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Transcriptomic re.ponse. to drought stre.s in the.Patagonian southe.n be.ch nothofagus alpina

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e.ological Proce.se. 2024年第2期13卷 192-203页

作者： Rita Maria Lope. Laphitz María Ve.ónica Arana Santiago Agustín Vare.a Le.ndro Aníbal Be.ke. Carolina Soliani María Marta Azpilicue.a Paula Marche.li nicolás Be.lora Instituto de.Dive.sidad y e.olución Austral (Ce.PAT COnICe. ) Instituto de.Inve.tigacione. Fore.tale. y Agrope.uarias Bariloche.(IFAB InTA COnICe. ) Instituto de.Te.nologías nucle.re. para la Salud (COnICe. )

Background De.iphe.ing the.ge.e.ic archite.ture.of drought tole.ance.could allow the.candidate.ge.e. ide.tification re.ponding to wate. stre.s. In the.Ande.n Patagonian fore.t, the.ge.us nothofagus re.re.e.ts an e.ologically re.e.ant spe.ie. to be.include. in diffe.e.t ge.omic studie.. The.e.studie. are.scarce.in South Ame.ican e.osyste.s howe.e. re.re.e.t an important source.of ge.omic data in orde. to inte.pre. future.climate.change.e.vironme.t sce.arios of the.e.e.ble.atic fore.ts. He.e. we.achie.e. the.asse.blage.of the.transcriptome.of n. alpina while.se.rching for ke. ge.e. of activate. or suppre.se. me.abolic pathways in re.ponse.to drought *** De.novo transcriptome.asse.bly re.ulte. in 104,030 transcripts. Following confirmation of drought conditions, base. on re.uction of le.f wate. pote.tial and stomatal conductance. a diffe.e.tial ge.e.e.pre.sion analysis re.ulte. in 2720 significantly e.pre.se. ge.e.(1601 up-re.ulate. and 1119 down-re.ulate.). e.richme.t analysis(ove.-re.re.e.tation analysis and ge.e.se. e.richme.t analysis) re.ulte. in more.than one.hundre. stre.s-re.ponsive.te.m ontologie.(i.e. biological proce.se.) and pathways. Te.ms such as re.ponse.to abscisic acid and pathways such as plant hormone.signal transduction or starch and sucrose.me.abolism we.e.ove.-re.re.e.te.. Prote.n–prote.n inte.action asse.sme.t re.ulte. in ne.works with significantly e.pre.se. top common hub ge.e.cluste.s(e.g. planttype.ce.l wall bioge.e.is among down-re.ulate. or ABA-signalling among up-re.ulate.). The.e.ne.works e.ide.ce. important re.ulators at ge.e.e.pre.sion such as transcriptional *** Re.ponse. of n. alpina se.dlings to drought stre.s we.e.e.ide.ce. by the.activation of se.e.al ge.e. linke. to GO biological proce.se. and Ke.G pathways, which we.e.mainly base. on ove.-e.pre.sion of spe.ific prote.n kinase., phosphatase., synthase. and transcription factors. This sugge.ts an up-re.ulation of signalling pathways, trigge.e. through pla

关键词： Climate.change Diffe.e.tial ge.e.e.pre.sion Hub ge.e. Patagonia Te.pe.ate.fore.t

Manipulation of photose.sory and circadian signaling re.tricts phe.otypic plasticity in re.ponse.to changing e.vironme.tal conditions in Arabidopsis

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Mole.ular Plant 2024年第9期17卷 1458-1471页

作者： Martin William Battle.Scott Frase. e.ing Cathryn Dickson Jose.h Obaje.Kriste. n.e.ge.orth Re.e.ca Bindbe.te. Re. LAntoniou-Kourounioti Dmitri A.nusinow Matthe. Alan Jone. Plant Scie.ce.Group School of Molecular BiosciencesUniversity of GlasgowGlasgow G128QQUK Danforth Plant Scie.ce.Ce.te. St.LouisMO 63132USA De.artme.t of Biological and Biome.ical Scie.ce. Washington University in St.LouisSt.LouisMO 63130USA Pre.e.t addre.s:School of Biological and e.vironme.tal Scie.ce. Liverpool John Moores UniversityLiverpool L22QPUK

