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  • 简介:Thispaperstudiesthecharacteristicsoflarchbarkpyrolysisandanalyzesfactorsthataffectthepyrolysisandtheliquidpyrolyticcomponent.Theresultsareasfollows:TGcurveshowsthatthepyrolysiscanbedividedintothreeparts:dryingprocess,pyrolyticprocess,andcarbonateandcalcinatedprocess.BoththesizeofgrainandthetemperaturerisingrateaffecttheshapeofTGandDTG.Vinegarandsedimentarytararemaincomponentsofpyrolyzateproducts.GC-MSisappliedtoanalyzevinegar.Itisshownthatthevinegarisahighlycomplexcompoundwhichiscomposedofphenolanditsderivatives(45.620%),organicacid(13.851%),ketoderivatives(9.754%),aldehydicderivatives(8.573%),alcoholicderivatives(1.794%),esteranditsderivatives(0.205%).

  • 标签: 落叶松树皮 热解 分解 液体干馏物成分 特性
  • 简介:这研究被设计从A孤立endophytic真菌。mongholicus(在东北中国成长)决定他们是否能生产bioactive代谢物。endophytic真菌的四紧张(拉紧16,17,23和75)成功地从A被孤立。用表面消毒方法的mongholicus。根据ITS-rDNA序列分析,拉紧16和75作为镰刀霉oxysporum被识别,并且拉紧17和23作为Bionectriaochroleuca被识别。我们使用了Box-Behnken设计(BBD)优化液体发酵条件并且获得最大的房间干燥重量(CDW)产量。最佳的参数在下列试验性的条件下面被获得:第28i的温度口香糖的年龄。与那,新鲜口香糖增加了拍的成功。第二,本地人比较喜欢在温暖的季节期间拍,吗我们由决定Xac生长在30略潤潭慮?楤業畮慴?是最好的验证了哪个?桓杩汥慬????????????????????????楦浲獵??‰???堠湡桴浯湯獡??

  • 标签: 植物内生真菌 黄芪 优化 发酵液 RDNA序列分析 生物活性物质
  • 简介:Eucalyptusisveryrecalcitranttoinvitroculture.Inthisresearch,anefficientshootorganogenesissystemwasdevelopedusing60-day-oldplantsofEucalyptusglobulusgrowninvitroandnon-aeratedliquidmediumtoimproveshootproliferation.Cultureswereinitiatedwithhypocotylsandleafsegmentsfromplantletscultivatedonsemisolid1/2MSmodifiedmediumsupplementedwith4.44lM6-Benzyladenine(BA)and16.1lM1-Naphthaleneaceticacid(NAA).Calliweretransferredtoshootinductionmedium,witheither0.5or2.7lMNAA.Shootmultiplicationwascarriedouton4.44lMBA+0.5lMNAAmedium,andsemisolidandnon-aeratedliquidsystemswerecomparedforimprovingshootproliferation.RootingofadventitiousshootswasevaluatedonmediumcontainingNAAorIndole-3-butyricacid-IBA(5and16lM).Callogenesiswasobtainedfrombothtypesofexplants,althoughshootformationwasonlyobtainedfromleaf-derivedcalli.Shootproliferationon4.44lMBA+0.5lMNAAresultedinthemostshoots/callus.Non-aeratedliquidmediumwasmoreefficientinpromotingshootmultiplication(53.5shoots/callus)thanwassemisolidmedium(28.5shoots/callus).Levelsofphenoliccompoundsweresignificantlyreducedintheshootscultivatedinliquidmedium.Efficientrooting(76%)wasobtainedusing16lMIBA.

  • 标签: Adventitious SHOOTS CALLUS Liquid medium MICROPROPAGATION