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We.k Continuity of Rie.ann Inte.rable.Functions in Le.e.gue.Bochne. space.

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Acta Mathe.atica sinica,e.glish se.ie. 2010年第2期26卷 241-248页

作者： J.M.CALABUIG J.RODRíGUe. e.A.snchez-PRe. Instituto Unive.sitario de.Mate.lica Pura y Aplicada Universidad Politcnica de Valencia

In ge.e.al, Banach space.value. Rie.ann inte.rable.functions de.ine. on [0, 1] （e.uippe. with the.Le.e.gue.me.sure. ne.d not be.we.kly continuous almost e.e.ywhe.e. A Banach space.is said to have.the.we.k Le.e.gue.prope.ty if e.e.y Rie.ann inte.rable.function taking value. in it is we.kly continuous almost e.e.ywhe.e. In this pape. we.discuss this prope.ty for the.Banach space.LX^1 of all Bochne. inte.rable.functions from [0, 1] to the.Banach space.X. We.show that LX^1 has the.we.k Le.e.gue.prope.ty whe.e.e. X has the.Radon-Nikodym prope.ty and X＊ is se.arable. This ge.e.alize. the.re.ult by Chonghu Wang and Kang Wan [Rocky Mountain J. Math., 31（2）, 697-703 （2001）] that L^1[0, 1] has the.we.k Le.e.gue.prope.ty.

关键词： Rie.ann inte.ral Bochne. inte.ral Le.e.gue.Bochne. space we.k Le.e.gue.prope.ty

Non-Canonical Functions of the.e.F/DP Pathway with e.phasis in Plants

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Phyton-Inte.national Journal of e.pe.ime.tal Botany 2021年第2期90卷 307-330页

作者： Víctor A.sánchez-Camargo samantha Rome.o-Rodrígue. Jorge.M.Vázque.-Ramos Facultad de.Química Departamento de BioquímicaUniversidad Nacional Autónoma de MéxicoAvenida Universidad y CopilcoCiudad de México04510México Plant De.e.opme.t and(e.i)Ge.e.ics Group Swammerdam Institute for Life SciencesUniversiteit van AmsterdamAmsterdam1098XHNetherlands

The.e.F/DP pathway is a wide.y conse.ve. re.ulatory me.hanism in plurice.lular *** family of e.F and DP transcription factors was originally de.cribe. having a role.in the.transition from the.G1 to the.s phase.of the.ce.l ***,the.discove.y of hundre.s of possible.ge.e.targe.s and the.r involve.e.t in many othe. bioche.ical proce.se.,soon showe. that the. participate. in ce.l de.e.opme.t and diffe.e.tiation,chromatin re.ode.ing,DNA re.air and *** e.F/DP transcription factors can act as e.the. activators or re.re.sors of transcription de.e.ding on the.r association to othe. re.ulatory prote.ns,particularly the.re.inoblastoma prote.n,or e.e. de.e.ding to the.r prote.n structure.that can de.ine.the.r *** plants the.e.F/DP pathway also re.ulate. e.dore.uplication,a proce.s pre.e.t along the.life.cycle.from organ e.ongation to root diffe.e.tiation and *** transcription factors also he.p plant ce.ls to re.pond to e.vironme.tal disturbance. such as those.cause. by diffe.e.t type. of radiation,or by *** re.ie. focuse. on the.so calle.”non-canonical functions of the.e.F/DP family prote.ns in animal and plant ce.ls,that are.in fact e.se.tial activitie. that conne.t re.ulatory circuits among multiple.me.abolic pathways by me.ns of the.r atypical functions.

关键词： e.F DP transcription factors atypical functions plant ce.ls

starburst amacrine.ce.ls,involve. in visual motion pe.ce.tion,lose.the.r synaptic input from dopamine.gic amacrine.ce.ls and de.e.e.ate.in Parkinson’s dise.se.patie.ts

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Translational Ne.rode.e.e.ation 2023年第1期12卷 638-653页

作者： Xavie. sánchez-sáe. Isabe. Ortuño-Lizarán Carla sánchez-Castillo Pe.ro Lax Nicolás Cue.ca De.artme.t of Physiology Genetics and MicrobiologyUniversity of AlicanteSan Vicente del RaspeigSpain Alicante.Institute.for He.lth and Biome.i-cal Re.e.rch(IsABIAL) AlicanteSpain Ramón Margale. Institute University of AlicanteSan Vicente del RaspeigSpain.

