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Pote.tial Pre.iotic Re.e.ance.of Glycine.Single.Crystals e.closing Fluid Inclusions: An e.pe.ime.tal and Compute. Simulation with Static Magne.ic Fie.ds

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Advance. in Biological Che.istry 2020年第5期10卷 140-156页

作者： e. angeles-camacho J. Cruz-Castañe.a A. Me.énde. M. Colín-García K. Ce.vante. de.la Cruz S. Ramos-Be.nal A. Ne.rón-Me.doza G. Garza-Ramos P. Rodrígue.-Zamora C. Camargo-Raya A. He.e.ia Instituto de.Cie.cias Nucle.re. Universidad Nacional Autónoma de México Mexico City México Facultad de.Química Universidad Nacional Autónoma de México Ciudad Universitaria Mexico City México Programa de.Mae.tría y Doctorado e. Cie.cias Químicas UNAM. Cd. Universitaria Mexico City México Instituto de.Ge.logía Universidad Nacional Autónoma de México Mexico City México De.artame.to de.Física Coordinación de Ciencias de la Tierra Facultad de Ciencias Universidad Nacional Autónoma de México Mexico City México De.artame.to de.Bioquímica Facultad de Medicina Universidad Nacional Autónoma de México Mexico City México Instituto de.Física-UNAM Circuito de la Investigación Científica Ciudad Universitaria Mexico City México

Glycine.crystallize. into thre. diffe.e.t polymorphs calle. α, β and γ unde. standard physicoche.ical conditions. The. have.diffe.e.t fe.ture. de.e.ding on the.r structural variations. The.possible.inte.action of g... 详细信息

Glycine crystallizes into three different polymorphs called α, β and γ under standard physicochemical conditions. They have different features depending on their structural variations. The possible interaction of glycine with magnetic minerals in meteorites and comets or in the ancient Earth, paves the way to study the self-assembly and molecular behavior under irradiation and magnetic conditions. The magnetic field might induce the formation of a specific polymorph of glycine. To gain insight on the consequences of gamma irradiation with a gradient of static magnetic fields (0.06 T, 0.3 T, 0.42 T and 0.6 T) on the self-assembly of single macroscopic glycine crystals, we gamma irradiated the powdered amino acid and then assembled single crystals from water solutions. The preliminary results showed a stable formation of fluid inclusions in the single crystals and no straightforward effect on the self-assem- bly process after glycine gamma irradiation and interaction with static magnetic fields. The α glycine polymorph single crystals formed at 55° from the.magne.ic longitudinal axis and se.me. to be.e.hance. by gamma radiation. The γe."font-family:Ve.dana;">-glycine.single.crystals pre.e.te. L and D circular dichroism signals,

关键词： Glycine.Polymorphs Fluid Inclusions Gamma Irradiation Che.ical e.olution FT-IR Circular Dichroism Chiral Crystals

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e.ficie.tly adding mode.multiple.ing for cost-e.fe.tive.high-capacity fibe. links

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Advance. Photonics 2024年第1期6卷 8-9页

作者： Alan e.Willne. Huibin Zhou Unive.sity of Southe.n California Los AngelesCaliforniaUnited States

For de.ade.,a powe.ful approach to adding data capacity in an optical communication link has be.n to multiple. inde.e.de.t data-carrying channe.s and transmit the. simultane.usly along a fibe..^(1)For e.ample.wave.e.gth-division-multiple.ing(WDM)was a ke. te.hnology in the.1990s and e.rly 2000s to dramatically incre.se.aggre.ate.capacity in a fibe. by multiple.ing be.ms of diffe.e.t wave.e.gths.^(2)For the.past roughly 15 ye.rs,the.e.has be.n gre.t promise.that space.division-multiple.ing(SDM)may bring similar capacity e.hance.e.ts to optical fibe. communications.^(1–3)

关键词： fibe. multiple.ing adding

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Aulacaspis yasumatsui infe.tations acce.e.ate.Cycas le.f litte. de.omposition and nutrie.t re.e.se

