番木瓜病毒病的研究进展
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摘要
番木瓜种植普遍受到病毒性疾病的威胁,各种病毒病使得番木瓜产量和质量严重受损。系统地了解番木瓜病毒病,有助于为培育优质高产的番木瓜提供理论和实践基础。本综述概括总结了番木瓜环斑病毒、番木瓜畸形花叶病毒、番木瓜花叶病毒、番木瓜顶端坏死病毒、番木瓜凋零病毒、番木瓜致死黄化病毒和番木瓜上的双生病毒等主要病毒的分类地位、地理分布、传播途径、受害特征、理化性质等主要病毒特性,并对比分析了现有的防治技术和检测方法,以期探讨和寻找更快速有效的检测与防治番木瓜病毒病的方法,从而为提高番木瓜产量质量提供理论参考和保障。
The virus diseases are widely damaging diseases in papaya, which seriously affect the yield and quality of papaya. It is useful to understand papaya virus diseases more systematically, so as to provide theoretical and practical basis for the breeding of high quality and high yield. In this paper, various papaya virus are summarized,such as Papaya ringspot virus(PRSV), Papaya leaf-distortion mosaic virus(PLDMV), Papaya mosaic virus(PAMV),Papaya apical necrosis virus(PANV), Papaya droopy necrosis virus(PDNV), Papaya lethal yellowing virus(PLYV)Geminivirus and so on. Their classification status, geographical distributions, route of transmissions, harm characteristics, physicochemical and molecular biological characteristics, detection technology, ways of preventing and treating are also reviewed. In order to explore and find rapid and effective detection methods and control methods for the improvement of the yield and quality of papaya and provide theoretical reference and support for improving papaya yield and quality.
The virus diseases are widely damaging diseases in papaya, which seriously affect the yield and quality of papaya. It is useful to understand papaya virus diseases more systematically, so as to provide theoretical and practical basis for the breeding of high quality and high yield. In this paper, various papaya virus are summarized,such as Papaya ringspot virus(PRSV), Papaya leaf-distortion mosaic virus(PLDMV), Papaya mosaic virus(PAMV),Papaya apical necrosis virus(PANV), Papaya droopy necrosis virus(PDNV), Papaya lethal yellowing virus(PLYV)Geminivirus and so on. Their classification status, geographical distributions, route of transmissions, harm characteristics, physicochemical and molecular biological characteristics, detection technology, ways of preventing and treating are also reviewed. In order to explore and find rapid and effective detection methods and control methods for the improvement of the yield and quality of papaya and provide theoretical reference and support for improving papaya yield and quality.
引文
Barker J.M.,Mcinnes J.L.,Murphy P.J.,and Symons R.H.,1985,Dot-blot procedure with32P DNA probes for the sensitive detection of Avocado sunblotch and other viroids in plants,J.Virol.Methods,10(1):87-98
Bau H.J.,Kung Y.J.,Raja J.A.J.,Chan S.J.,Chen K.C.,Chen Y.K.,Wu H.W.,and Yeh S.D.,2008,Potential threat of a new pathotype of Papaya leaf distortion mosaic virus infecting transgenic papaya resistant to Papaya ring spot virus,Phytopathol,98(7):848-856
Fang J.P.,Lin H.Y.,Yang C.Y.,and Chen R.K.,2016,Research progress on development techniques of PRSV-resistant transgenic papaya and the impact of transgene on genome,Fujian Nonglin Daxue Xuebao(Journal of Fujian Agriculture and Forestry University(Natural Science Edition),45(2):121-128(方静平,林艺华,杨川毓,陈如凯,2016,抗环斑病毒番木瓜的开发技术及转基因对基因组影响研究进展,福建农林大学学报(自然科学版),45(2):121-128)
Gong P.T.,Huang D.J.,and Huang Z.F.,2009,China's biotech crops,opportunities and challenges,Jiyinzuxue Yu Yingyong Shengwuxue(Genomics and Applied Biology),28(2):209-215(巩鹏涛,黄东杰,黄昭奋,2009,中国转基因作物,机遇与挑战,基因组学与应用生物学,28(2):209-215)
