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1.HeYiqin,HuangWendi,YangLei,LiYiting,LuChen,ZhuYongxing,MaDongfang*,YinJun-Liang*.2020.Genome‐wideanalysisofethylene‐insensitive3(EIN3/EIL)inTriticumaestivum.Cropscience.DOI:10.1002/csc2.20115.(IF1.644,3区)
2.FangZW,JiangWQ,HeYQ,MaDF,LiuYK,WangSP,ZhangYX,YinJun-Liang*.2020.Genome-wideidentification,structurecharacterization,andexpressionprofilingofDoftranscriptionfactorgenefamilyinwheat(TriticumaestivumL.).Agronomy,10(2),294.(IF2.259,3区)
3.JiangWenqiang,YangLei,HeYiqin,ZhangHaotian,LiWei,ChenHuaigu,MaDongfang*,YinJun-Liang*.2019.Genome-wideidentificationandtranscriptionalexpressionanalysisofsuperoxidedismutase(SOD)familyinwheat(Triticumaestivum).PeerJ7:e8062.(IF2.353,3区)
4.FangZhengwu,SunCai,LuTao,XuZhi,HuangWendi,MaDongfang*,YinJun-Liang*.2019.MolecularmappingofstriperustresistancegeneYrH922inaderivativeofwheat(Triticumaestivum)–Psathyrostachyshuashanica.CropandPastureScience70,939-945.(IF1.33,2区)
5.YanHanwen,ZhangJian,MaDongfang*,YinJun-Liang*.2019.qPCRandloopmediatedisothermalamplificationforrapiddetectionofUstilagotritici.PeerJ7:e7766.DOI:10.7717/peerj.7766.(IF2.353,3区)
6.HouZehao#,YinJunliang#,LuYifei,SongJinghan,WangShuping,WeiShudong,LiuZhixiong,ZhangYingxin,FangZhengwu*.Transcriptomicanalysisrevealsthetemporalandspatialchangesinphysiologicalprocessandgeneexpressionincommonbuckwheat(FagopyrumesculentumMoench)grownunderdroughtstress.Agronomy,2019,9(10),569.(IF2.259,2区,同等贡献)
7.FangZheng-wu,HeYi-qin,LiuYi-ke,JiangWen-qiang,SongJing-han,WangShu-ping,MaDong-fang*,YinJun-Liang*.2019.Bioinformaticidentifcationandanalysesofthenon-specifclipidtransferproteinsinwheat.JournalofIntegrativeAgriculture,18(0):2–17.DOI:10.1016/S2095-3119(19)62776-0.(IF1.337,2区)
8.ZhangPeigen#,ZhuYongxing#,MaDongfang,XuWenjie,ZhouJingjing,YanHanwen,YangLei,YinJun-Liang*.2019.Screening,identification,andoptimizationoffermentationconditionsofanantagonisticendophytetowheatheadblight.Agronomy,9(9):476.(IF2.259,3区)
9.ZhuYong-Xing#,YangLei#,LiuNing#,YangJie,ZhouXiao-Kang,XiaYu-Chen,HeYang,HeYi-Qin,GongHai-Jun,MaDong-Fang,YinJun-Liang*.2019.Genome-wideidentification,structurecharacterization,andexpressionpatternprofilingofaquaporingenefamilyincucumber.BMCPlantBiology,19:345.DOI:10.1186/s12870-019-1953-1.(IF3.67,2区)
10.ZhuYX,GongHJ,YinJun-Liang*.2019.Roleofsiliconinmediatingsalttoleranceinplants:areview.Plants,8(6):147.DOI:10.3390/plants8060147.(IF2.632,3区)
11.FangZ#,HouZ#,WangS,LiuZ,WeiS,ZhangY,SongJ,YinJun-Liang*.2019.TranscriptomeAnalysisRevealstheAccumulationMechanismofAnthocyaninsinBuckwheat(FagopyrumesculentumMoench)CotyledonsandFlowers.InternationalJournalofMolecularSciences,20:1493.(IF4.183,2区)
