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Interfaces 2016-02-264T鍅;R慛;櫃;]wZwZ;u峟_wZ;Ng歂Z;鍅齎纘yControllable synthesis of elliptical Fe3O4@C and Fe3O4/Fe@C nanorings for plasmon resonance-enhanced microwave absorption 2016-06-03R慛;Ng歂Z;媱褃9N;鍅齎纘;T)Y淯;4T噀NSOpen-Pore Two-Dimensional MFI Zeolite Nanosheets for the Fabrication of Hydrocarbon-Isomer-Selective Membranes on Porous Polymer Supports%Angew. Chem. Int. Ed. 2016, 55, 7184. 2016-06-20杸:_杸:_;Han Zhang;Xi< anghai Guo;Najun Li;Prashant Kumar;Neel Rangnekar;Mi Young Joen;Shaeel Al-Thabaiti;K. Narasimharao;S. N. Basahel;B. Topuz;F. J. Onorato;C. W. Macosko;K. A. Mkhoyan;Michael TsapatsisnUniform Deposition of Co3O4 Nanosheets on Exfoliated MoS2 Nanosheets as Advanced Catalysts for Water SplittingELECTROCHIMICA ACTA 2016-09-10亪決NS亪決NS;媠1r決;媠韣9N;褠沍沍;坙QR餦;[r)R;臑軃XsDual absorption spectral changes by light-triggered shuttling in bistable [2]rotaxanes with non-destructive readout Chem.Commun 2016-11-14鄗穅緩鄗穅緩;`S0u^; 峗[%N;梘sOPN;YO胈vtlQuantum interference effect of single-molecule conductance influenced by insertion of different alkyl lengthElectrochemistry Communications 2016-05-06hT\z楪*m齦噀;Mohamed Ali Ben Aissa;m_3t恡;"孷nGW;H柗_)R;褠蕛硞;祼荝;hT\z楙Noureddine Raouafi;[r/c_laCopper-Catalyzed Trifluoromethylation of Alkenes with Redox-Neutral Remote Amidation of AldehydesORGANIC LETTERS 2016-06-171g齎 zX[R_;R4l g;bS9N3曽1g齎{Copper-catalyzed cascade annulation of unsaturated -bromocarbonyls with enynals: a facile access to ketones from aldehydesCHEMICAL SCIENCEf弲岥臑)P飽;褠Ilo侞1g齎Copper-catalyzed cascade annulation between -bromocarbonyls and biaryl or (Z)-arylvinylacetylenes enabling a direct synthesis of dibenzocycloheptanes and related compoundsChemical communications 2016-11-15bS9N3曽NIN卙;T[螢%f;1g齎Synthesis of (E)-,-Unsaturated Carbonyls via Silver-Catalyzed Tandem Epoxide Rearrangement/Intermolecular Carbonyl-Heteroalkyne MetathesisADVANCED SYNTHESIS & CATALYSIS 2016-12-071gga;褢OO;UO禰vt; _‐;1g齎! N魚 g廭'YT[CuO/CeO2琍SBR剉6RY0h垇_蔛vQCO琍S'lS'`齹Ym_l^?Yf[f[陙6q褃f[Hr  2016-09-01醼歗3u _%f誵;貧淯卙;亪蕛硞;醼歗3u孨g RWPreparation of Bi1-xLaxVO4 and its photocatalytic degradation on Rhodamine B Tg T R錘1莧R Mater. Sci. 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Chem 2016-08-12Ngo倕岥H杦m餦;疩鷁沵;疧s倝廂媠Tfhf;媠苸艝[Synthesis and microwave absorption properties of coiled carbon nanotubes/CoFe2O4 compositesNgo倕岥疩鷁沵;媠Tfhf;疧s倝廂Ng搈癳媁義'`'lS體╔飌剉6RY蔛vQ}弌?