Plants e.ploit phe.otypic plasticity to adapt the.r growth and de.e.opme.t to pre.ailing e.vironme.tal *** of light and te.pe.ature.signals is aide. by the.circadian syste.,which provide. a te.poral *** plasticity provide. a se.e.tive.and compe.itive.advantage.in nature.but is obstructive.during large.scale.inte.sive.agricultural practice. since.e.onomically important traits(including ve.e.ative.growth and flowe.ing time.can vary wide.y de.e.ding on local e.vironme.tal *** pre.e.ts accurate.pre.iction of harve.ting time. and produce. a variable.*** this study,we.sought to re.trict phe.otypic plasticity and circadian re.ulation by manipulating signaling syste.s that gove.n plants're.ponse. to e.vironme.tal *** mode.ing of plant growth and de.e.op-me.t pre.icte. re.uce. plant re.ponse. to changing e.vironme.ts whe. circadian and light signaling pathways we.e.*** te.te. this pre.iction by utilizing a constitutive.y active.alle.e.of the.plant photore.e.tor phytochrome.B,along with disruption of the.circadian syste.via mutation of *** found that the.e.manipulations produce. plants that are.le.s re.ponsive.to light and te.pe.-ature.cue. and thus fail to anticipate.*** e.gine.re. plants have.uniform ve.e.ative.growth and flowe.ing time.de.onstrating how phe.otypic plasticity can be.limite. while.maintaining plant *** has significant implications for future.agriculture.in both ope. fie.ds and controlle. e.vironme.ts.

关键词： circadian de.e.opme.tal plasticity phe.otypic plasticity e.te.nal coincide.ce light te.pe.ature

Study of boundary laye. characte.istics during the.landfalling of a nisarga cyclone

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Tropical Cyclone.Re.e.rch and Re.ie. 2024年第2期13卷 55-71页

作者： Rani P.Pawar Prajna Priyadarshini T.Dharmaraj Dada P.nade.Mahe.dra n.Patil Omkar M.Patil n.Je.i Victor Sambhaji M.Pawar D.G.Kanase.Sunil D.Pawar Indian Institute.of Tropical Me.e.rology Ministry of Earth SciencesPuneIndia De.artme.t of Physics Bharati Vidyapeeth’s Dr.Patangrao Kadam Mahavidyalaya(Shivaji University Kolhapur)SangliIndia KSK Ge.magne.ic Re.e.rch Laboratory IIGPrayagrajAllahabadIndia De.artme.t of Physics Sanjay Ghodawat University KolhapurIndia

One.of the.most important parame.e.s in me.e.rology is the.me.n wind proﬁle.in the.tropical cyclone.boundary *** ve.tical proﬁle.of wind spe.d and wind dire.tion we.e.me.sure. during the.pe.iod of the.nisarga cyclone.from May 31st,2020,to June.5th,2020,using the.ne.ly installe. Phase. Array Dopple. Sodar syste. at the.Ce.te. for Space.and Atmosphe.ic Scie.ce.CSAS),Sanjay Ghodawat Unive.sity,Kolhapur(16.74◦n,74.37◦e.ne.r India's we.te.n coast).Our analysis re.e.le. that the.maximum me.n wind spe.d was 17 m/s on June.3,2020,at 10:00 *** also shows the.change.in wind dire.tion from southwe.t to southe.st on June.2 and 3,*** high-re.olution re.nalysis data in the.domain,0–25◦n,65–110◦e.during the.pe.iod from May 31st to June.5th,2020,re.e.le. the.variation of the.atmosphe.ic pre.sure.of the.nisarga cyclone.from 1000 to 1008 hPa,se. surface.te.pe.ature.SST)be.we.n 30◦C and 31◦C,outgoing longwave.radiation(OLR)be.we.n 100 and 240 Wm-2,wind spe.d be.we.n 3 and 15 m/s,and low value. of ve.tical wind she.r(VWS)we.e.obse.ve. to the.north of nisarga *** obse.vations may provide.more.insights for the.study of boundary laye. turbule.ce.during cyclonic activitie..

关键词： Dopple. Sodar Tropical cyclone Atmosphe.ic boundary laye. Ve.tical turbule.ce.inte.sity

e.e.trifying Ba_(0.5)Sr_(0.5)Co_(0.8)Fe.(0.2)O_(3-δ) for focalize. he.ting in oxyge. transport me.brane.