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Pe.osphe.e 2024年第3期34卷 681-684页

作者： Thomas e.MARLe. Bagong Kaalaman Botanikal Institute 15 Rizal StreetBarangay MalabañasAngeles City 2009(Philippines)

De.r e.itor,Nume.ous aspe.ts of e.osyste. e.ology are.influe.ce. by inse.ts(Prasad,2022).He.bivory of plant organs by inse.ts may influe.ce.the.bioge.che.istry of fore.ts by changing the.spe.d of litte. de.omposition(Schowalte.,2022).Cycas microne.ica *** is the.only native.gymnospe.m in the.Mariana *** once.abundant tre. e.pe.ie.ce. no known le.hal thre.ts prior to the.2003 invasion of Guam by the.scale.Aulacaspis yasumatsui Takagi(Marle.,2012).This insular case.study has be.n the.subje.t of abundant re.e.rch(Marle. e. al.,2021).Change. to le.f litte. che.istry improve. litte. quality following *** infe.tations(Marle. and Dongol,2016),but the.pre.iction of incre.se. de.omposition spe.d has not be.n confirme. with e.pe.ime.tal incubations.

关键词： litte. fir re.e.se

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Anti‐Jo1 autoantibodie.,fromclinictothe.e.ch

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Rhe.matology & Autoimmunity 2022年第2期2卷 57-68页

作者： angeles S.Galindo‐Fe.ia Be.um Horuluoglu Ingrid e.Lundbe.g De.artme.t of Me.icine Division of RheumatologyKarolinska InstitutetKarolinska University HospitalStockholmSweden Ce.te. for Mole.ular Me.icine Karolinska InstitutetKarolinska University HospitalStockholmSweden

Introduction:Idiopathic inflammatory myopathie.(IIM)also known as myositis,is a chronic autoimmune.dise.se.which affe.ts muscle.,skin,joints and *** of the.most common autoantibodie. with a pre.ale.ce.of 25‐35%,is the.anti‐Jo‐1 autoantibodie.,targe.ing the.histidyl‐transfe. RNA synthe.ase.HisRS).The.e.autoantibodie. are.strongly associate. with a distinct clinical phe.otype.calle. anti‐synthe.ase.syndrome.ASyS)that include. inte.stitial lung dise.se.ILD),myositis,arthritis and Raynaud’s *** me.hanism of how autoantibodie. are.produce. and how the. contribute.to dise.se.pathoge.e.is is *** Cove.e.:In this re.ie. we.will discuss the.clinical manife.tations associate. with Jo‐1 autoantibodie.,and the.association with clinical ***,we.will also re.ie. the.mole.ular characte.istics of the.antibodie. and how the. affe.t the.ce.ls of the.immune.syste. in orde. to unde.stand possible.dise.se.me.hanisms.

关键词： anti‐Jo1 autoantibodie. ASyS HisRS IIM myositis

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Third-harmonic ge.e.ation and imaging with re.onant Si me.brane.me.asurface

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光电进展(英文) 2023年第8期6卷 18-27页

作者： Ze.Zhe.g Le. Xu Lujun Huang Daria Smirnova Khosro Zange.e. Kamali Arman Youse.i Fu De.g Rocio camacho-Morale. Cuife.g Ying Andre. e.Miroshniche.ko Dragomir N.Ne.he. Mohse. Rahmani Advance. Optics and Photonics Laboratory Department of EngineeringSchool of Science&TechnologyNottingham Trent UniversityNottingham NG118NSUK School of e.gine.ring and Information Te.hnology University of New South WalesCanberra ACT 2600Australia School of Physics and e.e.tronic Scie.ce East China Normal UniversityShanghai 200241China ARC Ce.tre.of e.ce.le.ce.for Transformative.Me.a-Optical Syste.s(TMOS) Research School of PhysicsAustralian National UniversityCanberra ACT 2601Australia De.artme.t of Physics Hong Kong University of Science and TechnologyKowloonHong Kong SAR 999077China

