高中英语语法填空练习题97

高中英语-填词Chineseexpertsestablishplatformtoidentify,utilizesuperiorgenesinwildriceChineseresearchershaveestablishedaplatformforthediscovery,utilization,andinnovationofsuperiorgenesfromwildricegermplasm,accordingtotheChineseAcademyofAgriculturalSciences.Thestudy,1conductedbyresearchersfromtheCAASandtheSchoolofAdvancedAgriculturalSciences,PekingUniversity,hasbeenpublishedinthejournalNatureCommunications.Theabundantgeneticvariationharboredbywildricehasprovidedareservoirofusefulgenesforricebreeding.However,thegenomeofwildricehasnotyetbeencomprehensively2.TheresearchteamusedChinesecommonwildriceY476,knownforitscomprehensiveresistance,asa3toassembleahaplotype-resolvedgaplesschromosomegenomeforthefirsttime.TheresearchersdevelopedtwosetsofchromosomesegmentsubstitutionlinesusingY476asthedonorparentandcultivatedriceastherecurrentparents.Moreover,theyestablishedaplatformthatcanefficientlyandquicklydiscoversuperiorgenesinwildrice.“Theplatformwillacceleratefunctionalgenomicsresearchinwildriceandprovideadvancedtoolsfortheutilizationofricegermplasmresourcesandgeneticimprovementofricevarieties,”saidYangQingwen,aresearcherfromtheteam.高中英语-语法填空Chineseexpertsestablishplatformtoidentify,utilizesuperiorgenesinwildriceChineseresearchershaveestablishedaplatformforthediscovery,utilization,andinnovationofsuperiorgenesfromwildricegermplasm,accordingtotheChineseAcademyofAgriculturalSciences.Thestudy,jointlyconductedbyresearchersfromtheCAASandtheSchoolofAdvancedAgriculturalSciences,PekingUniversity,hasbeenpublishedinthejournalNatureCommunications.Theabundantgeneticvariationharboredbywildricehasprovidedareservoirofusefulgenesforricebreeding.1,thegenomeofwildricehasnotyetbeencomprehensivelyassessed.TheresearchteamusedChinesecommonwildriceY476,knownforitscomprehensiveresistance,asacarrier2(assemble)ahaplotype-resolvedgaplesschromosomegenomeforthefirsttime.TheresearchersdevelopedtwosetsofchromosomesegmentsubstitutionlinesusingY476asthedonorparentandcultivatedriceastherecurrentparents.Moreover,theyestablishedaplatformthatcanefficientlyandquicklydiscoversuperiorgenesinwildrice.“Theplatformwillacceleratefunctionalgenomicsresearchinwildriceandprovideadvancedtoolsfortheutilizationofricegermplasmresourcesandgenetic3(improve)ofricevarieties,”saidYangQingwen,aresearcherfromtheteam.中文新闻：我国首个普通野生稻优异基因发掘平台建立中国农业科学院表示，中国研究人员已经构建了一个野生稻种质资源优异基因发掘利用与种质创新平台。这项研究由中国农业科学院和北京大学现代农学院的研究人员联合进行，相关研究成果日前发表在国际期刊《自然·通讯》上。野生稻具有丰富的遗传多样性，为水稻育种提供了天然的基因库。然而，野生稻的基因组尚未得到全面评估。研究团队以综合抗性优良的中国普通野生稻Y476为载体，首次组装了单倍型无间隙染色体基因组。研究人员以该基因组为基础，以栽培水稻为受体亲本，构建以Y476为供体亲本的两套覆盖全基因组的染色体片段置换系。此外，他们还建立了一个能够高效鉴定发掘野生稻优异基因的平台。该团队的研究人员杨庆文表示：“该平台将加速野生稻的功能基因组学研究，并为稻种资源利用与品种遗传改良提供了先进工具。”英文新闻：Chineseexpertsestablishplatformtoidentify,utilizesuperiorgenesinwildriceChineseresearchershaveestablishedaplatformforthediscovery,utilization,andinnovationofsuperiorgenesfromwildricegermplasm,accordingtotheChineseAcademyofAgriculturalSciences.Thestudy,jointlyconductedbyresearchersfromtheCAASandtheSchoolofAdvancedAgriculturalSciences,PekingUniversity,hasbeenpublishedinthejournalNatureCommunications.Theabundantgeneticvariationharboredbywildricehasprovidedareservoirofusefulgenesforricebreeding.However,thegenomeofwildricehasnotyetbeencomprehensivelyassessed.TheresearchteamusedChinesecommonwildriceY476,knownforitscomprehensiveresistance,asacarriertoassembleahaplotype-resolvedgaplesschromosomegenomeforthefirsttime.TheresearchersdevelopedtwosetsofchromosomesegmentsubstitutionlinesusingY476asthedonorparentandcultivatedriceastherecurrentparents.Moreover,theyestablishedaplatformthatcanefficientlyandquicklydiscoversuperiorgenesinwildrice.“Theplatformwillacceleratefunctionalgenomicsresearchinwildriceandprovideadvancedtoolsfortheutilizationofricegermplasmresourcesandgeneticimprovementofricevarieties,”saidYangQingwen,ares