Background The.main clinical symptoms characte.istic of Parkinson’s dise.se.PD)are.bradykine.ia,tre.or,and othe. motor ***,non-motor symptoms,such as visual disturbance.,can be.ide.tifie. at e.rly stage. of the.*** of the.e.symptoms is the.impairme.t of visual motion ***,we.sought to de.e.mine.if the.starburst amacrine.ce.ls,which are.the.main ce.lular type.involve. in motion dire.tion se.e.tivity,are.de.e.e.ate. in PD and if the.dopamine.gic syste. is re.ate. to this *** Human e.e. from control(n=10)and PD(n=9)donors we.e.available.for this *** immunohistoche.istry and confocal microscopy,we.quantifie. starburst amacrine.ce.l de.sity(choline.ace.yltransfe.ase.ChAT]-positive.ce.ls)and the.re.ationship be.we.n the.e.ce.ls and dopamine.gic amacrine.ce.ls(tyrosine.hydroxylase.positive.ce.ls and ve.icular monoamine.transporte.-2-positive.pre.ynapse.)in cross-se.tions and whole.ount *** First,we.found two diffe.e.t ChAT amacrine.populations in the.human re.ina that pre.e.te. diffe.e.t ChAT immunore.ctivity inte.sity and diffe.e.t e.pre.sion of calcium-binding *** populations are.affe.te. in PD and the.r de.sity is re.uce. compare. to ***,we.re.ort,for the.first time.synaptic contacts be.we.n dopamine.gic amacrine.ce.ls and ChAT-positive.ce.ls in the.human *** found that,in PD re.inas,the.e.is a re.uction of the.dopamine.gic synaptic contacts into ChAT *** Take. toge.he.,this work indicate. de.e.e.ation of starburst amacrine.ce.ls in PD re.ate. to dopamine.gic de.e.e.ation and that dopamine.gic amacrine.ce.ls could modulate.the.function of starburst amacrine.*** motion pe.ce.tion circuitrie. are.affe.te. in PD,the.r asse.sme.t using visual te.ts could provide.ne. insights into the.diagnosis of PD.

关键词： Parkinson’s dise.se Re.inal ne.rode.e.e.ation Human re.ina ChAT amacrine.ce.ls Dopamine.gic amacrine.ce.ls

e.iomime.ic approache. toward smart bio-hybric syste.s

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Nano Re.e.rch 2018年第6期11卷 3009-3030页

作者： Zhiqiang Luo Dara e. We.ss Qingyun Liu Bozhi Tian Colle.e.of Life.scie.ce.and Te.hnology Huazhong University of Science and Technology Wuhan 430074 China De.artme.t of Che.istry The University of Chicago Chicago IL 606d7 USA The.Jame. Franck Institute The University of Chicago Chicago IL 60637 USA The.Institute.for Biophysical Dynamics The University of Chicago Chicago IL 60637 USA

Bio-inte.rate. mate.ials and de.ice. can blur the.inte.face. be.we.n living and artificial syste.s. Microfluidics, bioe.e.tronics, and e.gine.re. nanostructure., with close.inte.actions with biology at the.ce.lular or tissue.le.e.s, have.alre.dy yie.de. a spe.trum of ne. applications. Many ne. de.igns e.e.ge. including of organ-on-a-chip syste.s, biode.radable.implants, e.e.troce.tical de.ice., minimally invasive.ne.ro-prosthe.ic tools, and soft robotics. In this re.ie., we.highlight a fe. re.e.t advance. of the.fabrication and application of smart bio-hybrid syste.s, with a particular e.phasis on the.thre.-dime.sional （3D） bio-inte.rate. de.ice. that mimic the.3D fe.ture.of tissue.scaffolds. More.ve., ne.rons inte.rate. with e.gine.re. nanostructure. for wire.e.s ne.romodulation and dynamic ne.ral output are.brie.ly discusse.. We.also discuss the.progre.s in the.construction of ce.l-e.able. soft robotics, whe.e.a tight coupling of the.synthe.ic and biological parts is crucial for e.ficie.t function. Finally, we.summarize.the.approache. for e.hancing bio-inte.ration with biomime.ic micro- and nanostructure..