Die.e.tric me.asurface. play an incre.singly important role.in e.hancing optical nonline.r ge.e.ations owing to the.r ability to support strong light-matte. inte.actions base. on Mie.type.multipolar *** to me.asurface. compose. of the.pe.iodic arrange.e.t of nanoparticle.,inve.se.so-calle.,me.brane.me.asurface. offe. unique.possibilitie. for supporting multipolar re.onance.,while.maintaining small unit ce.l size.large.mode.volume.and high fie.d e.hance.e.t for e.hancing nonline.r fre.ue.cy ***,we.the.re.ically and e.pe.ime.tally inve.tigate.the.formation of bound state. in the.continuum(BICs)from silicon dime.-hole.me.brane.*** de.onstrate.that our BIC-forme. re.onance.fe.ture. a strong and tailorable.e.e.tric ne.r-fie.d confine.e.t inside.the.silicon me.brane.***,we.show that by tuning the.gap be.we.n the.hole.,one.can ope. a le.ky channe. to transform the.e.re.ular BICs into quasi-BICs,which can be.e.cite. dire.tly unde. normal plane.wave.*** prove.the.capabilitie. of such me.asurface.,we.de.onstrate.the.conve.sion of an infrare. image.to the.visible.range.base. on the.Third-harmonic ge.e.ation(THG)proce.s with the.re.onant me.brane.*** re.ults sugge.t a ne. paradigm for re.lising e.ficie.t nonline.r photonics me.ade.ice. and hold promise.for e.te.ding the.applications of nonline.r structuring surface. to ne. type. of all-optical ne.r-infrare. imaging te.hnologie..

关键词： nonline.r imaging third-harmonic ge.e.ation bound state. in the.continuum me.brane.me.asurface.

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Ground-base. and additional scie.ce.support for SMILe

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e.rth and Plane.ary Physics 2024年第1期8卷 275-298页

作者： J.A.Carte. M.Dunlop C.Forsyth K.Oksavik e.Donovon A.Kavanagh S.e.Milan T.Se.gie.ko R.C.Fe.r D.G.Sibe.k M.Connors T.Ye.man X.Tan M.G.G.T.Taylor K.McWilliams J.Gje.loe. R.Barne. D.D.Bille. G.Chisham A.Dimmock M.P.Fre.man D.-S.Han M.D.Hartinge. S.-Y.W.Hsie. Z.-J.Hu M.K.Jame. L.Juusola K.Kauristie.e.A.Kronbe.g M.Le.te. J.Manue. J.Matzka I.McCre. Y.Miyoshi J.Rae.L.Re. F.Sige.ne. e.Spanswick K.Ste.ne.A.Ste.we. T.Sun M.-T.Walach B.Walsh C.Wang J.We.gand J.Wild J.Yan J.Zhang Q.-H.Zhang Plane.ary Scie.ce. Group School of Physics and AstronomyUniversity of LeicesterUniversity RoadLeicesterLE17RHUK Ruthe.ford Apple.on Laboratory Space Science Technology Facilities CouncilOxfordshireUK School of Space.and e.vironme.t Beihang UniversityBeijing 100191China Ke. Laboratory of Space.e.vironme.t Monitoring and Information Proce.sing Ministry of Industry and Information TechnologyBeijing 100017China De.artme.t of Space.and Climate.Physics UCLMullard Space Science LaboratoryHolmbury St.MaryDorkingSurreyRH56NTUK Birke.and Ce.tre.for Space.Scie.ce Department of Physics and Technology.University of BergenBergenNorway De.artme.t of Physics and Astronomy University of Calgary2500 University DriveCalgaryAlbertaCanada T2N 1N4 British Antarctic Surve. CambridgeUK Swe.ish Institute.of Space.Physics KirunaSweden We.t Highfie.d Campus University of SouthamptonUniversity RoadSO171BJUK Goddard Space.Flight Ce.te. NASAGreenbeltMarylandUSA Athabasca Unive.sity AthabascaCanada e.Te. European Space AgencyNetherlands Unive.sity of Saskatche.an SaskatoonCanada The.Johns Hopkins Unive.sity Applie. Physics Laboratory LaurelMarylandUSA Swe.ish Institude.of Space.Physics UppsalaSE 75121Sweden Tongji Unive.sity Shanghai 200092China Ce.te. for Space.Plasma Physics Space Science Institute4765 Walnut Street Suite BBoulderColorado80301USA Polar Re.e.rch Institute.of China Shanghai 200136China Finnish Me.e.rological Institute.FMI) Finland De.artme.t of e.rth and e.vironme.tal Scie.ce.(Ge.physics) Ludwig Maximilian University of Munich(LMU)MunichTheresienstr.41MunichD-80333Germany Canadian Space.Age.cy MontrealCanada GFZ Ge.man Re.e.rch Ce.tre.for Ge.scie.ce. PotsdamGermany Nagoya Unive.sity Institute for Space Earth Environment ResearchCenter for Integrated Data ScienceNagoyaAichiJP 464-8601 Northumbria Unive.sity Newcastle upon TyneTyne and WearUK NE18ST National Space.Scie.ce.Ce.te. Chinese Academy SciencesBeijing 100190China Arctic Ge.physics University Centre in Svalbard

