
 姓名  文锦芬
 出生年月  1973年9月
 技术职称  教授
 任职时间  2001年
 学位/学历  工学博士/博士研究生
 毕业院校  中国农业大学 水利与土木工程成人片
 从事专业  风景园林
 研究方向  风景园林生态、园林植物种植资源
 联系方式  [email protected]
 
  
   
    个人简历:  | 
    
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    2016 -2017:  | 
    美国康奈尔大学 访学  | 
    
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    2006 -2011:  | 
    中国农业大学农业生物环境  | 
    获工学博士学位  | 
    导师:龚明教授  | 
   
   
    1998 -2001:  | 
    湖南农业大学生物技术  | 
    获理学硕士学位  | 
    导师:肖浪涛教授  | 
   
   
    1994-1998:  | 
    湖南农业大学园艺  | 
    获农学学士学位  | 
    
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 项目:
 1、主持在研国家自然科学基金地区项目:“LbKCS5调控蜡质合成提高百合切花抗失水胁迫能力的机制”(32160721)(2020.01-2025.12);
 2、主持完成国家自然科学基金地区项目:“百合LbNAP转录因子调控干旱胁迫下花瓣衰老的分子机制”(31760588)(2018.01-2021.12);
 3、主持完成国家自然科学基金地区项目:“基于转录组测序的能源植物小桐子油脂生物合成关键调控因子的克隆与功能分析”(31460355)(2015.01-
 2018.12);
 4、主持完成云南省自然科学基金项目:“小油桐油脂合成关键酶基因克隆”(332114118358)(2012.01-2014.12);此外参与国家基金3项。
 指导的研究生多人考上博士研究生,一篇硕士论文获2020年云南省优秀硕士论文。
 获奖:
 云南省科技进步一等奖(4/11);云南省自然科学三等奖(2/3)。
 代表论文:
 
 在国内外期刊发表文章50多篇,其中以第一作者或通讯作者发表sci收录的文章22篇,出版专著2部,授权发明专利3项。(限填20项有代表性的论文)
 1. Zhao ZX,Wen JF(通讯)*.LhKCS17delays senescence ofcut lily and improves resistance to water-loss stress by promoting synthesis ofpetal wax. Postharvest Biology andTechnology,2024, (5),1-11.
 2. XinyuYan,Wen JF(通讯)*. Two key enzyme genesassociated with ethylene bio-synthesis,LbACSandLbACO,areinvolvedintheregulationoflilyflowersenescence,Scientia Horticulturae,2024, 330(4):1-15.
 3. Jiahui Zhao,Wen JF(通讯)*.LbHSP17.9Participated in the Regulation ofCold StressinCutLily Flowers. Horticulturae,2024,10(3), 287,1-17.
 4. ZhaoZX,WenJF(通讯)*.Comparativeanalysisof petalepidermalwaxcompositionandloss-water resistance in five cut lily cultivars (Lilium spp).Scientia Horticulturae,2023,311:1-10.
 5. LiuL,WenJF(通讯)*.Involvementof anovelNAP memberLbNAPinflowersenescenceanddehydration stress incut lily. ScientiaHorticulturae.2023,308:1-12.
 6. BowenChi,Wen JF(通讯)*.LbCu/ZnSODand LbMnSODinvolvedindroughtstresstoleranceinduced by strigolactones ofcut lily.HorticulturalScience(Prague),2023,50(3):241-251.
 7. WenJF(第一).Characterizationof PlantHomeodomainTranscriptionFactorGenesInvolvedinFlower DevelopmentandMultiple AbioticStressResponseinPepper.Genes,2023,1737(14),1-16.
 8. WenJF(第一).2,4-epibrassinolierelievesthe damageofdroughtstressonfreshcutliliesbyincreasing antioxidant enzyme activities. Pak. J. Bot.,2022,54(6),1-17.
 9. LiPP,WenJF(通讯)*.Characterizationof 75CultivarsofFourCapsicum SpeciesinTermsofFruit Morphology, Capsaicinoids, FattyAcids,and Pigments.Appl.Sci.2022,12,6292,1-19.
 10.WenJF(第一).Memoryresponseofpepperantioxidantsystemtocyclesofdroughtandre-watering stress. Pak. J. Bot.,2022,54(5):1-9
 11.WenJF(第一).Ethylene-Inducible AP2/ERFTranscriptionFactorInvolvedintheCapsaicinoidBiosynthesis inCapsicum;Frontiers in PlantScience;2022,13(3),1-12.
 
12.黄尧瑶, 邓明华, 彭春秀, 文锦芬*.百合花瓣抗氧化酶系统对干旱胁迫响应的研究,园艺学报,(2020).47 (4):788–796.
13.Huang YY,Wen JF*. Clongand expression analyses ofJcAACT, JcMDCAND JcFPS,invovledinterpenoidbiosynthesisinJATROPHACURCASL;Pak. J.Bot. ,2018, 50(3): 989-998.
14.Wen JF. Molecular cloning and expression characterization ofa novelJcBCCPIIgenefromJatropha curcas. Res J Biotech,2016,11(9):1-7.
15.Wen JF. Relationship ofascorbic acid metabolism with the cytoplasmic male sterilityin pepper(Capsicum annuum L.). Pak J Bot,2015,47(3):1087-1093.
16.Wen JF. Molecular cloning and expression characterization ofa novelJcFatA genefromJatropha curcas. Res J Biotech,2015,10(1):1-6.
17.Deng MH;Wen JF*. Molecular cloning and tissue expression analysesoftwo novelCapsicumannuum L. genes GAL83 and PEX7.Res J Biotech,2014,9(3): 41-47.
18.Wen JF. Cloning and bioinformatic analysisoffull-length two novel pepper genes—TAF10andTAF13. Genet Mol Res,2013,12(4) 6947-6956.
19.Wen JF. Effect ofhydrogen peroxide on growth andactivityofsomeenzymesinvolvedinproline metabolism ofsweet corn seedlings under copper stress,Sci Hortic-Amsterdam,2013,164, 366-371.
20.Deng MH;Wen JF*. Molecular cloning and tissue expression analysesoftwonovel pepper genes heterotrimeric G protein beta 2 subunit andArcA 1. Genet Mol Res,2013,12(2):1223-1231.