`齹-N齎褃f[: Sf[ 2016-04-28Ngo倕岥坙蔕wm; _褢Oe;hQ甠~匊疩鷁沵Coating N-doped TiO2 shell on dually sensitized upconversion nanocrystals as NIR-enhanced photocatalysts for efficient utilization of the upconverted emissionsINORGANIC CHEMISTRY FRONTIERS媠f;鎦HN虘;媠蘙荝;蟝i];Ng踲;NgckhQA novel etching and reconstruction route to ultrathin porous TiO2 hollow spheres for enhanced photocatalytic hydrogen evolutionNg蕏;蟝i];穔噀pg;Ng踲; _荝;NgckhQFacile synthesis of CdS/C core-shell nanospheres with ultrathin carbon layer for enhanced photocatalytic properties and stabilityAPPLIED SURFACE SCIENCEH朰桘 _蘙;u崏s瞫;韾巔 O;玔鵚決;NgckhQ;睌wmulThe effect of microstructural properties of CoCr2O4 spinel oxides on catalytic combustion of dichloromethaneApplied Surface Science 2016-02-06Rof_; _wZwZ;>?rs^;W_[迾;仠鐍R梾Selective Hydrogenation of Crotonaldehyde over Ir"FeOx/SiO2 Catalysts: Enhancement of Reactivity and Stability by Ir"FeOx InteractionJournal of Physical Chemistry C 2016-04-07)籙4t;Kyoko K. Bando;亪>N硞;WV{*t;>?rs^;醼歗3u;仠鐍R桘W_[迾qGreat improvement on the selective hydrogenation of crotonaldehyde over CrOx- and FeOx-promoted Ir/SiO2 catalystsCatalysis Science & Technology 2016-01-04亪>N硞;WV{*t;籙4t;>?rs^;醼歗3u;仠鐍R桘W_[迾yMorphological effects of ordered Cr2O3 nanorods and Cr2O3 nanoparticles on fluorination of 2-chloro-1,1,1-trifluoroethaneJournal of Materials Science 2016-04-11 _噀桘乭s侞W鷁O;>?rs^;媠gZ;仠鐍R桘W_[迾Phenylsulfonic acid functionalized carbon quantum dots based biosensor for acetylcholinesterase activity monitoring and inhibitor screening RSC Advances 2016-10-07睌FQu;0Nga;hT0N*t;筫歂瑐;Y[)PyGlucose-assisted transformation of Ni-doped-ZnO@carbon to a Ni-doped-ZnO@void@SiO2 core-shell nanocomposite photocatalystTNQ;穔鏬鏬;4T噀pg;飃Sf桘NgckhQ;醼荝Ag-decorated Fe3O4@SiO2 core-shell nanospheres: Seed-mediated growth preparation and their antibacterial activity during the consecutive recycling 2016-08-15TNQ;NgckhQ;Ng讉讉;4T噀pg;-寳g櫃; _荝PCapability of ds-DNA duplex structure in growing fluorescent silver nanoclustersJournal of Luminescence 2016-08-05祼荝4T沵;梘酫;醼gNS;媠駛;hT\z楙祼荝Fluorescently Sensing DNA Triplex Assembly Using an Isoquinoline Alkaloid as Selector, Stabilizer, Inducer, and Switch-on EmitterChemistry- An Asian Journal 2016-06-27醼gNS;梘酫;4T沵;媠駛;hT\z楙祼荝oRecognition of DNA abasic site nanocavity by fluorophore-switched probe: suitable for all sequence