The.joint e.rope.n Space.Age.cy and Chine.e.Acade.y of Scie.ce. Solar wind Magne.osphe.e.Ionosphe.e.Link e.plore.(SMILe.mission will e.plore.global dynamics of the.magne.osphe.e.unde. varying solar wind and inte.plane.ary magne.ic fie.d conditions,and simultane.usly monitor the.auroral re.ponse.of the.Northe.n He.isphe.e.*** the.e.large.scale.re.ponse. with me.ium and fine.scale.me.sure.e.ts at a varie.y of cade.ce. by additional ground-base. and space.base. instrume.ts will e.able.a much gre.te. scie.tific impact be.ond the.original goals of the.SMILe.***,we.de.cribe.curre.t community e.forts to pre.are.for SMILe.and the.be.e.its and conte.t various e.pe.ime.ts that have.e.plicitly e.pre.se. support for SMILe.can offe..A de.icate. group of inte.national scie.tists re.re.e.ting many diffe.e.t e.pe.ime.t type. and ge.graphical locations,the.Ground-base. and Additional Scie.ce.Working Group,is facilitating the.e.*** include.constructing an online.SMILe.Data Fusion Facility,the.discussion of particular or spe.ial mode. for e.pe.ime.ts such as cohe.e.t and incohe.e.t scatte. radar,and the.conside.ation of particular obse.ving strate.ie. and space.raft *** anticipate.growing inte.e.t and community e.gage.e.t with the.SMILe.mission,and we.we.come.nove. ide.s and insights from the.solar-te.re.trial community.

关键词： magne.osphe.e ionosphe.e magne.osphe.e.ionosphe.e.coupling ground-base. e.pe.ime.tation SMILe conjunctions missions

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Pote.tial Pre.iotic Re.e.ance.of Glycine.Single.Crystals e.closing Fluid Inclusions: An e.pe.ime.tal and Compute. Simulation with Static Magne.ic Fie.ds

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Advance. in Biological Che.istry（生物化学进展） 2020年第5期

作者： e. angeles-camacho J. Cruz-Castañe.a A. Me.énde. M. Colín-García K. C. de.la Cruz S. Ramos-Be.nal A. Ne.rón-Me.doza G. Garza-Ramos P. Rodrígue.-Zamora C. Camargo-Raya A. He.e.ia

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Fundame.tal limits for transmission modulation in VO_(2) me.asurface.

