简介：Atemperature-inducedspinreorientationtransitionbetweenГ4(Gx,Ay,Fz)andГ2(Fx,Cy,Gz)hasbeenstudiedinthefamilyofEr1–xYxFeO3(x=0,0.25,0.5,0.75,1)singlecrystals.BydopingnonmagneticY3+,wetunedthespinreorientationtemperaturetolowtemperaturewithincreasingx.Moreover,thetypicalcompensationpointandspinfliptransitionofErFeO3alsodecreaseswithdoping,anddisappearsabovex=0.75.WealsoreporttheRietveldrefinementsandRamanspectroscopyofEr1–xYxFeO3,wheresomeRamanpeaksareshiftedtolowfrequencywithincreasingdoping.Ourresultsshedlightontheunderstandingoftheinteractionbetweentwomagneticsub-latticesofrareearth(R3+)andiron(Fe3+)ions,andwillalsocontributetothematerialsdesignandpotentialapplications.

简介：ＧｒｅａｔＡｃｈｉｅｖｅｍｅｎｔｓｆｏｒＣｈｉｎａ＇ｓＰｏｐｕｌａｔｉｏｎａｎｄＦａｍｉｌｙＰｌａｎｎｉｎｇＰｒｏｇｒａｍｍｅｓＢｅｔｗｅｅｎ１９９１－１９９５ＴｈｅｐａｓｔＥｉｇｈｔｈＦｉｖｅ－ｙｅａｒＰｌａｎｐｅｒｉｏｄ（１９９１－１９９５）ｈａ...

简介：授课对象：七年级学生一、课例背景重庆市第十一中学校是重庆市知名重点学校,在英语教育教学中一直走在前列。2016~2017学年学校重点推出了骨干教师示范课。本课例是笔者在2016年10月重庆市第十一中学校骨干教师示范课上的一堂课。

简介：Thepresentstudywillexaminethelegalregimeofauthorizednaturalpersons,individualenterprises,andfamilybusinessesasregulatedinRomania.SuchananalysisaimsatpresentingapanoramicviewofthelegalframeworkinarepresentativecountryinEasternEurope.Businessactivitiescanbecarriedoutindividuallybyindividualsaswellaslargecorporations,firms,andcompaniesthathavethestatusoflegalpersons.Thebusinesscarriedoutbyindividuals,mainlyintermsofthequalityofanauthorizednaturalperson,isparticularlyimportantbecauseitcontributestothedevelopmentofthemiddleclasswithinsocietyandtogivingprofessionalandfinancialindependencetodifferentcategoriesofprofessionals.Themainaspectsrelatedtothequalificationofspecificnotionsinthefield,theadministrativestepsforacquiringthestatusofanauthorizednaturalperson,individualenterpriseandfamilyenterprise,andtheirlegalregimewillbefoundinthearticle.

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简介：OnDecember2,2014,theWorldFamilySummit+10washeldinZhuhai,GuangdongProvince.ItwasjointlyorganizedbyNationalHealthandFamilyPlanningCommission(NHFPC)andWorldFamilyOrganization,withthethemeof'FamiliesinBalanceBuildingtheFutureWeWant'.LiuYandong,MemberofthePoliticalBureauoftheCentralCommitteeoftheCPCandVicePremieroftheStateCouncildeliveredakeynotespeech.GuXiulian,ViceChairwomanoftheStandingCommitteeoftheTenthNationalPeople'sCongressand

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简介：OnJune15,BeijingFamilyPlanningAssociationandBeijingBranchofChinaPICCLifejointlyheldthelaunchingceremonyof'WarmthProgram'whichcaresforone-childfamilywhosechilddie.The'WarmthProgram'isanewmodelforrelievingfamily-planningfamilieswithspecialdifficulties.Theideacamefromtheinnovation

简介：OnNovember29,2011,theSecondPlenaryMeetingoftheSeventhNationalCouncilofChinaFamilyPlanningAssociationHoldinBeijing.WangGang,MemberofPoliticalBureauofCPCCentralCommittee,ViceChairmanofNational