environmentsCSpectrochimica Acta Part A: Molecular and Biomolecular Spectroscopy媠駛;醼gNS;4T沵; _=NNS;R眰;hT\z楙祼荝PEffects of Strong Interactions between Ti and Ceria on the Structures of Ti/CeO2"Physical chemistry chemial physics 2016-11-07課鈒沵赮\9N;]yT[m;課鈒沵;糴鵩頂; _慛~匊R歂;)nSfN;?m<Substrate-dependent Aux cluster: A new insight into Aux/CeO2]yT[m;hgs偸傷課鈒沵;螑sOeP;4T l;龕鰁箉;)nSfNYEffects of coordination number of Au catalyst on oxygen species and their catalytic roles 2016-07-05'k3?h;]yT[m; _蕏;]O炥楙課鈒沵;)nSfNExcellent microwave absorbing properties of elliptical Fe3O4 nanorings made by a rapid microwave-assisted hydrothermal approach$Nanotechnology, 2016, 27(16): 165707 2016-03-10R慛;]wZwZ;4T鍅;Ng歂Z;鍅齎纘Effects of crystal size and sphere diameter on static magnetic and electromagnetic properties of monodisperse Fe3O4 microspheres.Mater. 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Sci.鯯嘯蜽;u峟_wZ;*P骻骻;媱褃9N;鍅齎纘;u崏s瞫;課鈒沵rControllable synthesis and enhanced microwave absorbing properties of Fe3O4/NiFe2O4/Ni heterostructure porous rods 2016-11-05Ng歂Z;4T鍅;褢颯駛;睌vt;睌硚癳;媱褃9N;4T噀NS;鍅齎纘Miniaturization of self-assembled solid phase extraction based on graphene oxide/chitosan coupled with liquid chromatography for the determination of sulfonamide residues in egg and honeyJournal of Chromatography A媠kSs^Ng歂蛃;NgFQ~N;媠kSs^;騈裮$岥H桗^c傷媠1r決\In-situ preparation of Z-scheme AgI/Bi5O7I hybrid and its excellent photocatalytic activityApplied Surface Science 2016-09-30]Oe;YOle臇;梘決;4T[t;u嶗?m;UO蕍ftSynthesis, Carbonization, and CO2 Adsorption Properties of Phloroglucinol Melamine Formaldehyde Polymeric Nanofibers+Industrial & Engineering Chemistry Research 2016-11-21"杸:_;噀蔕蔕;韾sZ;醼le纘;媠褢Bh; _蘙l;俶貧;煍漁GW;1gONSynthesis of 2,3-Dihydrothieno(2,3 b)quinolines and Thieno(2,3 b)-quinolines via an Unexpected Domino Aza-MBH/Alkylation/ Aldol ReactionJ. Org. Chem. 2016-04-09"岤^fk;kS鵚z楙媠陽;恄NbUEnantioselective Synthesis of Ring-Fused Spiroannulated 1,2,3-Thiadiazole Derivatives"岤^fk;陽卙Facile preparation of PdIr alloy nano-electrocatalysts supported on carbon nanotubes, and their enhanced performance in the electro-oxidation of formic acid(INTERNATIONAL JOURNAL OF HYDROGEN ENERGY亪決NS;祼荝;縿s傓楙媠韣9N;坙QR餦;[r)R;臑軃XOne-pot synthesis of single-crystal Pt nanoplates uniformly deposited on reduced graphene oxide, and their high activity and stability on the electrocalalytic oxidation of