12.ZhuY#,JiaJ#,YangL,XiaY,ZhangH,JiaJ,ZhouR,NieP,YinJun-Liang*,MaD*,LiuL*.2019.IdentificationofcucumbercircularRNAsresponsivetosaltstress.BMCPlantBiology,19:164.(IF3.67,2区)
13.YinJun-Liang#,JiaJH#,LianZY,HuYH,GuoJ,HuoHQ,ZhuYX*,GongHJ*.2019.Siliconenhancesthesalttoleranceofcucumberthroughincreasingpolyamineaccumulationanddecreasingoxidativedamage.EcotoxicologyandEnvironmentalSafety,169:8-17.(IF4.527,2区)
14.ZhuYX#,YinJun-Liang#,LiangYF,LiuJQ,JiaJH,HuoHQ,WuZF,YangRL*,GongHJ*.2019.Transcriptomicdynamicsprovideaninsightintothemechanismforsilicon-mediatedalleviationofsaltstressincucumberplants.EcotoxicologyandEnvironmentalSafety,174:245-254.(IF4.527,2区,同等贡献)
15.YinJun-Liang,FangZW,SunC,ZhangP,ZhangX,LuC,WangSP,MaDF*,ZhuYX*.2018.Rapididentificationofastriperustresistantgeneinaspace-inducedwheatmutantusingspecificlocusamplifiedfragment(SLAF)sequencing.ScientificReport,8:1.(IF4.122,3区)
16.YinJun-Liang#,LiuMY#,MaDF,WuJW,LiSL,ZhuYX*,HanB*.2018.IdentificationofcircularRNAsandtheirtargetsduringtomatofruitripening.PostharvestBiologyandTechnology,136:90-98.(IF3.112,1区)
17.ZhouR#,ZhuYX#,ZhaoJ,FangZ,WangS,YinJun-Liang*,MaDF*,ChuZH*.2018.Transcriptome-wideidentificationandcharacterizationofpotatocircularRNAsinResponsetoPectobacteriumcarotovorumSubspeciesbrasilienseInfection.InternationalJournalofMolecularSciences,19(1):71.(IF3.226,3区)
18.YinJun-Liang,GuB,HuangGY,TianYE,QuanJL,Lindqvist-KreuzeH,ShanWX*.2017.ConservedRXLReffectorgenesofPhytophthorainfestansexpressedattheearlystageofpotatoinfectionaresuppressivetohostdefense.FrontiersinPlantScience,8:2155.(IF4.298,2区)
19.XiaYC,LiuLC,YinJL*,ZhuYX*.2018.Silicon’sroleinimprovingplantsalinitytolerance.Research&Reviews:JournalofBotanicalSciences,7(2):11-13.
20.夏雨晨,朱永兴,马东方,刘乐承,尹军良*.2019.小麦赤霉病菌拮抗菌的分离及鉴定.江西农业大学学报,41(1):33-42.
21.朱永兴,夏雨晨,刘乐承,尹军良*,马东方.2019.外源硅对植物抗盐性影响的研究进展.植物营养与肥料学报，25(3):1-12.
22.尹军良,张兴,马东方,卢晨,何艺琴,赵明敏,朱永兴*.2018.小麦赤霉病菌对咪鲜胺和氰烯菌酯敏感性及药剂混配增益效果研究.江西农业大学学报,40(5):920-924.
23.尹军良,刘乐承,夏雨晨,朱永兴,马东方.2017.环状RNA的生物特征及其在植物中的研究进展.西北植物学报,37(12):2510-2518.
24.尹军良,王睿,唐明双,马东方,王海鸽,井金学.2015.两个小麦-簇毛麦易位系抗条锈基因的遗传分析和SSR标记检测.植物保护学报.42(2):153-159.
25.尹军良,马东方,周新力,王保通,井金学.2015.小麦品种天867抗条锈性评价和遗传分析.麦类作物学报,35(1):45-52.
26.MaDF,HouL,SunC,ZhangX,YinJL,GuoQY,ZhuYX,2018.MolecularmappingofstriperustresistancegeneYrH9017inwheat-PsathyrostachyshuashanicaintrogressionlineH9017-14-16-5-3.JournalofIntegrativeAgriculture,DOI:10.1016/S2095-3119(18)62048-9.
27.SunC,LiuYK,ChaoKX,FangZW,WangSP,TangQ,MaDF,YinJL,ZhuYX,2018.Characterizationandmolecularmappingofstriperustresistanceinwheat-PsathyrostachyshuashanicaintrogressionlineH9015-17-1-9-6.CanadianJournalofPlantPathology,DOI:10.1080/07060661.2018.1523230.
28.SunC,ZhangP,FangZ,ZhangX,YinJL,MaD,ZhuY,2018.GeneticanalysisandmolecularmappingofstriperustresistanceinanexcellentwheatlineSanshumai1.JournalofPlantPathology,DOI:10.1007/s42161-018-0166-z.