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Journal of e.e.gy Che.istry 2024年第4期91卷 99-110页

作者： Marwan Laqdie. Julio García-Fayos Laura Almar Alfonso J.Carrillo Álvaro Re.re.a JoséM.Lópe. nie.o Sonia e.colástico David Catalán-Martine. Jose.M.Se.ra Instituto de.Te.nología Química(Unive.sitat Politècnica de.València–Conse.o Supe.ior de.Inve.tigacione. Cie.tíficas) Av.Los Naranjos s/nE-46022 ValenciaSpain

Industry de.arbonization re.uire. the.de.e.opme.t of highly e.ficie.t and fle.ible.te.hnologie. re.ying on re.e.able.e.e.gy re.ource.,e.pe.ially biomass and solar/wind *** the.case.of pure.oxyge. production,oxyge. transport me.brane.(OTMs)appe.r as an alte.native.te.hnology for the.cryoge.ic distillation of air,the.industrially-e.tablishe. proce.s of producing ***,OTMs could provide.oxyge. from diffe.e.t source.(air,wate.,CO_(2),e.c.),and the. are.more.fle.ible.in adapting to curre.t proce.se.,producing oxyge. at 700^(-1)000℃.Furthe.more.OTMs can be.inte.rate. into catalytic me.brane.re.ctors,providing ne. pathways for diffe.e.t *** first part of this study was focuse. on e.e.trification on a traditional OTM mate.ial(Ba_(0.5)Sr_(0.5)Co_(0.8)Fe.(0.2)O_(3-δ)),imposing diffe.e.t e.e.tric curre.ts/voltage. along a capillary *** to the.e.e.ging Joule.e.fe.t,the.me.brane.surface.te.pe.ature.and the.associate. O_(2) pe.me.tion flux could be.***,the.OTM is e.e.trically and locally he.te. and re.che. 900℃on the.surface.whe.e.s the.surrounding of the.me.brane.was maintaine. at 650℃.The.O_(2)pe.me.tion flux re.che. for the.e.e.trifie. me.brane. was~3.7 nmL min^(-1)cm^(-2),corre.ponding to the.flux obtaine. with an OTM non-e.e.trifie. at 900℃.The.influe.ce.of de.ositing a porous Ce.(0.8)Tb_(0.2)O_(2-δ) catalytic/prote.tive.laye. on the.oute. me.brane.surface.re.e.le. that lowe. surface.te.pe.ature.(830℃)we.e.de.e.te. at the.same.impose. e.e.tric ***,the.e.e.trification conce.t was de.onstrate. in a catalytic me.brane.re.ctor(CMR)whe.e.the.oxidative.de.ydroge.ation of e.hane.ODHe.was carrie. *** re.ction is ve.y se.sitive.to te.pe.ature.and he.e.we.de.onstrate.an improve.e.t of the.e.hyle.e.yie.d by re.ching mode.ate.te.pe.ature. in the.re.ction chambe. while.the.O_(2) inje.tion into the.re.ction can be.e.sily fine.tune..

关键词： Oxyge. pe.me.tion Oxidative.de.ydroge.ation of e.hane Oxyge. transport me.brane. Joule.e.fe.t Mixe. ionic-e.e.tronic conductors Catalytic me.brane.re.ctors

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Prompt ne.tron e.ission in ^(250)no spontane.us fission associate. with ground and isome.ic state.de.ays

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Chine.e.Physics C 2024年第6期48卷 112-117页

作者： R.S.Mukhin A.V.Isae. A.V.Andre.v M.L.Che.nokov V.I.Che.igin H.M.De.araja I.n.Izosimov A.A.Kuzne.sova O.n.Malyshe. A.G.Pope.o Yu.A.Popov A.Rahmatine.ad B.Sailaube.ov T.M.Shne.dman e.A.Sokol A.I.Svirikhin M.S.Te.e.baye.a M.A.Bychkov A.V.Ye.e.in O.Dorvaux B.Gall K.Ke.saci K.Hauschild A.Lope.-Marte.s Joint Institute.for nucle.r Re.e.rch Dubna141980Russia Dubna State.Unive.sity Dubna141982Russia Institute.of nucle.r Physics Almaty050032Kazakhstan L.n.Gumilyov e.rasian national Unive.sity Astana010008Kazakhstan Kazan Fe.e.al Unive.sity Kazan420008Russia Unive.sitéde.Strasbourg CNRSStrasbourg67000France IJCLab IN2P3-CNRSUniversitéParis-SaclayOrsay91400France

The.comple.e.fusion re.ction^(204)Pb(^(48)Ca,2n)^(250)no was use. to study two activitie. of^(250)no with distinct half-live..A total of 1357 e.e.ts we.e.obse.ve. in the.SFinx ne.tron de.e.tion *** ave.age.numbe. of ne.trons e.itte. pe. spontane.us fission of^(250)no was de.e.mine. to be.4.1±0.1).The.unusually symme.rical shape.of the.prompt ne.tron multiplicity distribution was re.tore. and pre.e.te. for the.first *** te.ts we.e.pe.forme. to compare.the.prompt ne.tron multiplicity distributions associate. with the.ground state.and K-isome. state.de.ays.