Gonsalves D.,2004,Control of Papaya ringspot virus in papaya:a case study,Annu.Rev.Phytopathol.,415-437
Huang J.C.,Xiao Y.,and Zhao C.Y.,2005,Advances and prosepcts on genetic improvement in Carica papaya,Guoshu Xuebao(Journal of Fruit Science),22(1):60-65(黄建昌,肖艳,赵春香,2005,番木瓜遗传改良研究进展,果树学报,22(1):60-65)
Lastra R.,1981,Papaya apical necrosis,a new disease assosiated with a rhabdovirus,Plant Dis.,65(5):439-440
Lima J.A.A.,Nascimento A.K.Q.,Lima R.C.A.,Oliveria V.C.,and Anselmo G.C.,2014,Chapter 11-Methods of diagnosis,stability,transmission,and host interaction of Papaya lethal yellowing virus,in papaya,In:Gaur R.K.,Hohn T.,and Sharma P.(eds.),Plant virus-host interaction,Academic Press,New York,USA,pp.207-227
Lima R.C.A.,Lima J.A.A.,Souza M.T.,Pio-Ribeiro G.,and Andrade G.P.,2001,Etiology and management of papaya viruses in Brazil(in Portuguese),Fitopatol.Bras.,26(4):689-702
Maciel-Zambolim E.,Kunieda-Alonso S.,Matsuoka K.M.,De Carvalhob M.G.,and Zerbini F.M.,2003,Purification and some properties of Papaya meleira virus,a novel virus infecting papayas in Brazil,Plant Path.,52(3):389-394
Maoka T.,and Hataya T.,2005,The complete nucleotide sequence and biotype varibility of Papaya leaf distortion mosaic virus,Phytopathol.,95(2):128
Maoka T.,Kawano S.,and Usugi T.,1995,Occurrence of the Pstrain of Papaya ringspot virus in Japan,Ann.Phytopathol.Soc.Jpn.,61(1):34-37
Marys E.,Carballo O.,and Izaguirre-Mayoral M.L.,1995,Properties of a previously undescribed supercoiled filamentous virus infecting papaya in Venezuela.Arch.Virol.,140(5):891-898
Ryals J.,Uknes S.,and Ward E.,1996,Systemic acquired resistance,Plant Cell,124(2):1809-1819
Shen W.T.,Wang Y.C.,Tuo D.C.,Yan P.,Yang Y.,Li X.Y.,and Zhou P.,2014,Agroinoculation of Carica papaya with infectious clones of Papaya mosaic virus,Acta Virol.,58(4):380-382
Sondur S.N.,Manshardt R.M.,and Stiles J.I.,1996,A genetic linkage map of papaya based on randomly amplified polymorphic DNA markers,Theor.Appl.Genet.,93(4):547-553
Tao Y.,and Wu X.Q.,2017,Research progress on methods for the detection of plant virus,Fenzi Zhiwu Yuzhong(Molecular Plant Breeding),15(7):2901-2906(陶源,吴兴泉,2017,植物病毒检测方法的研究进展,分子植物育种,15(7):2901-2906)
Tapia-Tussell R.,Maga觡a-Alvarez A.,Cortes-Velazquez A.,ItzaKuk G.,Nexticapan-Garcez A.,Quijano-Ramayo A.,Martin-Mex R.,and Perez-Brito D.,2015,Seed transmission of Papaya meleira virus in papaya(Carica papaya)cv.,Plant Path.,64(2):272-275
Wan S.H.,and Conover R.A.,1981,Rhabdovirus associated with a new disease of florida papayas,Proc.Flo.State Hort.Soc.,94:318-321
Yeh S.D.,Jan F.J.,Chiang C.H.,Doong T.J.,Chen M.C.,Chung P.H.,and Bau H.J.,1992,Complete nucleotide sequence and genetic organization of papaya ringspot virus RNA,J.Gen.Virol.,73(10):2531-2541
Zhang X.Q.,Zheng M.Q.,Lai R.Y.,and Zhong Z.H.,2012,Control efficiency of inducers to Papaya ringspot virus disease in Carica papaya,Zhiwu Baohu(Plant Protection),38(2):178-181(张雪芹,郑明琼,赖瑞云,钟赞华,2012,诱导剂对番木瓜环斑病毒病的防治效果,植物保护,38(2):178-181)
Bau H.J.,Kung Y.J.,Raja J.A.J.,Chan S.J.,Chen K.C.,Chen Y.K.,Wu H.W.,and Yeh S.D.,2008,Potential threat of a new pathotype of Papaya leaf distortion mosaic virus infecting transgenic papaya resistant to Papaya ring spot virus,Phytopathol,98(7):848-856