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简介：biflavonoidisochamaejasmin主要在StellerachamaejasmeL的根被散布。(Thymelaeaceae)那在繁体中文药(TCM)被使用治疗肿瘤，肺结核，和干癣。此处，isochamaejasmin被发现对Bcl-2家庭蛋白质显示出类似的bioactivity到参考Bcl-2ligand(−)通过3D类似搜索的-gossypol。它有选择地跳了到Bclx有K和Mcl-1>是的i价值1.93±0.13mol·L−1和9.98±0.21mol·L−1,分别地。另外，isochamaejasmin显示出细微生长对有是的IC50价值的HL-60的禁止的活动50.40±1.21mol·L−1和中等生长对有IC50价值的K562细胞的禁止的活动是24.51±1.62mol·L−1。而且，isochamaejasmin由增加在Bcl-2-inducedapoptosis小径包含了的caspase-9，caspase-3，和PARP的劈开的蛋白质的细胞内部的表示层次导致了K562房间的apoptosis。这些结果显示isochamaejasmin由禁止Bcl-2家庭蛋白质的活动在白血病房间导致apoptosis，提供为进一步学习S的内在的反癌症机制的证据。chamaejasmeL。

简介：AccordingtoNHFPCwebsite,tostrengthenmoralconstructionofmedicalandhealthcareindustry,promotepracticesinaccordancewiththelawandadvocatehonestmedicalpractices,NationalHealthandFamilyPlanningCommission(NHFPC)andStateAdministrationofTraditionalChineseMedicinejointlyreleasedinDecember26,2013'NineProhibitionsto

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简介：SincetheimplementationofthenewlyrevisedLawonProtectionoftheRightsandInterestsoftheElderly,thesocietyhasattachedcontinuousconcerntothefeasibility,andlegalandethicalboundariesoftheclauseofchildren'visitinghomeoften'.Howtosupportfamily-basedseniornursinghasbecomeanimportantareafordiscussion.

简介：我们以前识别了其在胸腺的表示被减少在的称为的Rwdd1变老或氧化地强调了的新奇蛋白质老鼠。在现在的学习，我们发现在原核生物、真核细胞的房间表示的Rwdd1在SDS页胶化上显示出更慢的迁居率。另外，Rwdd1对朊酶解朊作用更敏感。而且，是包含一个RWD领域的高度酸的蛋白质，Rwdd1与Gir2分享了顺序类似的高水平，内在地未组织的蛋白质(IUP)的一个成员。这些调查结果建议Rwdd1是IUP家庭的一个新奇成员。

简介：FamilyoutcrossingratesofPinuscaribaeavar.caribaeapopulationsthatdifferedinoriginandmanagementwereestimatedbyusingisozymemarkers.Thefamilyoutcrossingrateswereestimatedby(1)fixingtheprobabilityofpollengenefrequency(p);(2)allowingpollengenefrequencytovaryamongfamilies.Theestimatesoffamilyoutcrossingratesforallthepopulationsvariedwidelyamongfamilies(clonesoftheseedorchard),rangingfrom0.39to2.0.Theaveragefamilyoutcrossingratesofbothm...

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简介：<正>Inordertosolvethepracticaldifficultiesofruralhouseholdspracticingfamilyplanning,furtherimplementthepopulationandfamilyplanningprogramandpromotetheestablishmentofcoordinatedandharmoniouscommunitiesinruralareas,thecentralgovernmentlaunchedapilotprojecttorewardandsupportruralfamiliespracticingfamilyplanninginfivewesternprovincesandtencitiesin2004.In2005,thepilotsiteswereexpandedto23moreprovincesandpartsofShandongandTibet.

简介：InOctober2014,Nanjingcarriedoutanewservicesubsidingpolicyfor5kindsofold-agenursingservicetargets.The'5kindsofseniors'focusedinthenewpolicyinclude'threenoes'personnelinurbanareasand'fiveguarantees'personnel

简介：植物非特定的类脂化合物转移蛋白质(nsLtps)被报导了对细菌、真菌的病原体涉及植物防卫活动。在这研究，我们识别了135(122通常认为并且13以前识别了)SolanaceaensLtps，它被聚类进8个不同的组。由与Boutrot的nsLtp分类作比较，我们分类这八个组进五种类型(我，II，IV，IX和X)。我们把SolanaceaensLtps与Arabi-dopsis和GramineaensLtps作比较并且发现(1)那打字我，II和IV被Solanaceae，Gramineae和Arabidopsis分享；(2)类型III，V，VI和VIII被Gramineae和Arabidopsis分享然而并非到目前为止在Solanaceae检测了；(3)而类型IX在Arabidopsis和Solanaceae仅仅是在场的，类型VII仅仅在Gramineae被发现；(4)类型X是在我们的数据说明52.59%SolanaceaensLtps的一种新类型，并且到目前为止没在任何另外的植物被报导。我们进一步造了并且比较了八个组的三维的结构，并且发现在nsLtp家庭以内的主要功能的多样化能被早于到monocot/dicot分叉，并且许多基因复制和顺序变化在monocot/dicot分叉以后发生在nsLtp家庭，特别在Solanaceae。