关键词： bio-inte.rate. de.ice bio-hybrid syste. biomime.ics nano-bio inte.face

Palae.ge.graphic re.onstruction of Minchin palae.lake.syste.,south Ame.ica: The.influe.ce.of astronomical forcing

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Ge.scie.ce.Frontie.s 2014年第2期5卷 249-259页

作者： Andre. sánchez-saldías Richard A.Faria Unive.sidad de.la Re.ública Facultad de Ciencias Departamento de Astronomía Unive.sidad de.la Re.ública Facultad de Ciencias Laboratorio de Paleobiología

Curre.t palae.climatic re.onstructions for the.R＆#237;o de.la Plata re.ion during the.late.t Ple.stoce.e.（30,000 e.0,000 yr BP） propose.dry conditions, with rainfall at the.Last Glacial Maximum amounting to one.third of today＇s pre.ipitation. De.pite.the.conse.ue.tial low primary productivity infe.re., an impre.sive.me.afauna e.iste. in the.are. at that time. He.e.we.e.plore.the.influe.ce.of the.flooding from a huge.e.tinct syste. of wate. bodie. in the.Ande.n Altiplano as a like.y source.for we. re.ime. that might have.incre.se. the.primary productivity and, he.ce. the.vast numbe. of me.ahe.bivore.. The.syste. was re.onstructe. using spe.ifically combine. software.re.ource., including Insola, Global Mappe. v13, surfe. and Matlab. Change. in wate. volume.and are. cove.e. we.e.re.ate. to climatic change. asse.se. through a mode. of astronomical forcing that de.cribe. the.change. in insolation at the.top of the.at-mosphe.e.in the.last 50,000 yr BP. The.mode. was validate. by comparing its re.ults with se.e.al proxie. （CH4, CO2, D, 18O） from date. core. take. from the.ice.cove.ing Antarctic lake. Vostok and e.ICA Dome.C. It is conclude. that the.Altiplano Lake.syste. draine. towards the.southe.st in the.rainy se.sons and that it must have.be.n a major source.of wate. for the.Paran＆#225;-Plata Basin, conse.ue.tly e.hancing primary productivity within it.

关键词： Plane.ary scie.ce.Climate.scie.ce.Quate.nary Palae.e.ology Me.afauna Parana Basin

The.spe.trum of building block conforme.s sustains the.biophysical prope.tie. of clinically-orie.te. se.f-asse.bling prote.n nanoparticle.

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scie.ce.China Mate.ials 2022年第6期65卷 1662-1670页

作者： e.ic Voltà-Durán Julie.a M sánchez Hèctor-Lópe.-Laguna e.oi Parladé Laura sánchez-García Ale.andro sánchez-Chardi Ario de.Marco Ugutz Unzue.a e.the. Vázque. Antonio Villave.de Institut de.Biote.nologia i de.Biome.icina Universitat Autònoma de BarcelonaBellaterra 08193BarcelonaSpain De.artame.t de.Ge.ètica i de.Microbiologia Universitat Autònoma de BarcelonaBellaterra 08193BarcelonaSpain CIBe. de.Bioinge.ie.ía Biomate.iale. y Nanome.icina(CIBe.-BBN) Bellaterra 08193BarcelonaSpain Instituto de.Inve.tigacione. Biológicas y Te.nológicas(IIBYT)(CONICe.-Unive.sidad Nacional de.Córdoba) ICTA&Cátedra de Química BiológicaDepartamento de QuímicaFCEFyNUNC.Av.Velez Sarsfield 1611X 5016GCA CórdobaArgentina se.ve. de.Microscòpia Universitat Autònoma de BarcelonaBellaterra 08193BarcelonaSpain De.artame.t de.Biologia e.olutiva Ecologia i Ciències AmbientalsFacultat de BiologiaUniversitat de Barcelona08028 BarcelonaSpain Laboratory for e.vironme.tal and Life.scie.ce. University of Nova GoricaNova Gorica 5000Slovenia Biome.ical Re.e.rch Institute.sant Pau(IIB sant Pau) Sant Antoni Ma Claret 16708025 BarcelonaSpain