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Photonics Re.e.rch 2023年第1期11卷 I0002-I0011页

作者： BOHAN LI ROCIO camacho-MORALe. Ne.TON LI ANDRe. TOGNAZZI MARCO GANDOLFI DOMe.ICO De.Ce.LIA COSTANTINO De.ANGe.IS ANDRe. A.SUKHORUKOV ANDDRAGOMIR N.Ne.He. ARC Ce.tre.of e.ce.le.ce.for Transformative.Me.a-Optical Syste.s(TMOS) Department of Electronic Materials EngineeringResearch School of PhysicsThe Australian National UniversityCanberraACT 2601Australia De.artme.t of e.gine.ring University of PalermoPalermo 90128Italy Istituto Nazionale.di Ottica Consiglio Nazionale delle RicercheBrescia 25123Italy De.artme.t of Information e.gine.ring University of BresciaBrescia 25123Italy

The.inte.e.t in dynamic modulation of light by ultra-thin mate.ials e.hibiting insulator–me.al phase.transition,such as VO_(2),has rapidly grown due.to the.myriad industrial applications,including smart windows and optical ***,for applications in the.te.e.ommunication spe.tral band,the.light modulation through a thin VO_(2) film is low due.to the.pre.e.ce.of strong mate.ial ***,we.de.onstrate.tailore. nanostructuring of VO_(2) to dramatically e.hance.its transmission modulation,re.ching a value.as high as 0.73,which is 2 time. large. than the.pre.ious modulation *** re.ulting de.igns,including fre.-topology optimization,de.onstrate.the.fundame.tal limit in acquiring the.de.ire. optical pe.formance.including achie.ing positive.or ne.ative.transmission *** re.ults on nanophotonic manage.e.t of lossy nanostructure. films ope. ne. opportunitie. for applications of VO_(2) me.asurface..

关键词： surface. de.ire. smart

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Promotion of structural plasticity in are. V2 of visual corte. pre.e.ts against obje.t re.ognition me.ory de.icits in aging and Alzhe.me.'s dise.se.rode.ts

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Ne.ral Re.e.e.ation Re.e.rch 2024年第8期19卷 1835-1841页

作者： Ire.e.Navarro-Lobato Mariam Masmudi-Martín Manue. F.Lópe.-Aranda Juan F.Lópe.-Télle. Gloria De.gado Pablo Granados-Durán Ce.ia Gaona-Rome.o Marta Carre.e.o-Re. Sinforiano Posadas María e.Quiros-Orte.a Zafar U.Khan Laboratory of Ne.robiology Centro de Investigaciones Médico Sanitarias(CIMES)University of MalagaMalagaSpain De.artme.t of Me.icine Faculty of MedicineUniversity of MalagaMalagaSpain Ce.tro de.Inve.tigación Biomédica e. Re. de.e.fe.me.ade. Ne.rode.e.e.ativas(CIBe.Ne.) Institute of Health Carlos IIIMadridSpain the.Donde.s Institute.for Brain Cognition and Be.aviour Radboud UniversityNijmegenThe Netherlands the.Brain Me.astasis Group National Cancer Research Centre(CNIO)MadridSpain the.De.artme.t of Ne.robiology University of California-Los AngelesLos AngelesCAUSA

Me.ory de.icit,which is ofte. associate. with aging and many psychiatric,ne.rological,and ne.rode.e.e.ative.dise.se.,has be.n a challe.ging issue.for *** till now,all pote.tial drug candidate. have.faile. to produce.satisfa ctory ***,in the.se.rch for a solution,we.found that a tre.tme.t with the.ge.e.corre.ponding to the.RGS14414prote.n in visual are. V2,a brain are. conne.te. with brain circuits of the.ve.tral stre.m and the.me.ial te.poral lobe.which is crucial for obje.t re.ognition me.ory(ORM),can induce.e.hance.e.t of *** this study,we.de.onstrate. that the.same.tre.tme.t with RGS14414in visual are. V2,which is re.ative.y unaffe.te. in ne.rode.e.e.ative.dise.se. such as Alzhe.me. s dise.se.produce. longlasting e.hance.e.t of ORM in young animals and pre.e.t ORM de.icits in rode.t mode.s of aging and Alzhe.me.’s ***,we.found that the.pre.e.tion of me.ory de.icits was me.iate. through the.upre.ulation of ne.ronal arbo rization and spine.de.sity,as we.l as an incre.se.in brain-de.ive. ne.rotrophic factor(BDNF).A knockdown of BDNF ge.e.in RGS14414-tre.te. aging rats and Alzhe.me. s dise.se.mode. mice.cause. comple.e.loss in the.upre.ulation of ne.ronal structural plasticity and in the.pre.e.tion of ORM *** findings sugge.t that BDNF-me.iate. ne.ronal structural plasticity in are. V2 is crucial in the.pre.e.tion of me.ory de.icits in RGS14414-tre.te. rode.t mode.s of aging and Alzhe.me.’s ***,our findings of RGS14414ge.e.me.iate. activation of ne.ronal circuits in visual are. V2 have.the.ape.tic re.e.ance.in the.tre.tme.t of me.ory de.icits.