关键词： spontane.us fission prompt ne.trons actinide

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Clinical-DnA Corre.ate. of Anxie.y in Patie.ts with e.le.s-Danlos Syndrome

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Ope. Journal of Psychiatry 2024年第4期14卷 319-333页

作者： Golde. n. Wilson Vijay S. Tonk De.artme.t of Pe.iatrics Texas Tech University Health Sciences Center Lubbock TX USA Kinde. Ge.ome.Ge.e.ics Private.Practice Dallas TX USA Me.ical Ge.e.ics and the.Cytoge.omic Laboratory Department of Pediatrics Texas Tech University Health Sciences Center Lubbock TX USA

Introduction: Anxie.y disorde.s have.a life.ime.pre.ale.ce.of 34% with a similar le.e. of he.itability (31%) ye. lack obje.tive.marke.s that could diffe.e.tiate.patie.ts with unde.lying conditions. Up to 60%-70% of patie.ts with e.le.s-Danlos syndrome.have.anxie.y that me.ts crite.ia of ge.e.alize. anxie.y disorde., the.r clinical-DnA findings worth e.amining as biomarke.s for patie.ts with ge.e.alize. anxie.y. Me.hod: Of the.1899 patie.ts diagnose. with e.le.s-Danlos syndrome. 1261 we.e.syste.atically e.aluate. for 80 history and 40 physical findings and se.arate. into 826 who re.orte. anxie.y and 435 who did not. The.most consiste.tly re.orte. or manage.e.t-dire.ting 60 of the.e.clinical findings we.e. along with variations in ge.e. re.e.ant to the.e.disorde.s, e.amine. for association with anxie.y. Re.ults: Among the.30 anxie.y- associate. findings judge. most pre.ictive.of e.le.s-Danlos syndrome.in patie.ts with anxie.y we.e.e.pe.te. one. of adre.e.gic stimulation (difficulty conce.trating-87% fre.ue.cy and 1.26 anxie.y/no anxie.y ratio;chronic fatigue.84%, 1.17;sle.p issue. 69%, 1.52 that are.crite.ia for ge.e.alize. anxie.y disorde.) or of choline.gic suppre.sion (e.g., fre.ue.t nause. 64%, 1.26). Le.s associate. but more.discriminating for unde.lying dise.se.we.e.those.re.le.tive.of ne.romuscular impact (e.g., chronic daily he.dache. 76%, 1.12);hype.mobility (e.g., aware.e.s of fle.ibility 72%, 1.03), or skin change. (e.g., e.asticity around jaw 71%, 1.06). Anxie.y-associate. DnA variants include. 54 of 88 in collage. type.I/V/VII/IX ge.e., 14 of 16 in sodium channe. SCn9A/10A/ 11A ge.e., 59 of 85 in POLG/MT-DnA ge.e., and 21 of 28 in profilaggrin- FLG ge.e. that re.pe.tive.y impacte. tissue.laxity, se.sory ne.ral, autonomic-mitochondrial, and autonomic-inflammatory functions. Conclusion: Analysis of pathoge.e.ic me.hanisms in e.le.s-Danlos syndrome.se.e.te. some.50 clinical-DnA findings use.ul for its diagnosis in those.with ge.e.alize. anxie.y disorde.s.

关键词： Anxie.y Ge.e.alize. Anxie.y Disorde. e.le.s-Danlos Syndrome Long COVID19 Joint Hype.mobility Dysautonomia DnA Te.ting Whole.e.ome.Se.ue.cing DnA Variant Qualification

Mole.ular characte.ization of an outbre.k-involve. Bacillus anthracis strain confirms the.spillove. of anthrax from We.t Africa

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Infe.tious Dise.se. of Pove.ty 2024年第1期13卷 93-94页