29.JiaJ,LuW,ZhongC,ZhouR,XuJ,LiuW,GouX,WangQ,YinJL,XuC,2017.The25–26ntsmallRNAsinPhytophthoraparasiticaareassociatedwithefficientsilencingofhomologousendogenousgenes.FrontiersinMicrobiology,8:773.
30.TianYE,YinJL,SunJP,MaYF,WangQH,QuanJL,andShanWX.2016.PopulationgeneticanalysisofPhytophthorainfestansinnorthwesternChina.PlantPathology,65(1):17-25.
31.MaDF,FangZW,YinJL,ChaoKX,JingJX,LiQ,etal.2016.MolecularmappingofstriperustresistancegeneYrHuderivedfromPsathyrostachyshuashanica.MolecularBreeding,36(6):64.
32.TianYE,YinJL,SunJP,MaHM,MaYF,QuanJL,andShanWX.2015.PopulationstructureofthelateblightpathogenPhytophthorainfestansinapotatogermplasmnurseryintwoconsecutiveyears.Phytopathology,105(6):771-777.
33.ZhuYX,XuXB,HuYH,HanWH,YinJL,LiHL,GongHJ.2015.SiliconimprovessalttolerancebyincreasingrootwateruptakeinCucumissativusL.PlantCellReports,34(9):1629-1646.
34.ZhouX,WangW,WangL,HouD,JingJ,WangY,XuZ,YaoQ,YinJL,MaD.2011.Geneticsandmolecularmappingofgenesforhigh-temperatureresistancetostriperustinwheatcultivarXiaoyan54.TheoreticalandAppliedGenetics,123(3):431-438.
35.李金徽,王娇,高存钢,王博,张瑾瑾,尹军良,丁新华,储昭辉,2018.RXLR类效应分子PITG_21645.2的基因序列分析及功能验证.植物病理学报,48(1):70-79.
36.杨志远,王钢,曹华,蓝星杰,尹军良,单卫星.2016.果胶乙酰酯酶基因AtPae7参与拟南芥对大豆疫霉菌的非寄主抗病性.西北农业学报,25(11):1716-1722.
37.马东方,方正武,李强,尹军良,王文凯,王保通.2015.普通小麦-华山新麦草易位系H9015-17抗条锈病基因的标记定位.植物病理学报,45(5):501-508.
38.马东方,尹军良,刘署艳,王文凯,方正武,井金学.2015.普通小麦-华山新麦草易位系9020-17-25-6抗条锈性遗传分析及分子标记.植物保护学报,42(3):327-333.
39.唐明双,马东方,王海鸽,尹军良,侯璐,姚强,井金学.2013.小麦品种小偃9323抗条锈基因的遗传分析和分子作图.作物学报,39(5):855-861.
40.徐皖彬,尹军良,马东方,唐明双,杨悦,井金学.2012.普通小麦-柔软滨麦草易位系M97抗条锈基因的遗传分析和分子作图.植物保护学报,39(1):24-30.
41.周新力,王保通,尹军良,王文立,王岭岭,侯冬媛,侯璐,姚强,胡茂林,井金学.2011.小偃54高温抗条锈病基因的遗传分析.西北农林科技大学学报(自然科学版),39(12):129-133.
42.杨敏娜,彭岳林,马东方,尹军良,李强,王保通,井金学.2011.小麦条锈病重要抗源Gaby抗性遗传分析及分子作图.植物病理学报,41(3):324-327.
43.徐中青,张书英,王睿,王文立,周新力,尹军良,陈洁,井金学.2010.小麦品系M8003-5抗条锈病基因遗传分析和分子作图.作物学报,36(12):2116-2123.
会议论文：
1.YINJunliang,SHANWeixing.LostresistanceofpotatotoPhytophthorainfestansdrivesthediggingofessentialRXLReffectorgenesfrompathogen.江苏南京.
2.YINJunliang,GUBiao,QUANJunli,SHANWeixing.RNA-seqrevealshighexpressionandconservationRXLReffectorsexistinhighlydivergencePhytophthorainfestansisolates.中国植物病理学会2014年学术年会.辽宁沈阳.
3.顾彪,尹军良,单卫星.利用晚疫病菌效应基因辅助马铃薯抗病育种.2013年中国马铃薯大会--大会论文集.重庆渝中.
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