Histidine.rich pe.tide. confe. se.f-asse.bling prope.tie. to re.ombinant prote.ns through the.supramole.ular coordination with divale.t *** fact allows the.cost-e.fe.tive.large.scale.ge.e.ation of microscopic and macroscopic prote.n mate.ials with intriguing biome.ical *** such mate.ials,re.ulting from the.simple.bioproduction of prote.n building blocks,homome.ic nanoparticle. are.of spe.ial value.as multivale.t inte.actors and drug ***,we.have.he.e.ide.tifie. that the.asse.bly of a give. His-tagge. prote.n might re.de. distinguishable.cate.orie. of se.f-asse.bling prote.n *** fact has be.n scrutinize. through the.nanobody-containing fusion prote.ns e.1-GFP-H6 and A3C8-GFP-H6,whose.biosynthe.is re.ults in two distinguishable.populations of building *** one.of the.,the.asse.bling and disasse.bling is controllable.by ***,a se.ond population imme.iate.y se.f-asse.ble. upon purification through a non-re.ulatable.pathway,re.de.ing large. nanoparticle. with spe.ific biological *** structural analyse. of both mode. prote.ns and nanoparticle. re.e.le. important conformational variability in the.building *** fact re.de.s diffe.e.t structural and functional cate.orie. of the.final soft mate.ials re.ulting from the.participation of e.e.ge.ically unstable.inte.me.iate. in the.oligome.ization *** data illustrate.the.comple.ity of the.Hisme.iate. prote.n asse.bling in re.ombinant prote.ns but the. also offe. clue. for a be.te. de.ign and re.ine.e.t of prote.n-base. nanome.icine.,which,re.ulting from biological fabrication,show an archite.tonic fle.ibility unusual among biomate.ials.

关键词： re.ombinant prote.ns se.f-asse.bling prote.n mate.ials nanoparticle. biomate.ials

Inte.pe.e.rating polyme.s supporte. on microporous polypropyle.e.me.brane. for the.transport of chromium ions

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Chine.e.Journal of Che.ical e.gine.ring 2017年第7期25卷 938-946页

作者： Ye.id Tapie.o Julio sánchez Be.nabéL.Rivas Polyme. De.artme.t Faculty of ChemistryUniversity of ConcepdonCasilla 160-C ConcepcionChile

Modifying polypropyle.e.me.brane. with inte.pe.e.rating polyme. ne.works(IPNs) through the.incorporation of poly(glycidyl me.hacrylate.N-me.hyl-D-glucamine.(P(GMA-NMG)) was pe.forme. by in situ synthe.is via radical polyme.ization. The.surface.of the.polypropyle.e.me.brane.was activate. by hydrophilic grafte. polye.e.trolyte. and the., pre.sure.inje.tion was use. for the.impre.nation of the.re.ctive.solution in the.*** type. of pore.fille. me.brane. we.e.synthe.ize., che.ating inte.pe.e.rating homopolyme. ne.works of P(GMA-NMG), and che.ating-ion e.change.inte.pe.e.rating polyme. ne.works(e.g., P(GMA-NMG)/P(AA),P(GMA-NMG)/P(AMPsA), and P(GMA-NMG)/P(Cl VBTA)). Afte. the.r synthe.is, the.modifie. polypropyle.e.me.brane. we.e.characte.ize. using te.hnique. such as the.e.e.trokine.ic pote.tial, se., FT-IR, and Donnan dialysis to corroborate.the.chromium ion transport. The.P(GMA-NMG) and comple. ne.work me.brane. e.hibite. a hydrophilic characte. with a wate.-uptake.capacity be.we.n 20% and 35% and a pe.ce.tage.of modification be.we.n 4.0% and 7.0% in comparison with the.be.avior of the.unmodifie. polypropyle.e.*** chromium ions we.e.e.ficie.tly transporte. from the.food chambe. at p H 9.0 whe. the.65.2%MTA1 P(Cl VBTA) homopolyme. IPN me.brane.and 48.5% MTAG P(GMA-NMG)/P(Cl VBTA) IPN me.brane.we.e.use.. similarly, he.avale.t chromium ions we.e.re.ove. from the.food chambe. at pH 3.0 whe. MTAG(63.30%) and MTA1(35.68%) we.e.use. in 1 mol·L^(-1)Na Cl solution as the.e.traction re.ge.t.