methanolNANOTECHNOLOGY 2016-04-08亪決NS;媠1r決;縿s傓楙媠韣9N;坙QR餦;[r)R;臑軃XSize-controllable synthesis of ultrafine PtNi nanoparticles uniformly deposited on reduced graphene oxide as advanced anode catalysts for methanol oxidation 2016-06-15亪決NS;媠1r決;縿s傓楙媠韣9N;褠沍沍;坙QR餦;[r)R;臑軃XComparative study on single-molecule junctions of alkane- and benzene-based molecules with carboxylic acid/aldehyde as the anchoring groupsNanoscale Research Letters 2016-08-04H柍侞m_3t恡;*m齦噀;踜褢輂;褠蕛硞;祼荝;[r/c_l;hT\z榹Direct access to 2-amino-5-azidomethylfurans through palladium-catalyzed azidative cycloisomerization of homoallenyl amides Organic & biomolecular chemistry臑)P飽;褠Ilo侞R4l g;T[螢%f;W硞;1g齎New understandings of third harmonic generation coef鹀ient of bulksilicon: Implementation and application of the full ab initio bandstructure sum-over-states methodComputational Condensed Matter輨$\姅 Ng R'+T \vf體媁 ZnM2O4(M=Cr,Al,Fe)琍SBR N孨/l2u鱬貧He琍S胵鏿RP[琍S _wZwZ;H柖[淯;Rof_;仠鐍RS'Y8h胈g R^Sf[NN 愵O惼孇 Sf[騍輯 剉Yef[瀃鯈Sf[Ye瞼[r/c_l [r/c_l;hT\z楙 _蔕xvz'`f[`N(WS錧烻tYef[-N剉擽(u課鈒沵;"孼WZW;疩譟;R歂P4,4,5,5-Tetramethyl-2-[(Z)-1-(3-methylphenoxy)hex-1-en-2-yl]-1,3,2-dioxaborolaneIUCrData媠SfZNg_{;媠SfZCrystal structure of poly[{u3-(E)-3-[3-(carboxylatomethoxy)phenyl]acrylato-k3O,O':O'':O'''}[u2-3- (pyridin-4-yl)-1H-pyrazole-k2N:N']cobalt(II)] Acta Crystallographica Section E)nN*up;Ng\梉;穅pQ;)nN*Salen MTir剉Tb蔛vQ琍S'`齹瀃寶xvzN"}鄗穅緩;臑 } };梘sOPN;臑)P飽;T[螢%fFe3O4/Au 義'`硚s|YTPg檈剉6RY孴'`齹^轢Sf[ 2016-12-31玔鵚決玔鵚決;4T誵s^;Fz杸;坙#k!`;踜s侞4T綶踁g R2u洃(WCeO2110 h坆梽v8TD^轢S錧赮\9N;闂Z酼;褢=N硞;RSfZ;媱誑嘯;課鈒沵癳媁C188h骕觺刧r?岏g隷R恎篘耂-N剉3蛓倂鱾 邩罷塠hQ(嵪懤hKmf[u嵆\f砛q癳;泤fO濢褢\R桘Ngo傇;u嵆\fLanthanide Organic Frameworks Constructed from an Unsymmetrical Tricarboxylate for Selective Gas Adsorption and Small-Molecule Sensing Authors'EUROPEAN JOURNAL OF INORGANIC CHEMISTRY疩慛櫉H栟樥q;疩慛櫉;蘍艝Y桘媅b瞫;UO歂uQ;輨$\姅 SCI  N:Sg RNg RTwo Cadmium-Organic Frameworks Constructed from 5-(6-Carboxynaphthalen-2-yl) isophthalic Acid:Syntheses, Crystal Structures and Fluorescence Properties鄀:gSf[f[疩慛櫉;H栟樥q;UO歂uQ;輨$\姅Two Series of (4,8)-Connected Lanthanide-Metal Organic Frameworks Based on a Tetra-carboxylate Ligand for Sensing of Small Molecules 2016-08-20 疩慛櫉;R蛃;H朣fSynthesis, Characterization, and Luminescence Modulation of a Metal Organic Framework Based on a Cyclotriphosphazene-Functionalized Multicarboxylate Ligand ChemPlusChem-Yajing Ling;Huiming Liu;Jingjing Jiao;疩慛櫉;UO歂uQlAlkaline