職稱
博士、研究員
學術兼職
1. 浙江省植物病理學會常務理事
2. 中國植物保護學會青年工作委員會委員
3. 中國植物保護學會會員
4. 中國植物病理學會會員
5. 美國植物病理學會會員
研究方向
1. 病毒-寄主互作研究
病毒的生命周期離不開寄主的物質、能量系統。從侵入植物體那一刻開始，病毒粒子的複製、組裝和擴散等每一個生命環節都依賴於病毒編碼蛋白與寄主蛋白的相互作用。探尋與病毒蛋白互作的寄主成分、闡明寄主成分和病毒基因產物的互作機制有助於加深我們對植物病毒生命周期和植物病毒致病機制的理解。在該研究方向中，我們會利用多種技術手段篩選、驗證病毒編碼蛋白與寄主的蛋白的相互作用，然後分析這些寄主蛋白對病毒增殖、擴散的影響，為揭示病毒致病機理提供理論依據，同時為有針對性地設計抗病毒策略奠定基礎。
2. 植物抗病毒轉基因育種研究
植物病毒病害每年造成嚴重經濟損失，利用安全、高效的基因工程方法獲得對某種（些）病毒表現高度抗性的轉基因植物新種質將是解決植物病毒病害行之有效的手段。從最初的轉病毒來源抗性基因到基於RNA沉默途徑的抗性途徑（dsRNA、hpRNA、amiRNA和ata-siRNA介導抗性），理論創新是提出並套用新抗性策略的基礎。我們在該研究方向中，擬結合病毒分子生物學、分子植物病理學的最新進展，以及我們在病毒-寄主互作研究中的最新結果，設計新的抗病毒思路，通過可行性驗證後最終套用於植物抗病毒育種研究。
3. 植物病毒分子鑑定
快速、高效地檢測植物致病病毒種類，了解其基因組信息是開展病害相關研究的基礎。我們擬在實驗室已建立馬鈴薯Y病毒屬、麝香石竹潛隱病毒屬、馬鈴薯X病毒屬特異性、快速、靈敏的檢測和基因組全序列擴增技術的基礎上，開發相應的病毒檢測試劑盒，為快速、高效地病毒檢測提供技術產品。
科員
病毒-寄主互作研究組
燕飛(博士、研究員) 程曄(副研究員、學士)
鄭紅英(副研究員、博士) 林林(副研究員、博士)
魯宇文(助理研究員)
論著
| 1. | Shi BB, Lin L, Wang SH, Guo Q, Zhou H, Rong LL, Li JM, Peng JJ, Lu YW, Zheng HY, Yang Y, Chen Z, Zhao JP, Jiang T, Song BA, Chen JP*, Yan F*..Identification and regulation of host genes related to rice stripe virus symptom production. .New phytologist,2016,3(209):1106-1119 |
| 2. | Peng JJ, Shi BB, Zheng HY, Lu YW, Lin L, Jiang T, Chen JP*, Yan F*..Detection of pepper mild mottle virus in pepper sauce in China.Arch Virol,2015,8(160):2079-2082 |
| 3. | Zheng HY, Xiao CL, Han KL, Peng JJ, Lin L, Lu YW, Xie L, Wu XH, Xu P, Li GJ, Chen JP*, Yan F*..Development of an agroinoculation system for full-length and GFP-tagged cDNA clones of cucumber green mottle mosaic virus.Arch Virol,2015,11(160):2867-2872 |
| 4. | Lu YW, McGavin Wendy, Cock JA P, Schnettler E, Yan F, Chen JP, MacFarlane S*..Newly identified RNAs of Raspberry leaf blotch virus encoding a related group of proteins.Journal of General virology,2015,11(96):3432-3439 |
| 5. | Jiang SS, Lu YW, Li KF, Lin L, Zheng HY, Yan F*, Chen JP*..Heat shock protein 70 is necessary for Rice stripe virus infection in plants.Molecular Plant Pathology,2014,9(15):907-917 |
| 6. | Rong LL, Lu YW, Lin L, Zheng HY, Yan F*, Chen JP*..A transmembrane domain determines the localization of rice stripe virus pc4 to plasmodesmata and is essential for its function as a movement protein.Virus Research,2014,(183):112-116 |
| 7. | Wu GT, Wang JY, Yang Y, Dong B, Wang YL, Sun GC, Yan CQ, Yan F*, Chen JP*..Transgenic rice expressing rice stripe virus NS3 protein, a suppressor of RNA silencing, shows resistance to rice blast disease.Virus genes,2014,48(3):566-569 |
| 8. | Yan F, Guo WX, Wu GT, Lu YW, Peng JJ, Zheng HY, Lin L, Chen JP*..A virus-based miRNA Suppression (VbMS) system for miRNA loss-of-function analysis in plants.Biotechnology journal,2014,9(5):702-708 |