关键词： Polypropyle.e N-me.hyI-D-glucamine Ion e.change Donnan dialysis Inte.pe.e.rating polyme. ne.works Chromium

Bringing Norwe.ian mine.into world of bits and byte.——possibilitie. and pitfalls

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中国有色金属学会会刊：英文版 2005年第S1期15卷 262-265页

作者： s. L. e.le.mo e. Ludvigse. De.artme.t of Ge.logy and Mine.al Re.ource. e.gine.ring Norwegian University of Science and Technology NorwayDepartment of Geology and Mineral Resources Engineering Norwegian University of Science and Technology Norway

Rana Grube. As is a mining company situate. in northe.n Norway, just south of the.artic circle. The.he.atite.magne.ite.ore.is low grade. ste.ply dipping and inte.sive.y folde.. The.company e.cavate. about 1.2 million tonne. of ore.annually. The.mining me.hod is suble.e. stoping. The.final products are.a he.atite.conce.trate.and diffe.e.t magne.ite.products. The.bits and byte. base. me.hods and syste.s imple.e.te. for production planning and controlling are.pre.e.te. in the.pape.. Focus is on ge.logical mode.ling, utilisation of variations in the.de.osit and associate. unce.tainty accumulating throughout the.value.chain. The.me.hods and syste.s e.able.the.mining de.artme.t in gre.te. e.te.t than be.ore. to de.ive. fragme.te. ore.according to the.spe.ifications give. by the.proce.sing plant.

关键词： mining ge.logical variations unce.tainty

Control of light scatte.ing by nanoparticle. with optically-induce. magne.ic re.ponse.

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Chine.e.Physics B 2014年第4期23卷 41-51页

作者：刘伟 Andre. e. Miroshniche.ko Yuri s. Kivshar Colle.e.of Optoe.e.tronic scie.ce.and e.gine.ring National University of Defence Technology Nonline.r Physics Ce.te. and Ce.te. for Ultrahigh-bandwidth De.ice. for Optical syste.s CUDOs) Research School of Physics and EngineeringAustralian National University

Conve.tional approache. to control and shape.the.scatte.ing patte.s of light ge.e.ate. by diffe.e.t nanostructure. are.mostly base. on e.gine.ring of the.r e.e.tric re.ponse.due.to the.fact that most me.allic nanostructure. support only e.e.tric re.onance. in the.optical fre.ue.cy range. Re.e.tly, fue.le. by the.fast de.e.opme.t in the.fie.ds of me.amate.ials and plasmonics, artificial optically-induce. magne.ic re.ponse. have.be.n de.onstrate. for various nanostructure.. This kind of re.ponse.can be.e.ploye. to provide.an e.tra de.re. of fre.dom for the.e.ficie.t control and shaping of the.scatte.ing patte.ns of nanoparticle. and nanoante.nas. He.e.we.re.ie. the.re.e.t progre.s in this re.e.rch dire.tion of nanoparticle.scatte.ing shaping and control through the.inte.fe.e.ce.of both e.e.tric and optically-induce. magne.ic re.ponse.. We.discuss the.magne.ic re.onance. supporte. by various structure. in diffe.e.t spe.tral re.ime., and the. summarize.the.original re.ults on the.scatte.ing shaping involving both e.e.tric and magne.ic re.ponse., base. on the.inte.fe.e.ce.of both spe.trally se.arate. （with diffe.e.t re.onant wave.e.gths） and ove.lappe. dipole. （with the.same.re.onant wave.e.gth）, and also othe. highe.-orde. mode.. Finally, we.discuss the.scatte.ing control utilizing Fano re.onance. associate. with the.magne.ic re.ponse..

关键词： optically-induce. magne.ic re.ponse scatte.ing control Mie.re.onance Fano re.onance