earth-based coordination polymers derived from a cyclotriphosphazene-functionalized hexacarboxylateJ. Solid State Chem. 2016-07-19YajingLing;DongjieBai;疩慛櫉;UO歂uQ3Enhanced opt< ical nonlinearity based on silicon ringMolecular Physics 輨$\姅;貧;穅pQJEnhanced antibacterial activity of Ag-doped ZnO/polyaniline nanocompositesJ Mater Sci: Mater Electron 2016-03-14Ngo倕岥疧s倝廂疩鷁沵;媠TfhfMCharacterization and photodegradation activity of hollow Zn1-xNixFe2O4 sphere 2016-02-01Ngo倕岥 _褢Oe;hQ甠~匊坙蔕wm 暳?lSO/▉纮體╔YTir剉6RY蔛vQ鵞P仏kx憚v籗al'`齹Ngo倕岥媠Tfhf;疩鷁沵;媠苸艝軘(I)琍SUP孨諷鉔硞櫃飌胮'lSbn憚v蚐擽xvz g:gSf[ 2016-05-07Ng癳uNg癳u;恄f;sQ€墢;恄Nb孨許N鶺孨.lBg痵Nn?Cu琍S剉飌胮'lSbn憚vxvz 2016-10-20 Ng癳u;恄f;恄Nb`Synergistic degradation of phenols by bimetallic CuO Co3O4@ Al2O3 catalyst in H2O2/HCO3- systemChinese Journal of CatalysisRkSN(RkSN;NgN癚;Ali Jawad;Aimal Khan;bS\s侞H?g&t;9\齎輂SEffect of Structural Properties of Mesoporous Co3O4 Catalysts on Methane Combustion貧I{f[!hSf[f[駛噀Hr >?l f;媠hCQ;仠鐍R桘W_[迾S'Y8h胈g R;SCI 踁:Sg R[Effects of Zr Addition on CO and CH4 Catalytic Oxidation over PdO/Ce1-xPdxO2-delta CatalystirtSf[f[>?l f;媠hCQ;_[焟;仠鐍R桘W_[迾SCI 踁:Sg R;S'Y8h胈g RGraphene Fe3O4 as a magnetic solid phase extraction sorbent coupled to capillary electrophoresis for the determination of sulfonamides in milkJournal of Separation ScienceNgFQ~N;Ng歂蛃;P煢h钖;騈裮$岥媠kSs^;媠1r決;H桗^c僟Recyclable SERS substrates based on Fe2O3 Ag hybrid hollow microspheres with crumpled surfaces New journal of chemistry 2016-03-31陽櫃A陽櫃;疩譥瞫;韾 OZ;疩]N蕛;Sarah P Hudson;褠蕛硞;.?lf;Fathima Laffir;Isabel PitatVisible-light responsive plasmonic Ag2O/Ag/g-C3N4 nanosheets with enhanced photocatalytic degradation of Rhodamine BJournal of Materials Research&{裮bt;UO蕍f;fk&t;4T[t;4T鱚NSxImproved performance of hierarchical Fe-ZSM-5 in the direct oxidation of benzene to phenol by N2O, , 2016, 227, 252-257.$Microporous and Mesoporous Materials 2016-03-17.Ng2?桘_[哵&O;噀蔕蔕;Jingui Wang;俶貧;笅%fga; _蘙l;煍漁GW;1gON;杸:_n鑨誰6RY硚s|Li4SiO4Pg檈(u嶯貧)nUc茤CO2胵檈Sf[f[臑陽箓;杸:_;煍漁GW;1gONl鴙誰TbOP孨/lYN飌剉貧3z歔CsNO3/SiO2琍SBR 2016-02-10"尃Qs椪q桘dl慭;_[纘n;媠\桘"尃Q;W_[迾;Ng\t^Stereoselective Construction of Bi-spirooxindole Frameworks via a Michael Addition/Cyclization and an Unexpected Redox/Oxidative Coupling/Cyclization Tetrahedron 2016-11-18 "岤^fk;1gSf)P;4T禰圼\Magnetic core shell nanostructured palladium catalysts for green oxidation of benzyl alcoholCatalysis Letters鯯TcT[=N凔媠HTHT;閉迾櫉;1gON;煍漁GW;鯯Tc傷Ng 