黄江锋 - 广西大学

个人简介

黄江锋，本科：2006.09-2010.06华中农业大学大学农学专业硕士：2010.09-2012.06免试推荐为华中农业大学硕士研究生作物遗传育种专业博士：2012.09-2018.06免试推荐为华中农业大学博士研究生作物遗传育种专业工作 2018.07至今广西大学农学院助理教授

研究领域

（1）探究细胞壁与甘蔗关键生物学性状之间的关系及其作用机理（2）甘蔗木质纤维素（甘蔗渣）的综合利用

近期论文

查看导师最新文章（温馨提示：请注意重名现象，建议点开原文通过作者单位确认）

（1）HuangJ,XiaT,LiG,LiX,LiY,WangY,WangY，ChenY,XieG,BaiF,PengL，WangL.(2019)Over-productionofnativeendo-β-1,4-glucanasesleadstolargelyenhancedbiomasssaccharificationandbioethanolproductionbyspecificmodificationofcellulosefeaturesintransgenicrice.BiotechnologyforBiofuels.12:11.(IF:6.732；中科院JCR分区：大类1区).WOS:000455335300001 （2）HuangJ,LiY,WangY,ChenY,LiuM,WangY,ZhangR,ZhouS,LiJ,TuY,HaoB,PengL,XiaT.(2017)Apreciseandconsistentassayformajorwallpolymerfeaturesthatdistinctivelydeterminebiomasssaccharifcationintransgenicricebynear-infraredspectroscopy.BiotechnologyforBiofuels.10：294.(IF:6.732；中科院JCR分区：大类1区).WOS:000417542400001 （3）HuangJ,XiaT,LiA,YuB,LiQ,TuY,ZhangW,YiZ,PengL.(2012)ArapidandconsistentnearinfraredspectroscopicassayforbiomassenzymaticdigestibilityuponvariousphysicalandchemicalpretreatmentsinMiscanthus.BioresourceTechnology.121:274-281.(IF:5.651;TimesCited:48;中科院JCR分区：大类1区).WOS:000309299300039 （4）WangY#,HuangJ#,LiY,XiongK,WangY,LiF,LiuM,WuZ,TuY,PengL.(2015)Ammoniumoxalate-extractableuronicacidspositivelyaffectbiomassenzymaticdigestibilitybyreducinglignocellulosecrystallinityinMiscanthus.BioresourceTechnology.196:391-398.(IF:5.651;TimesCited:8;中科院JCR分区：大类1区)（#共同第一作者）.WOS:000361040500049 （5）LiY,LiuP,HuangJ,ZhangR,HuZ,FengS,WangY,WangL,XiaT*,PengL.(2018)Mildchemicalpretreatmentsaresufficientforbioethanolproductioninthetransgenicricestrawsoverproducingglucosidase.GreenChemistry.DOI:10.1039/C8GC00694F.(IF:9.125;中科院JCR分区：大类1区). （6）LiF#,XieG#,HuangJ,ZhangR,LiY,ZhangM,WangY,LiA,LiX,XiaT,QuC,HuF,RagauskasAJ,PengL.(2017)OsCESA9conserved-sitemutationleadstolargelyenhancedplantlodgingresistanceandbiomassenzymaticsaccharificationbyreducingcelluloseDPandcrystallinityinrice.PlantBiotechnologyJournal.15:1093-1104.(IF:7.443;中科院JCR分区：大类2区).WOS:000407378100002 （7）FanC,FengS,HuangJ,WangY,WuL,LiX,WangL,TuY,XiaT,LiJ,CaiX,PengL.(2017).AtCesA8-drivenOsSUS3expressionleadstolargelyenhancedbiomasssaccharifcationandlodgingresistancebydistinctivelyalteringlignocellulosefeaturesinrice.BiotechnologyforBiofuels.10:221.(IF:6.732;中科院JCR分区：大类1区).WOS:000410852800002 （8）ZhangW#,YiZ#,HuangJ,LiF,HaoB,LiM,HongS,LvY,SunW,RagauskasA,HuF,PengJ,PengL.(2013)ThreelignocellulosefeaturesthatdistinctivelyaffectbiomassenzymaticdigestibilityunderNaOHandH2SO4pretreatmentsinMiscanthus.BioresourceTechnology.130:30-37.(IF:5.651;TimesCited:46;中科院JCR分区：大类1区).WOS:000316032300005 （9）WuL,LiM,HuangJ,ZhangH,ZouW,HuS,LiY,FanC,ZhangR,JingH,PengL,FengS.(2015)Anearinfraredspectroscopicassayforstalksolublesugars,bagasseenzymaticsaccharificationandwallpolymersinsweetsorghum.BioresourceTechnology.177:118-124.(IF:5.651;TimesCited:4;中科院JCR分区：大类1区)WOS:000346647100016 （10）LiX,XiaT,HuangJ,GuoK,LiuX,ChenT,XuW,WangX,FengS,PengL.(2014)DistinctbiochemicalactivitiesandheatshockresponsesoftwoUDP-glucosesterolglucosyltransferasesincotton.PlantScience.219-220:1-8.(IF:3.437;TimesCited:5;中科院JCR分区：大类2区).WOS:000333490900001 （11）SunD,AlamA,TuY,ZhouS,WangY,XiaT,HuangJ,LiY,Zahoor,WeiX,HaoB,PengL.(2017)Steam-explodedbiomasssaccharificationispredominatelyaffectedbylignocelluloseporosityandlargelyenhancedbyTween-80inMiscanthus.BioresourceTechnology.239:74–81.(IF:5.651;中科院JCR分区：大类1区).WOS:000405318100010 （12）WeiX,ZhouS,HuangY,HuangJ,ChenP,WangY,ZhangX,TuY,PengL,XiaT.(2016)Threefibercropsshowdistinctivebiomasssaccharificationunderphysicalandchemicalpretreatmentsbyalteredwallpolymerfeatures.BioResources.11:2124-2137.(IF:1.321;TimesCited:2;中科院JCR分区：大类4区).WOS:000372321200020 （13）SiS#,ChenY#,FanC,HuH,LiY,HuangJ,LiaoH,HaoB,LiQ,PengL,TuY.(2015)Ligninextractiondistinctivelyenhancesbiomassenzymaticsaccharificationinhemicelluloses-richMiscanthusspeciesundervariousalkaliandacidpretreatments.BioresourceTechnology.183:248-254.(IF:5.651;TimesCited:22;中科院JCR分区：大类1区).WOS:000351102700031 （14）XuN#,ZhangW#,RenS,LiuF,ZhaoC,LiaoH,XuZ,HuangJ,LiQ,TuY,YuB,WangY,JiangJ,QinJ,PengL.(2012)HemicellulosesnegativelyaffectlignocellulosecrystallinityforhighbiomassdigestibilityunderNaOHandH2SO4pretreatmentsinMiscanthus.BiotechnologyforBiofuels.5(1):58-70.(IF:5.203;TimesCited:88;中科院JCR分区：大类1区).WOS:000309403600001 （15）HuH,ZhangR,TaoZ,LiX,LiY,HuangJ,LiX,HanX,FengS,ZhangG,PengL.(2018)CelluloseSynthaseMutantsDistinctivelyAffectCellGrowthandCellWallIntegrityforPlantBiomassProductioninArabidopsis.PlantCellPhysiology.doi:10.1093/pcp/pcy050.(IF:4.760;中科院JCR分区：大类3区).