Fang J.P.,Lin H.Y.,Yang C.Y.,and Chen R.K.,2016,Research progress on development techniques of PRSV-resistant transgenic papaya and the impact of transgene on genome,Fujian Nonglin Daxue Xuebao(Journal of Fujian Agriculture and Forestry University(Natural Science Edition),45(2):121-128(方静平,林艺华,杨川毓,陈如凯,2016,抗环斑病毒番木瓜的开发技术及转基因对基因组影响研究进展,福建农林大学学报(自然科学版),45(2):121-128)
Gong P.T.,Huang D.J.,and Huang Z.F.,2009,China's biotech crops,opportunities and challenges,Jiyinzuxue Yu Yingyong Shengwuxue(Genomics and Applied Biology),28(2):209-215(巩鹏涛,黄东杰,黄昭奋,2009,中国转基因作物,机遇与挑战,基因组学与应用生物学,28(2):209-215)
Gonsalves D.,2004,Control of Papaya ringspot virus in papaya:a case study,Annu.Rev.Phytopathol.,415-437
Huang J.C.,Xiao Y.,and Zhao C.Y.,2005,Advances and prosepcts on genetic improvement in Carica papaya,Guoshu Xuebao(Journal of Fruit Science),22(1):60-65(黄建昌,肖艳,赵春香,2005,番木瓜遗传改良研究进展,果树学报,22(1):60-65)
Lastra R.,1981,Papaya apical necrosis,a new disease assosiated with a rhabdovirus,Plant Dis.,65(5):439-440
Lima J.A.A.,Nascimento A.K.Q.,Lima R.C.A.,Oliveria V.C.,and Anselmo G.C.,2014,Chapter 11-Methods of diagnosis,stability,transmission,and host interaction of Papaya lethal yellowing virus,in papaya,In:Gaur R.K.,Hohn T.,and Sharma P.(eds.),Plant virus-host interaction,Academic Press,New York,USA,pp.207-227
Lima R.C.A.,Lima J.A.A.,Souza M.T.,Pio-Ribeiro G.,and Andrade G.P.,2001,Etiology and management of papaya viruses in Brazil(in Portuguese),Fitopatol.Bras.,26(4):689-702
Maciel-Zambolim E.,Kunieda-Alonso S.,Matsuoka K.M.,De Carvalhob M.G.,and Zerbini F.M.,2003,Purification and some properties of Papaya meleira virus,a novel virus infecting papayas in Brazil,Plant Path.,52(3):389-394
Maoka T.,and Hataya T.,2005,The complete nucleotide sequence and biotype varibility of Papaya leaf distortion mosaic virus,Phytopathol.,95(2):128
Maoka T.,Kawano S.,and Usugi T.,1995,Occurrence of the Pstrain of Papaya ringspot virus in Japan,Ann.Phytopathol.Soc.Jpn.,61(1):34-37
Marys E.,Carballo O.,and Izaguirre-Mayoral M.L.,1995,Properties of a previously undescribed supercoiled filamentous virus infecting papaya in Venezuela.Arch.Virol.,140(5):891-898
Ryals J.,Uknes S.,and Ward E.,1996,Systemic acquired resistance,Plant Cell,124(2):1809-1819
Shen W.T.,Wang Y.C.,Tuo D.C.,Yan P.,Yang Y.,Li X.Y.,and Zhou P.,2014,Agroinoculation of Carica papaya with infectious clones of Papaya mosaic virus,Acta Virol.,58(4):380-382
Sondur S.N.,Manshardt R.M.,and Stiles J.I.,1996,A genetic linkage map of papaya based on randomly amplified polymorphic DNA markers,Theor.Appl.Genet.,93(4):547-553
Tao Y.,and Wu X.Q.,2017,Research progress on methods for the detection of plant virus,Fenzi Zhiwu Yuzhong(Molecular Plant Breeding),15(7):2901-2906(陶源,吴兴泉,2017,植物病毒检测方法的研究进展,分子植物育种,15(7):2901-2906)
Tapia-Tussell R.,Maga觡a-Alvarez A.,Cortes-Velazquez A.,ItzaKuk G.,Nexticapan-Garcez A.,Quijano-Ramayo A.,Martin-Mex R.,and Perez-Brito D.,2015,Seed transmission of Papaya meleira virus in papaya(Carica papaya)cv.,Plant Path.,64(2):272-275
Wan S.H.,and Conover R.A.,1981,Rhabdovirus associated with a new disease of florida papayas,Proc.Flo.State Hort.Soc.,94:318-321
Yeh S.D.,Jan F.J.,Chiang C.H.,Doong T.J.,Chen M.C.,Chung P.H.,and Bau H.J.,1992,Complete nucleotide sequence and genetic organization of papaya ringspot virus RNA,J.Gen.Virol.,73(10):2531-2541
Zhang X.Q.,Zheng M.Q.,Lai R.Y.,and Zhong Z.H.,2012,Control efficiency of inducers to Papaya ringspot virus disease in Carica papaya,Zhiwu Baohu(Plant Protection),38(2):178-181(张雪芹,郑明琼,赖瑞云,钟赞华,2012,诱导剂对番木瓜环斑病毒病的防治效果,植物保护,38(2):178-181)