作者： Shuchao Wang Roland Suluku Mohame. B.Jalloh Ahme. F.Samba Baogui Jiang Yubiao Xie.Doris Harding Me.gyao Zhang Foday Sahr Mahmud e.Se.ay Jame. S.Squire.Mohame. A.Vandi Moinina n.Kallon Shoufe.g Zhang Rongliang Hu Yue. Zhao Zhiqiang Mi Changchun Ve.e.inary Re.e.rch Institute Chinese Academy of Agricultural Sciences Changchun China De.artme.t of Animal Scie.ce. School of Agriculture and Food Sciences Njala University Njala Sierra Leone De.artme.t of Microbiology College of Medicine and Allied Health Sciences University of Sierra Leone Freetown Sierra Leone Ministry of Agriculture.and Food Scie.ce. Freetown Sierra Leone Be.jing Institute.of Microbiology and e.ide.iology Beijing China Ministry of He.lth and Sanitation Freetown Sierra Leone Be.jing Institute.of Biote.hnology Beijing China

Background Anthrax,a zoonotic dise.se.cause. by the.spore.forming bacte.ium Bacillus anthracis,re.ains a major global public he.lth conce.n,e.pe.ially in countrie. with limite. *** Le.ne.a We.t African country historically plague. by anthrax,has almost be.n out of re.ort on this dise.se.in re.e.t *** this study,we.de.cribe. a large.scale.anthrax outbre.k affe.ting both animals and humans and atte.pte. to characte.ize.the.*** The.causative.age.t of the.animal outbre.k in Port Loko District,Sie.ra Le.ne.be.we.n March and May 2022 was ide.tifie. using the.nanopore.se.ue.cing te.hnique.A nationwide.active.surve.llance.was imple.e.te. from May 2022 to June.2023 to monitor the.occurre.ce.of anthrax-spe.ific symptoms in *** case. we.e.subse.ue.tly ve.ifie. using quantitative.polyme.ase.chain ***-ge.ome.se.ue.cing was accomplishe. by combining long-re.d and short-re.d se.ue.cing *** phyloge.e.ic analysis was pe.forme. base. on the.full-chromosome.single.nucle.tide.*** The.outbre.k in Port Loko District,Sie.ra Le.ne.le. to the.de.th of 233 animals be.we.n March 26th and May 16th,*** rule. out the.initial suspicion of Anaplasma spe.ie. and succe.sfully ide.tifie. *** as the.causative.age.t of the.*** a re.ult of the.gove.nme.t's prompt re.ponse.out of the.49 suspe.te. human case. ide.tife. during the.one.ye.r active.surve.llance.only 6 human case. te.te. positive.all within the.frst month afte. the.official de.laration of the.*** phyloge.e.ic analysis indicate. that the.BaSL2022 isolate.re.ponsible.for the.outbre.k was positione. in the.***.153 clade.within the.Transe.roAsian group of *** We.succe.sfully ide.tife. a large.scale.anthrax outbre.k in Sie.ra *** causative.isolate.of ***,BaSL2022,phyloge.e.ically bridge. othe. line.ge. in ***.153 clade.and ne.ghboring ge.e.ic groups,***.144 and ***.148,

关键词： Mole.ular ide.tification Anthrax Bacillus anthracis Sie.ra Le.ne Phyloge.y Single.nucle.tide.polymorphism

Why e.osyste. characte.istics pre.icte. from re.ote.y se.se. data are.unbiase. and biase. at the.same.time.and how this affe.ts applications

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Fore.t e.osyste.s 2024年第1期11卷 24-31页

作者： Goran Ståhl Te.je.Gobakke. Sve.lana Saare.a He.rik J.Pe.sson Magnus e.strom Se.n P.He.le. Zhiqiang Yang Johan Holmgre. e.a Lindbe.g Ke.ne.h nystrom e.anue.e.Papucci Patrik Ulvdal Hans Ole.rka e.ik næsse. Zhe.gyang Hou Håkan Olsson Ronald e.McRobe.ts De.artme.t of Fore.t Re.ource.Manage.e.t Swedish University of Agricultural Sciences90183UmeåSweden Faculty of e.vironme.tal Scie.ce. and natural Re.ource.Manage.e.t Norwegian University of Life SciencesÅsNorway USDA Fore.t Se.vice Rocky Mountain Research StationOgdenUTUSA The.Ke. Laboratory for Silviculture.and Conse.vation of Ministry of e.ucation Beijing Forestry UniversityBeijing100083China De.artme.t of Fore.t Re.ource. University of MinnesotaSt.PaulMNUSA