晫Copper-catalyzed coupling of 2-vinyl benzaldehydes with 3-alkenyl 2-bromocarbonyls for the rapid construction of 3,4-cyclopenta-1-tetralonesTETRAHEDRON LETTERS 2016-05-251gga;B€癳甆;臑)P飽;1g齎Synergetic catalysis of palladium nanoparticles encaged within amine-functionalized UiO-66 in the hydrodeoxygenation of vanillin in waterGreen Chemistry 2016-01-27Sf[錧 zN€b/g _蘙l- _蘙l;褠蘏;杸:_;煍漁GW;1gON;Andrew Lin;M. Samy El-ShallvVisible-light-induced aerobic photocatalytic oxidation of aromatic alcohols to aldehydes over Ni-doped NH2-MIL-125(Ti)"Applied Catalysis B: Environmental 2016-01-211gON匬餘砽;Y[櫉;hg"k; _蘙l;1gON\Tunable catalytic properties of multi-metal organic frameworks for aerobic styrene oxidationChemical Engineering Journal 2016-04-23!匬餘砽;恄eg;坙q卙;hg"k; _蘙l;1gON;Maohong FanFabrication of MIL-100(Fe)@SiO2@Fe3O4 core-shell microspheres as a magnetically recyclable solid acidic catalyst for the acetalization of benzaldehyde and glycol-Frontiers of Chemical Science and Engineering 2016-12-01 醼鰯櫉;褠蘏; _蘙lcOptimal synthesis of amino-functionalized mesoporous silicas for the adsorption of heavy metal ions 2016-09-13C輴誑筶;Antonio Verlotta;Paolo Aprea;Francesco Pepe;Domenico Caputo;1gON鶺嶯YCQYT瀃鯈剉SS妽Ye^鵚{Q!j_R噀騍D崣eYe瞼f[H]宔 H]宔;1g齎;瑦蘍衏GS貧!h厪黐XT褃x齹汻剉V{euxvz酧3^僨[b杅[.騎f[>yO褃f[Hr 2016-01-06 zZ蒦 z9衏貧Xuu扤≧ gHe'`Yef[V{eu剉擽(uxvzYe瞼皊鉔SjluS琋陙1u5uP[纎IQ艌n剉x6R  "尪[煘b栯X繈孶_褃f[噀S膵簨 2016-06-10褃f[€b/g騍輨搩膥莮2NA 衏諷筫誰剉xvz淨ND崘nN痵僗H枃ecYO飃緩;鯯Z;H枃ec傷1g颭=N; _8^vf;韾kSNfk啝€S恞Qu虄-N - (l鶺Nx懱?h剉[{ 愂St挌[Ym_l^?Yf[f[( 陙6q褃f[Hr)褢wm俌褢wm俌;U ^;媠s偘e;R_癳;YwZwZHPLC-DADKm歔N T鰁g塠 T}v6?NEGCG剉+T蠎-N齎淨N酧o` 2016-03-15矂枡N S蒪;矂枡N;Y[卙}YsHeat tolerance of highbush blueberry is related to the antioxidativeenzymes and oxidative protein-repairing enzymesScientia HorticulturaeYO飃緩;1g颭=N;鯯Z;u嵳q凔H枃ec傷韾kSN`The complete mitochondrial genomes of Cynomys leucurus and C. ludovicianus (Rodentia: Sciuridae)Mitochondrial DNAu`f[ _燫荝!Ng癚迾;轔9NZ; z廩舓;Kenneth B. 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Storey;褠c兩l; _燫荝pComplete mitochondrial genomes of Callospermophilus lateralis and Urocitellus richardsonii (Rodentia: Sciuridae) 鄗PNs^;臑沍沍;Kenneth B Storey;轔9NZ; _燫荝DThe complete mitochondrial genome of Hyla annectans (Anura: Hylidae)鯯=NwZ;1gbb;轔9NZ; _8lnf; _燫荝MThe advertisement calls of Quasipaa shini (Ahl, 1930) (Anura: Dicroglossidae)Zootaxa褠c兩l 褠c兩l;T[舿舿; _/TO灃Genetic Diversity and