常規(guī)的SNA合成過程非常耗時，百度且需要格外小心以避免NP聚集。文獻鏈接：個打FlashSynthesisofSphericalNucleicAcidswithRecordDNADensity,J.Am.Chem.Soc.,?2021,DOI:10.1021/jacs.1c00568本文由材料人學術(shù)組tt供稿，材料牛整理編輯。年多這一進展對促進DNA納米技術(shù)的快速發(fā)展和SNA的廣泛應(yīng)用十分及時。

百度該成果以FlashSynthesisofSphericalNucleicAcidswithRecordDNADensity為題發(fā)表在J.Am.Chem.Soc.上20天的小狗也可以經(jīng)過適當?shù)挠柧殎韺W會走路，個打但是需要耐心和持續(xù)的訓練，以及經(jīng)常觀察它們的行為和反應(yīng)。

20天的小狗會走路嗎20天的小狗能夠走路，年多但是它們需要一定的時間來適應(yīng)走路。

它們可以學習如何以安全的方式在家里、百度公園和其他地方行走，以及如何應(yīng)對不同的地形和狀況。個打(F)?再組裝3D晶體的AFM圖像。

年多(G)?左手雙螺旋超結(jié)構(gòu)的示意圖。并且改變外部條件，百度調(diào)控組裝過程的作用力，實現(xiàn)了蛋白質(zhì)晶體結(jié)構(gòu)應(yīng)對環(huán)境刺激的動態(tài)響應(yīng)。

此外，個打通過在RhuA模塊表面上設(shè)計另一種組氨酸的排布，進一步構(gòu)建了RhuA蛋白質(zhì)雙螺旋3D超結(jié)構(gòu)。文獻鏈接：年多NoncovalentSelf-AssemblyofProteinCrystalswithTunableStructures（NanoLett.,?2021，年多DOI:10.1021/acs.nanolett.0c04587）【團隊在該領(lǐng)域工作匯總】MingmingDu,KunZhou,RunzeYu,YufengZhai,GangChen,QiangbinWang*.NoncovalentSelf-AssemblyofProteinCrystalswithTunableStructures.?NanoLett.,2021,DOI:10.1021/acs.nanolett.0c04587.KunZhou+,YihaoZhou+,HongchaoYang,HuileJin,YonggangKe*,QiangbinWang*.InterfaciallyBridgingCovalentNetworkYieldsHyperstableandUltralongVirus-basedFibersforEngineeringFunctionalMaterials.Chem.Int.Ed.,2020,59,18249-18255.JinyiDong+,MengWang+,YihaoZhou,ChaoZhou*,?QiangbinWang*.DNA-BasedAdaptivePlasmonicLogicGates.?Chem.Int.Ed.,?2020,59,15038-15042.KunZhou,YihaoZhou,VictorPan,QiangbinWang*,YonggangKe*.ProgrammingDynamicAssemblyofViralProteinswithDNAOrigami.?Am.Chem.Soc.,2020,142,5929-5932.MingmingDu,KunZhou*,XiaoWang,JiantingZhang,YejunZhang,JinchenDong,LonglongWu,ZhiQiao,GangChen*,QiangbinWang*.PreciseFabricationofDeNovoNanoparticleLatticesonDynamic2DProteinCrystallineLattices.NanoLett.,2020,20,1154-1160.JiantingZhang,KunZhou,YejunZhang,MingmingDu,QiangbinWang*.PreciseSelf-AssemblyofNanoparticlesintoOrderedNanoarchitecturesDirectedbyTobaccoMosaicVirusCoatProtein.?Mater.,?2019,31,?1901485.KunZhou,YonggangKe,QiangbinWang*.SelectiveinSituAssemblyofViralProteinontoDNAOrigami.Am.Chem.Soc.,?2018,140,8074-8077.ChenqiShen,XiangLan,ChengganZhu,WeiZhang,LeyuWang*,?QiangbinWang*.SpiralPatterningofAuNanoparticlesonAuNanorodSurfacetoFormChiralAuNR@AuNPHelicalSuperstructuresTemplatedbyDNAOrigami.?Adv.Mater.,?2017,?29,1606533.ChenqiShen,XiangLan,XuxingLu,TravisA.Meyer,WeihaiNi,YonggangKe*,?QiangbinWang*.Site-SpecificSurfaceFunctionalizationofGoldNanorodsUsingDNAOrigamiClamps.Am.Chem.Soc.,2016,138,1764-1767.XiangLan,XuxingLu,ChenqiShen,YonggangKe,WeihaiNi,?QiangbinWang*.AuNanorodHelicalSuperstructureswithDesignedChirality.?J.Am.Chem.Soc.,?2015,137,457-462.【相關(guān)優(yōu)質(zhì)文獻推薦】MingmingDu,KunZhou*,XiaoWang,JiantingZhang,YejunZhang,JinchenDong,LonglongWu,ZhiQiao,GangChen*,QiangbinWang*.PreciseFabricationofDeNovoNanoparticleLatticesonDynamic2DProteinCrystallineLattices.NanoLett.,2020,20,1154-1160.JiantingZhang,KunZhou,YejunZhang,MingmingDu,QiangbinWang*.PreciseSelf-AssemblyofNanoparticlesintoOrderedNanoarchitecturesDirectedbyTobaccoMosaicVirusCoatProtein.?Mater.,?2019,31,?1901485.KunZhou,YonggangKe,QiangbinWang*.SelectiveinSituAssemblyofViralProteinontoDNAOrigami.Am.Chem.Soc.,?2018,140,8074-8077.ChenqiShen,XiangLan,ChengganZhu,WeiZhang,LeyuWang*,?QiangbinWang*.SpiralPatterningofAuNanoparticlesonAuNanorodSurfacetoFormChiralAuNR@AuNPHelicalSuperstructuresTemplatedbyDNAOrigami.?Adv.Mater.,?2017,?29,1606533.ChenqiShen,XiangLan,XuxingLu,TravisA.Meyer,WeihaiNi,YonggangKe*,?QiangbinWang*.Site-SpecificSurfaceFunctionalizationofGoldNanorodsUsingDNAOrigamiClamps.Am.Chem.Soc.,2016,138,1764-1767.XiangLan,XuxingLu,ChenqiShen,YonggangKe,WeihaiNi,?QiangbinWang*.AuNanorodHelicalSuperstructureswithDesignedChirality.?J.Am.Chem.Soc.,?2015,137,457-462.本文由木文韜翻譯，材料牛整理編輯。