关键词： be.avioral pe.formance brain-de.ive. ne.rotrophic factor cognitive.dysfunction e.isodic me.ory me.ory circuit activation me.ory de.icits me.ory e.hance.e.t obje.t re.ognition me.ory pre.e.tion of me.ory loss re.ulator of G prote.n signaling

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Role.of hypoxia pre.onditioning in the.ape.tic pote.tial of me.e.chymal ste.-ce.l-de.ive. e.trace.lular ve.icle.

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World Journal of Ste. Ce.ls 2022年第7期14卷 453-472页

作者： Victoria Pulido-e.cribano Bárbara Torre.illas-Bae.a Marta camacho-Carde.osa Gabrie. Dorado MaríaÁnge.e. Gálve.-More.o Antonio Casado-Díaz Unidad de.Ge.tión Clínica de.e.docrinología y Nutrición-GC17 Instituto Maimónides de Investigación Biomédica de CórdobaHospital Universitario Reina SofíaCórdoba 14004Spain De..Bioquímica y Biología Mole.ular Campus Rabanales C6-1-E17Campus de Excelencia Internacional Agroalimentario(ceiA3)Universidad de CórdobaCIBERFESCórdoba 14071Spain

The.use.of me.e.chymal ste.-ce.ls(MSC)in ce.l the.apy has re.e.ve. conside.able.atte.tion be.ause.of the.r *** prope.tie. include.high e.pansion and diffe.e.tiation in vitro,low immunoge.icity,and modulation of biological proce.se.,such as inflammation,angioge.e.is and ***,the.re.e.e.ative.e.fe.t of MSC is partly due.to the.r paracrine.*** has prompte. nume.ous studie.,to inve.tigate.the.the.ape.tic pote.tial of the.r se.re.ome.in ge.e.al,and spe.ifically the.r e.trace.lular ve.icle.(e.).The.latte. contain prote.ns,lipids,nucle.c acids,and othe. me.abolite.,which can cause.physiological change. whe. re.e.se. into re.ipie.t ***,conte.ts of e. can be.modulate. by pre.onditioning MSC unde. diffe.e.t culture.*** the.,e.posure.to hypoxia stands out;the.e.ce.ls re.pond by activating hypoxia-inducible.factor(HIF)at low O_(2) *** has dire.t and indire.t ple.otropic e.fe.ts,modulating e.pre.sion of hundre.s of ge.e. involve. in proce.se. such as inflammation,migration,prolife.ation,diffe.e.tiation,angioge.e.is,me.abolism,and ce.l *** of the.e.ge.e. is re.le.te. in the.conte.ts of se.re.e. ***,nume.ous studie. show that MSC-de.ive. e. conditione. unde. hypoxia have.a highe. re.e.e.ative.capacity than those.obtaine. unde. *** this re.ie.,we.show the.implications of hypoxia re.ponse. in re.ation to tissue.*** addition,hypoxia pre.onditioning of MSC is be.ng e.aluate. as a ve.y attractive.strate.y for isolation of e.,with a high pote.tial for clinical use.in re.e.e.ative.me.icine.that can be.applie. to diffe.e.t pathologie..

关键词： Ce.l priming e.trace.lular ve.icle. Hypoxia Hypoxia-inducible.factor Me.e.chymal ste.ce.ls Re.e.e.ative.me.icine

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