全部 标题 作者
关键词 摘要

OALib Journal期刊
ISSN: 2333-9721
费用:99美元

查看量下载量

相关文章

更多...

利用rna干扰技术创制高直链淀粉马铃薯新材料

Keywords: 转基因马铃薯,sbe基因,rna干扰,直链淀粉

Full-Text   Cite this paper   Add to My Lib

Abstract:

直链淀粉由于其独特的理化性质,在工业上有着广泛的应用.郭志鸿[1]等利用rna干扰技术抑制马铃薯中两类淀粉分支酶亚基基因sbe1和sbe2的表达,有效提高了马铃薯的直链淀粉含量.本研究利用rna干扰技术,构建马铃薯sbeⅰ(thendogenesisstarchbranchingenzymeⅰ)和sbeⅱ(theendogenesisstarchbranchingenzymeⅱ)单基因以及sbe玉和sbe域双基因的rna干扰双元表达质粒载体.采用农杆菌介导法将重组基因

References

[1]  郭志鸿,张金文,王蒂,等.用rna干扰技术创造高直链淀粉马铃薯材料[j].中国农业科学,2008,41(2):494-501.
[2]  englysthn,andersenv,cummingsjh.starchandnon鄄starchpolysaccharidesinsomecerealfoods[j].jscifoodagric,1983,34:1434-1440.
[3]  宋同明.发展我国特用玉米产业的意义潜力与前景[j].玉米科学,1996,5(4):6-11.
[4]  alanmm,matthewkm,steveng,etal.progresstowardunderstandingbiosynthesisoftheamylopectincrystal[j].plantphysiology,2000,122(4):989-997.
[5]  ferniear,willmitzerl,tretheweyrn.sucrosetostarch:atransitioninmolecularplantphysiology[j].trendsinplantscience,2002,7(1):35-41.
[6]  waterhousepm,helliwellca.exploringplantgenomesbyrnainducedgenesilencing[j].naturereviewsgenetics,2002(4):29-38.
[7]  mattewl.rnaiforplantfunctionalgenomics[j].comparativeandfunctionalgenomics,2004(5):240-244.
[8]  ogitas,uefujih,yamguchiy,etal.producingdecaffeinatedcoffeeplants[j].nature,2003,423(6942):823.
[9]  kusabam,miyaharak,lidas,etal.lowlutenincontent1:adominantmutationthatsuppressesthegluteninmultigenefamilyviarnasilencinginrice[j].theplantcell,2003,15:1455-1467.
[10]  wangmb,abbottdc,waterhousepm.asinglecopyofavirusderivedtransgeneencodinghairpinrnagivesimmunitytobarleyyellowdwarfvirus[j].molecularplantpathology,2000,1(6):347-356.
[11]  rydbergu,anderssonl,anderssonr,etal.comparisonofstarchbranchingenzymeⅰandⅱfrompotato[j].europeanjournalofbiochemistry,2001,268(23):6140-6145.
[12]  larssonct,hofvanderp,khoshnoodj,etal.threeisoformsofstarchsynthaseandtwoisoformsofbranchingenzymearepresentinpotatotuberstarch[j].plantscience,1996,117:9-16.
[13]  jiq,vinckenjp,suurslc,etal.microbialstarch-bindingdomainsasatoolfortargetingproteinstogranulesduringstarchbiosynthesis[j].plantmoleculesbiological,2003,51:789-801.
[14]  黄翠香,季勤,张云峰,等.不同启动子对禽流感病毒h5ha基因在马铃薯体中表达的影响[j].南京师大学报:自然科学版,2012,35(1):75-79,83.
[15]  murraymg,thompsonwf.rapidisolationofhighmolecularweightdna[j].nucleicacidsresearch,1980,8(19):4321-4325.
[16]  schwallgp,saffordr,westcottrj,etal.productionofvery-high-amylosepotatostarchbyinhibitionofsbeaabdb[j].naturebiotechnology,2000,18:551-554.
[17]  wesleysv,helliwellca,smithna,etal.constructdesignforefficient,effectiveandhigh-throughputgenesilencinginplants[j].theplantjournal,2001,27(6):581-590.
[18]  abadmartac,binderupk,rkossj,etal.thex-raycrystallographicstructureofescherichiacolibranchingenzyme[j].journalofbiologicalchemistry,2002,277:42164-42170.
[19]  ogitas,hirotakau,masayukim,etal.applicationofrnaitoconfirmtheobromineasthemajorintermediateforcaffeinebio-synthesisincoffeeplantswithpotentialforconstructionofdecaffeinatedvarieties[j].plantmolecularbiology,2004,54:931-941.
[20]  joblingsa,schwallgp,westcottrj,etal.aminorformofstarchbranchingenzymeinpotato(solanumtuberosuml.)tubershasamajoreffectonstarchstructure:cloningandcharac-terizationofmultipleformsofsbea[j].theplantjournal,1999,18(2):163-171.

Full-Text

Contact Us

service@oalib.com

QQ:3279437679

WhatsApp +8615387084133