009,35:139–140 [21]AdrianaMariadaSilveiraNovelino,ErikDaemon,GeraldoLuizGon?alvesSoares.Evaluationoftheacaricideeffectofthymol,menthol,salicylicacid,andmethylsalicylateonBoophilusmicroplus(Canestrini1887)(Acari:Ixodidae)larvae.ParasitolRes,2007,101:809–811 [22]李亚,张钢,张玉星,郝征.水杨酸对大叶黄杨茎抗寒性和电阻抗图谱参数的影响.生态学杂志,2010,29:460–466 LiY,ZhangG,ZhangYX,HaoZH.EffectofsalicylicacidonEuonymusjaponicusstemcoldresistanceandelectricalimpedancespectroscopyparameters.ChinJEcol,2010,29:460–466(inChinesewithEnglishabstract) [23]范存斐,毕阳,王云飞,任亚琳,杨志敏,王毅.水杨酸对厚皮甜瓜采后病害及苯丙烷代谢的影响.中国农业科学,2012,45:584–589 FanCF,BiY,WangYF,RenYL,YangZM,WangY.EffectofsalicylicacidonMuskmelonpostharvestdiseasesandphenylpropanoidmetabolism.SciAgricSin,2012,45:584–589(inChinesewithEnglishabstract) [24]李春燕,陈思思,徐雯,李东升,顾骁,朱新开,郭文善,封超年.苗期低温胁迫对扬麦16叶片抗氧化酶和渗透调节物质的影响.作物学报,2011,37:2293?2298 LiCY,ChenSS,XuW,LiDS,GuX,ZhuXK,GuoWS,FengCN.SeedlingstolowtemperaturestressofYangmai16leavesantioxidantenzymesandosmoticadjustmentsubstances.ActaAgronSin,2011,37:2293–2298(inChinesewithEnglishabstract) [25]BahariL,YashunskyV,BraslavskyI.Microscopicinvestigationofantifreezeproteinsactivityatcryogenictemperatures.Cryobiology,2015,71:570–573 [26]Braslavsky,DroriR,CelikY,DolevMB,DaviesPL.Characteristicsoftheinteractionofantifreezeproteinswithicecrystals.Cryobiology,2015,71:540 [27]BeckEH,HeimR,HansenJ.Plantresistancetocoldstress:mechanismsandenvironmentalsignalstriggeringfrosthardeninganddehardening.JBiosci,2004,29:102–109 [28]Szechyńska-HebdaabM,W?sekaI,Go??biowska-PikaniacG,DubasaE,?uraI,W?dzonyacM.Photosynthesis-dependentphysiologicalandgeneticcrosstalkbetweencoldacclimationandcold-inducedresistancetofungalpathogensintriticale(TriticosecaleWittm.).JPlantPhysiol,2015,177:30–43 [29]HagiwaraY,AomatsuH.Supercoolingenhancementbyaddingantifreezeproteinandionstowaterinanarrowspace.InternlJHeatMassTransfer,2015,86:55–64 [30]SunT,DaviesPL,WalkerVK.Structuralbasisfortheinhibitionofgashydratesbyα-helicalantifreezeproteins.BiophysJ,2015,109:1698–1705 [31]GuptaR,DeswalR.Antifreezeproteinsenableplantstosurviveinfreezingconditions.JBiosci,2014,39:931–944 [32]WilkensaC,PoulsenaJCN,Raml?vbH,LeggioaLL.Purification,crystalstructuredeterminationandfunctionalcharacterizationoftypeIIIantifreezeproteinsfromtheEuropeaneelpoutZoarcesviviparus.Cryobiology,2014,69:163–168 [33]UstunNS,TurhanS.Antifreezeproteins:characteristics,function,mechanismofaction,sourcesandapplicationtofoods.JFoodProcPreserv,2015,39:3189–3197 [34]ToddeG,Hovm?llerSE,LaaksonenA.Influenceofantifreezeproteinsontheice/waterinterface.JPhysicalChem,2015,119:2407–3413 [35]LauersenKJ,BrownA,MiddletonA,DaviesPL,WalkerVK.Expressionandcharacterizationofanantifreezeproteinfromtheperennialryegrass,Loliumperenne.Cryobiology,2011,62:194–201