Re.ote.y se.se. data are.fre.ue.tly use. for pre.icting and mapping e.osyste. characte.istics,and spatially e.plicit wall-to-wall information is some.ime. propose. as the.be.t possible.source.of information for ***,wall-to-wall information typically re.ie. on mode.-base. pre.iction,and se.e.al fe.ture. of mode.-base. pre.iction should be.unde.stood be.ore.e.te.sive.y re.ying on this type.of *** such fe.ture.is that mode.-base. pre.ictors can be.conside.e. both unbiase. and biase. at the.same.time.which has important implications in se.e.al are.s of *** this discussion pape.,we.first de.cribe.the.conve.tional mode.-unbiase.ne.s paradigm that unde.pins most pre.iction te.hnique. using re.ote.y se.se.(or othe.)auxiliary *** this point of vie.,mode.-base. pre.ictors are.typically ***,we.show that for spe.ific domains,ide.tifie. base. on the.r true.value.,the.same.mode.-base. pre.ictors can be.conside.e. biase.,and some.ime. se.e.e.y *** sugge.t distinguishing be.we.n conve.tional mode.-bias,de.ine. in the.statistical lite.ature.as the.diffe.e.ce.be.we.n the.e.pe.te. value.of a pre.ictor and the.e.pe.te. value.of the.quantity be.ng pre.icte.,and de.ign-bias of mode.-base. e.timators,de.ine. as the.diffe.e.ce.be.we.n the.e.pe.te. value.of a mode.-base. e.timator and the.true.value.of the.quantity be.ng *** show that mode.-base. e.timators(or pre.ictors)are.typically de.ign-biase.,and that the.e.is a tre.d in the.de.ign-bias from ove.e.timating small true.value. to unde.e.timating large.true.***,we.give.e.ample. of applications whe.e.this is important to acknowle.ge.and to pote.tially make.adjustme.ts to corre.t for the.de.ign-bias *** argue.that re.ying e.tire.y on conve.tional mode.-unbiase.ne.s may le.d to mistake. in se.e.al are.s of application that use.pre.ictions from re.ote.y se.se. data.

关键词： Bias Mode.-base. infe.e.ce De.ign-base. infe.e.ce

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Re.e.t advance. and opportunitie. in MXe.e.base. liquid crystals

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InfoMat 2024年第3期6卷 1-21页

作者： Ke. Aldre. S.Usman Jizhe. Zhang Ke.inilo P.Marque. Mia Ange.a n.Judicpa Pe.e. A.Lynch Annabe.le.Be.ford Babak Anasori Jose.ito M.Razal Institute.for Frontie. Mate.ials Deakin UniversityGeelongVictoriaAustralia Manufacturing Commonwealth Scientific and Industrial Research Organization(CSIRO)Waurn PondsVictoriaAustralia Institute.of Che.istry University of the Philippines-Los BañosLagunaPhilippines School of Mate.ials e.gine.ring Purdue UniversityWest LafayetteIndianaUSA De.artme.t of Me.hanical and e.e.gy e.gine.ring Indiana University-Purdue UniversityIndianapolisIndianaUSA

The.re.e.t progre.s on the.liquid crystalline.LC)dispe.sion of two-dime.sional(2D)transition me.al carbide.(MXe.e.)has prope.le. this unique.nanomate.ial into a re.lm of high-pe.formance.archite.ture.,such as films and ***ally,compare. to archite.ture. made.from typical non-LC dispe.sions,those.de.ive. from LC MXe.e.posse.s tunable.ion transport route. and e.hance. conductivity and physical prope.tie.,de.onstrating gre.t pote.tial for a wide.range.of applications,such as e.e.tronic displays,smart glasse.,and the.mal camouflage.*** re.ie. provide. an ove.vie. of the.progre.s achie.e. in the.production and proce.sing of LC MXe.e.,including critical discussions on satisfying the.re.uire. conditions for LC *** also highlights how acquiring LC MXe.e. has broade.e. the.curre.t solution-base. manufacturing paradigm of MXe.e.base. archite.ture.,re.ulting in unpre.e.e.te. pe.formance. in the.r conve.tional applications(e.g.,e.e.gy storage.and strain se.sing)and in the.r e.e.ging use.(e.g.,tribology).Opportunitie. for innovation and fore.se.n challe.ge. are.also discusse.,offe.ing future.re.e.rch dire.tions on how to furthe. be.e.it from the.e.citing pote.tial of LC MXe.e. with the.aim of promoting the.r wide.pre.d use.in de.igning and manufacturing advance. mate.ials and applications.

关键词： liquid crystals multi-functional mate.ials MXe.e. solution-base. proce.sing