Population Structure for the Conservation of Giant Spiny Frog (Quasipaa spinosa) Using Microsatellite Loci and Mitochondrial DNAAsian Herpetological Research褠c兩l;轔9NZ;飴哵硞;hgIQ;匬vt;鄗競兿W沑'Y媁昢h≧ir!ku汻鰁zz豐Su`f[Bg譥崪舓癳鸑O濢Ngwm廩;崪舓癳;殶XCSCD6eU_褢NS^褢N:S4l{Q杒N裇U\皊秗0顣槝蔛鵞V{Ym_l淨N褃f[褠c兩l;鄗競;鯯筟Vf;Ngf;H\uQ扤眰s|I僥Q礝鵞'Y媁昢h≧ir=剛W魐觺刧剉q_蚑u`f[ 2016-01-16_l鱡;H\WS;崪舓癳;Ngwm廩;絜-n-n;媠NS;鸑O鶺嶯睳Cgt挌[剉CS沑Vn>y 煻[W O觺刧N睳sQ鹼yr乢鯯l_;崪舓癳;媠s偖Y;鄗fN餢;筫s^弝 CS沑Vn沑\>y 焺vibceyr乢 _癳塻;媠NS;崪舓癳;媠s偖Y;鯯l_)o钑~nN T{|媁n0W'Y媁昢h≧ir=剏r乢詋儚xvz 2016-09-16鸑O濢筫s^弝;崪舓癳;Ngwm廩;媠NS;殶X)o钑~n鬡:SY閚俶N Tu僗'Y媁昢h≧ir烺齹蔛vQ豐S 2016-12-16崪舓癳;殶X;鸑O濢筫s^弝;Ngwm廩;媠NSxThe complete mitochondrial genomes of four cockroaches (Insecta: Blattodea) and phylogenetic analyses within cockroachesGene!bf[硞;鄗PNs^;轔9NZ;Kenneth B. Storey; _燫荝!N TSmY恘YNx憼旟[€YNx?Y爛肳 ^虄DA19鉔"寣TsQ.晇憊慃m剉q_蚑甠uirf[Bg譥uir錧 z _s倹Q _s倹Q; _凬S;hTp;c匋f僪Differential Regulation of Clathrin and Its Adaptor Proteins during Membrane Recruitment for EndocytosisPlant Physiology 2016-03-04uirf[Xo鷁OXo鷁O;%N韊;媠厤;醼)YO;_[璑璑;媠塻 T;媠哵卙|Clathrin-Mediated Auxin Efflux and Maxima Regulate Hypocotyl Hook Formation and Light-Stimulated Hook Opening in ArabidopsisMolecular PlantXo鷁O;%N韊;轔4t4t; _箖;媠厤;{橔^;媠ZtIdentification of a soluble leptin receptor in crucian carp with different binding affinity to leptin-a and leptin-bRComparative Biochemistry and Physiology Part B: Biochemistry and Molecular Biology鵩銒宔鵩銒宔;銐騼騼;Ngk擕臑[嶀Q;Ng T鞻;韾SfYm_l^?Yf[!h鞻o?uiirD崘n蔛鼅T膵鱊 2016-11-28H桗^NSH桗^NS;€Qs?R;韾pS;RO濢筫硞;鯯螖JThe complete mitochondrial genome of L. albella (Mantodea:Iridopterygidae)Mitochondrial DNA Part ASCI  2016-01-08 z廩舓媠wZwZ;轔黺黺;l殜岥 z廩舓; _燫荝TThe complete mitochondrial genome of Nyctalus noctula (Chiroptera: Vespertilionidae)!睌聅`i;轔9NZ; z廩舓;Kenneth B. Storey; _燫荝N T痵僗eg恘剉 mq?OKQl虄鵞篘SOeP穅剉螛i柲?O 2016-12-19筫沍 筫沍;Ng噒;臑韊)Piir€衯'`N爺粂P[≧`s^axvz蹚U\~樧_Oe~樧_Oe;H朞 z;l?O決;H枑g0N17-號孨噾鵞'Y 焪ml歗y蟸CQ檾粂P[4ls^剉隷恞_蚑Ym_l^?Yf[f[( 陙6q褃f[Hr  2016-08-16醼N-N醼N-N;恄Sfy咞坙鏬鏬;4b塻NSpMolecular Cloning and Characterization of a Novel 4-Aminobutyrate Transaminase cDNA from the Monascus ruber Mr-5!Research Journal of Biotechnology媱琎眰鸑im;鄗wZ;P煵€s^;媱琎眰Wnt酧鱏愶N胈佈S瞼孴胈寑駤黐RSNg沵 Ng沵;臑鏬=N;hTNS鶺嶯r偊^R恎剉輨搩済瀃菓6eh芉xvz 2016-02-03Ng8l:_祼罽;Ng8l:_; _ww;媠g;韾kSN;1g薙鰯輸羳霃 Nh|i9h鹼R蘬ir鵞9hEW鋁甠u`剉q_蚑RORO濢l欭N;4T塻痵;媠)P;≒箖)P;闂pg;恄9h#Z;鎼玤Effects of organic acids on uptake of nutritional elements and Al Effects of organic acids on uptake of nutritional elements and Al forms in Brassica napus L. under Al stress as analyzed by 27Al-NMRBrazilian Journal of Botany.