| 9. | Wu GT, Lu YW, Zheng HY, Lin L, Yan F*, Chen JP*.Transcription of ORFs on RNA2 and RNA4 of Rice stripe virus terminate at an AUCCGGAU sequence that is conserved in the genus Tenuivirus.Virus Research,2013,175(1):71-77 |
| 10. | He QJ, Peng JJ, Yan F*, Lin L, Lu YW, Zheng HY, Chen HR, Chen JP*.Introns retention and 3’ UTR analysis of Arabidopsis Dicer-like 2 transcripts.Mol Biol Rep.,2012,39(3):3271-3280 |
| 11. | Yan F, Lu YW, Wu GT, Peng JJ, Zheng HY, Lin L, Chen JP*.A simplified method for constructing artificial microRNAs based on the osa-MIR528 precursor.J of Biotechnol.,2012,160(3-4):146–150 |
| 12. | Yan F, Lu YW, Lin L, Zheng HY, Chen JP*.The Ability of PVX p25 to form RL structures in plant cells is necessary for its function in movement, but not for its suppression of RNA silencing.PLoS ONE.,2012,7(8):e43242 |
| 13. | Guo WX, Wu GT, Yan F*, Lu YW, Zheng HY, Lin L, Chen HR, Chen JP*.Identification of novel Oryza sativa miRNAs in deep sequencing-based small RNA libraries of rice infected with Rice stripe virus.PLoS ONE.,2012,7(10):e46443 |
| 14. | Zheng HY, Yan F, Lu YW, Sun LY, Lin L, Cai L, Hou MS, Chen JP*.Mapping of the functional domains of TuMV HC-Pro required for self- interaction and its subcellular localization.Virus Genes,2011,42(1):110-116 |
| 15. | Lu YW, Yan F*, Guo W, Zheng HY, Lin L, Chen JP*.Garlic virus X 11 kDa protein granules move within the cytoplasm and traffic a host protein normally found in the nucleolus.Mol Plant Pathol.,2011,12(7):666-676 |
| 16. | Peng JJ, Yang J, Yan F*, Lu YW, Jiang SS, Lin L, Zheng HY, Chen HR, Chen JP*.Silencing of NbXrn4 facilitates the systemic infection of Tobacco mosaic virus in Nicotiana benthamiana.Virus Res.,2011,158(1-2):268-270 |
| 17. | Lin L, Luo ZP, Yan F, Lu YW, Zheng HY, Chen JP*.Interaction between potyvirus P3 and Ribulose-1,5-bisphosphate carboxylase/oxygenase (RubisCO) of host plants.Virus Genes.,2011,43(1):90-92 |
| 18. | Lin L, Shi YH, Luo ZP, Lu YW, Zheng HY, Yan F, Chen J, Chen JP, Adams MJ, Wu YF.Protein-protein interactions in two potyviruses using the yeast two-hybrid system.Virus Res,2009,142(1-2):36-40 |
| 19. | Yan F, Peng JJ, Lu YW, Lin L, Zheng HY, Chen HR, Chen JP*.Identification of novel splice variants of the Arabidopsis DCL2 gene.Plant Cell Rep. ,2009,28(2):241-246 |
| 20. | Yan F, Peng JJ, Lu YW, Lin L, Zheng HY, Chen HR, Chen JP*.Molecular cloning and characterization of Dicer-like 2 gene from Brassica rapa.Mol Biol Rep.,2009,36(6):1283-1289 |
| 21. | Yan F, Zheng YY, Zhang WW, Xiao H, Li SF, Cheng ZM*.Obtained transgenic wheat expressing pac1 mediated by Agrobacterium is resistant against Barley yellow dwarf virus.Chinese Science Bulletin,2006,51(19):2362-2368 |