恄9h#Z;Yuhuan Wu;Dai Liu;Yueping Wang;Yi Zhang;ROmg轢塚nq\:S%fc[N T梘媁W鋁倐≧ir=動~刧N烺齹釼yr乢祼hf祼hf;Xo梘;臑pgup;W沍沍[OKb鯯%c裇筶駤黐HeLa苸迉薗NOW{kYm_l^?Yf[f[(陙6qHr)祼粣鴙祼粣鴙;H杝O;粸s偝侞 _恡Oe;pgtb_苸虄鄀:g&q鱴x憊憚v 醄Z€S蔛v慃m'`R恎Y[卙}YY[卙}Y;H枩g済臑q\~g~g垟%c裇筶衏諷0GC-MS R恎蔛Nn0W~g%c裇筶剉詋儚恄=N蕇恄=N蕇; _赮pg;梘枠;鵩vfvfeAntioxidant Activities and Main Active Compounds of Solvent Extracts from Rubus pungens var. oldhamii+Journal of Biobased Materials and Bioenergy恄=N蕇; _赮pg;媠)R漡;_l棁[}v/g%c裇筶慴虄蔛梑縺$v\O(uxvz 2016-11-29恄瞫瞫 _陽R桘祼粣鴙;4T噀Mb;祼噀=N;u嵙敍Q;恄瞫瞫Complete mitochondrial genomes of the yellow-bellied slider turtle Trachemys scripta scripta and anoxia tolerant red-eared slider Trachemys scripta elegans轔9NZ 轔9NZ;筫k h;Kenneth B Storey; _8lnf; _燫荝TThe complete mitochondrial genome of Myotis lucifugus (Chiroptera: Vespertilionidae)!轔9NZ;睌聅`i;Kenneth B. Storey;醼N-N; _燫荝}Phytotoxic and antimicrobial metabolites from Paraphaeosphaeria sp. QTYC11 isolated from the gut of Pantala flavescens LarvaeRec. Nat. Prod _擽賞" _擽賞;Ming-Wei Shao;Li-Chun Kong;媱琎眰Isolation, identification, derivatization and phytotoxic activity of secondary metabolites produced by Cladosporium oxysporum DH14, a locust-associated fungusJ. Integr. 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F" E/ E E, F0 E1 E~ @@~ E`k@ F2 F3 E4 E E5 F6 E E~ @@~ E€k@ F7 F8 E9 E E F: E E~ @@~ E爇@ F; F8 E< E E F= E E~ @@~ E纊@ F> F? E? E E@ FA EB E~ @@~ E鄈@ FC FD EE E E@ F@ E E~ @@Dl €@ €@ €@ €@ €@ €@ €@ €@ €@ €@ €@ €@ €@ €@ €@ €@ €@ €@ €@ €@ €@ €@ €@ €@ €@ €@~ El@ FF FG E+ EH EI FI E E~ @@~ E l@ FJ F  E; EH EI FK E E~ @@~ E@l@ FL Fg EM EH EI FN E E~ @@~ E`l@ FO Fe EP EQ Eg F E E~ @?~ E€l@ FR FS E( EQ ET FU E E~ @?~ E爈@ FV FW E EQ EX FY E E~ @?~ E纋@ FZ FL E[ EQ ET F\ E E~ @?~ E鄉@ F] F^ E5 EQ ET F_ E E~ @?~ Em@ F` F E5 EQ ET Fa E E~ @?~ E m@ Fb F Ec EQ Ed Fe E E~ @?~ E@m@ Ff Fg E( Eh EV Fi E E~ @?~ E`m@ Fj F E? Ek El Fm E E~ @@~ E€m@ Fn Fo E Ek Ep Fq E E~ @@~ E爉@ Fr Fs Et Ek Eu Fv E E~ @@~ E續@ Fw Fs Ex Ek Eu Fy E E~ @@~ E鄊@ Fz FK E? Ek El F{ E E~ @@~ En@ F| F E E} E~ F E E~ @@~ E n@ F€ F E E} E F E E~ @@~ E@n@ F F E E} E F E E~ @@~ E`n@ F F E E} E F E E~ @@~ E€n@ F F E E} E F E E~ @@~ E爊@ F F E E} E F E E~ @@~ E纍@ F F" E# E} E F E E~ @@~ E鄋@ F F E E E F E E~ @@~ Eo@ F F E? 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